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What is a CRC-P?

A CRC-P is a short term industry-led collaborative research project with the aim to develop important new technologies.


What is the CRC-P funding?

There is no specific amount of funding allocated to each CRC-P round, however past rounds have averaged $30 million to $40 million in total. The number of CRC-Ps that will be funded in each round (and the total amount of funding committed) will depend on the number of applications received, the relative merits of applications, the amount of funding requested, the amount of available funding and the need to ensure sufficient funding is available for future rounds. A majority of CRC-P Round 11 funding (around 70 per cent) is available to support projects with a focus on
the National Manufacturing Priorities (NMPs). The remainder is available to all sectors.

An additional, dedicated amount of up to $6 million is available for up to two Regional CRC-Ps that meet additional eligibility requirements, including a commitment of at least one Australian industry entity project partner to relocate from a capital city to a regional area for the duration of the project.


What is a CRC?

CRC stands for Cooperative Research Centre which can get up to $55M funding over 10 years. CRCs undertake medium to long term industry-led high quality collaborative research.

CRC-P stands for Cooperative Research Centre – Projects which can get up to $3M funding over 3 years. CRC-Ps undertake short-term, industry-identified and industry-led collaborative research projects


What is a CRC in Australia?

A CRC in Australia short-term, industry-led collaborative research project which is eligible for $3M funding over 3 years.


CRC-P Objectives

The CRC-P aims to

  • Competitiveness – improve the competitiveness, productivity and sustainability of Australian industries
  • Priorities – deliver outcomes in line with government priorities
  • Collaboration – encourage and enable small and medium enterprise (SME) participation in collaborative research
  • Research – foster high quality research to help solve industry specific problems


Eligible Projects

To be eligible for the CRC-P funding, projects must:

  • develop a product, service or process that will solve problems for industry and deliver real outcomes
  • benefit small to medium enterprises (SMEs)
  • include education and training activities


CRC-P Eligible Activities

CRC-P eligible activities must directly relate to the CRC-P project and can include:

  • new research
  • proof of concept activities
  • pre-commercialisation of research outcomes
  • industry-focused education and training activities
  • conferences, workshops, symposia related to the joint research
  • information sharing and communications related to the research


Eligible Lead Applicants

To be eligible for funding in CRC-P Round 11 your project must have a focus on addressing gaps in Australia’s waste and recycling capability, particularly in regards to plastics, paper, glass and tyres.

To be eligible for CRC-P as a lead applicant you must:

  • have an Australian business number (ABN)
  • be incorporated in Australia and a trading corporation

Your trading activities must be either:

  • enough to be called a trading corporation
  • a major, not minor, part of your overall activity

Project partners must include:

  • 2 Australian industry organisations, including at least 1 SME
  • 1 Australian research organisation


Other Members

Each CRC-P must include and maintain amongst its project partners at least:

  • two industry entities including at least one SME and
  • one research organisation.

Partners from existing or former CRCs or CRC-Ps can be partners in other CRCs or CRC-Ps.

CRC-P partners do not need to commit for the entire project period.

All CRC-P partners must contribute resources to the CRC-Ps. We treat partners’ proposed cash and in-kind contributions equally for the purposes of calculating the maximum grant amount.


How to get a CRC-P grant?

To get CRC-P funding you will need to identify the:

  1. Problem – industry-identified problem to be solved
  2. Outcome – tangible industry outcomes expected to derive from the research activitiy
  3. Potential – commercial potential of the expected outputs and any spill-over benefits.
  4. Solution – how the proposal would solve the industry-identified problem
  5. Process – the methodology to be applied to achieve outcomes and adoption of new technologies
  6. Team – the potential participants and their levels of proposed commitment.


Round 12 Priorities

Round 12 is open to all industry sectors. But, it has a focus on supporting projects that align with the National Manufacturing Priorities.

Applications that address mRNA-based therapeutics and the priority technologies under the Technology Investment Roadmap – such as clean hydrogen and energy storage – are particularly encouraged.

The other changes are relatively minor and largely administrative in nature:

  • Inclusion of a reference to the national redress scheme
  • Minor updates to wording to improve clarity and/or specificity
  • Removal of the specific round 11 regional (decentralisation) priority.



Applications close 16 November 2021.


More Information


What is the CRC-P Success Rate?

In round 1 of the CRC-P only 11 of the 91 applications were funded with a success rate of 12%. This is below the NHMRC success rate of 17% and the ARC success rate of 18%.

ARC Industry Linkage Programme has a success rate of 36% in 2015 and 31% in 2016.


CRC-P Recipients

Some of the CRC-P recipients include:

  • CRC-P Nutromics – $2,150,000 Diabetes is a global epidemic and the biggest challenge confronting Australia’s health system. Current care models focus on treatment of the disease, however greatly improved outcomes and increased efficiency are driven from preventative measures. The project will bring together a multi-disciplinary team to develop a digitally enabled wearable device and a deep learning behaviour change engine to elicit the positive lifestyle behaviour changes required to reduce the risk of type 2 diabetes.
  • CRC-P Coviu – $1,187,534 – “Telerehabilitation,” or rehabilitation service via video, has demonstrated both equivalent outcomes to face-to-face rehabilitation and reduced costs. However, mainstream uptake has been limited by a lack of objective patient progress metrics. This project aims to further reduce cost and improve efficiency by developing AI-based solutions to automatically recognise joint range of motion, allowing clinicians to monitor and measure remotely via a video interface the progress of patient’s recovery.


CRC-P Round 11 Recipients

TitlePartners*DescriptionStart/End DateTotal Grant amountTotal Project Value

Next generation long term brain monitoring electrodes

Seer Medical Pty Ltd
Royal Melbourne Institute of Technology
Tricycle Developments Pty Ltd

Long term brain monitoring (EEG) is a crucial component in the diagnosis of epilepsy. This monitoring requires sticking dozens of electrodes to the patient’s scalp. Old solutions lead to skin irritation, are labour intensive, and do not last the duration of monitoring. Seer has made progress through development of a product called WaterTabs that solves some of these issues, but still uses old electrodes. This is manufactured in our ISO14485 facility in Melbourne. There is a large global opportunity to develop an integrated electrode based on new materials and manufacturing methods, improving patient experience. This project will develop integrated, manufacturable, and easy-to-apply electrode interfaces.

1/7/2021 – 30/6/2022



Extracting critical minerals and rare earth’s from bauxite residue

Alumtek Minerals Pty Ltd
Alcoa of Australia Limited
Chemistry Centre (WA)

This Project will further develop and commercialise existing proprietary processing technology (developed by Alumtek Minerals (AM) over the last three years) to extract critical minerals and rare earths from bauxite residue. This industry-led project, a partnership between AM, Alcoa and Chemistry Centre WA, will deliver a comprehensive test work program, building on previous positive proof-of-concept results, which will produce initial quantities of various critical minerals and rare earth elements.

5/7/2021 – 8/7/2022



ARIA – bionic visual-spatial prosthesis for the blind

ARIA Research Pty Ltd
University of Sydney
University of Technology Sydney
World Access For The Blind – Australia Ltd

ARIA is a breakthrough bionic medical device that delivers high-fidelity visual-spatial perception for blind people. ARIA makes possible new levels of autonomy for Australia’s 600,000 blind & vision impaired (VI) citizens and for over 337 million blind/VI people globally. The partners have delivered a validated point of care (POC) with blind users demonstrating sufficiently detailed spatial understanding of an unfamiliar space to describe & navigate it, and accurately identify, locate & grab objects. This project will enable ARIA to undertake preclinical evaluations, build early prototypes, undertake preclinical trials, and prepare for future clinical trials.

1/7/2021 – 31/12/2023



Novel & environmentally sustainable ultra-high efficiency micro HVAC system

Conry Tech Development Pty LTD
Hargo Engineering Pty Ltd
Automation Innovation Pty LTD
University of NSW

Cooling consumes 24% of Australia’s power, and most air-conditioning systems use refrigerant known to have high global warming potential. An estimated 90% of commercial heating systems burn natural gas and are unable to use clean energy. The COVID-19 pandemic also revealed that current heating, ventilation, and air conditioning (HVAC) systems cannot effectively combat the spread of such viruses. This CRC-P enables Conry Tech to develop their innovative and cost competitive micro HVAC system, designed to harness clean energy, reduce energy consumption by >50%, use more environmentally friendly refrigerants, eliminate the use of fossil fuels, and help limit the spread of viruses within HVAC systems, and then rapidly commercialise it for the $160 billion global non-residential HVAC market.

1/7/2021 – 30/6/2024



Eliminating pig tail removal to improve welfare and industry sustainability

SunPork Pty Ltd
PIC Australasia Pty Ltd
Australasian Pork Research Institute Ltd
Australian Pork Limited
RSPCA Australia
Rivalea (Australia) Pty Ltd
University of Melbourne
The University of New England
The University of Queensland

Tail biting is confronting, an undesirable consequence of pork production, and is an adverse welfare and economic issue for the pork industry. Pigs have part of their tail removed (docked) soon after birth to prevent tail biting later in life. Continuation of tail docking is a substantial reputational risk that will threaten the sustainability of the $5.3 billion Australian pork industry. Elimination of tail docking will give significant welfare benefits. This will enhance societal confidence in the pig industry leading to improved market opportunities and production returns for pork producers. Support from the CRC-P will give pork producers the confidence to raise pigs with intact tails while maintaining high standards of pig welfare.

3/1/2022 – 31/12/2024



Advancing nanoporous MOF materials for high efficiency hydrogen storage

Rux Energy Pty Limited
University of Sydney
University of NSW
ATCO Gas Australia Pty Ltd
AMSL Aero Pty Ltd
Hydrogen Systems Australia Pty Ltd

This project will prove-up breakthrough advanced hydrogen (H2) storage materials discoveries at the University of Sydney. The inability to store H2 efficiently is a key barrier to the uptake of H2 as a new zero-carbon fuel, as identified in the National Hydrogen Strategy. The project is expected to demonstrate the superior system-wide volumetric and gravimetric efficiency gains of the metal-organic-framework (MOF) material to enable higher density lower pressure storage. These gains will enable key H2 markets in grid, mobility and aerospace, supporting decarbonisation. This project will enable technology validation and prototype development and testing with SME & large industry partners, accelerating commercialisation and uptake.

1/7/2021 – 30/6/2024



AI based conversion of unrecyclable waste into engineered building products

Dasma Environmental Pty Ltd
Royal Melbourne Institute of Technology
University of Melbourne
Brickworks Ltd
Federation University Australia
Recycleye Ltd
Ouroborus Pty Ltd
Universal Vortex Industries Pty Ltd

This CRC-P will introduce smart analytical platform based on AI to optimise material recovery at Dasma’s materials recycling facility (MRF). Data from this platform can be shared. Using this data, MRFs, recyclers and manufacturers can plan the supply chain to increase the use of recovered resources. This CRC-P will also develop a prototype smart manufacturing plant to develop new building products. The aim is to manufacture products that can compete with the current market to eliminate negative value stream of the recovered raw material by market diversification. This end-to-end manufacturing is a solution to add value and efficiency by having visibility across the supply chain. This how CRC-P funding will pave the way towards application of industry 4.0 principles in waste management.

1/7/2021 – 30/6/2024



Designed-led advanced manufacturing of smart orthotics for remote Australia

iOrthotics Pty Ltd
My FootDr (Aust) Ltd
The University of Queensland
Queensland University of Technology
North West Hospital and Health Service

The partnership is creating a new generation of smart orthotic devices to increase patient compliance and expedite lead times to patient and reduce overall healthcare costs. The project will test an enhanced workflow to supply patients in remote Australia custom smart orthotics to address diabetic foot disease complications prevalent in remote Australian communities. The partners apply advancements in human-centred design, generative design, advanced manufacturing, and wearable technologies to provide quantitative clinical data to monitor treatment effectiveness and improve patient compliance and outcomes.

1/7/2021 – 30/6/2024



Measuring meat quality to improve Australia’s sheep meat industry

Miniprobes Pty Ltd
Meat & Livestock Australia Limited
The University of Adelaide

Australia is the world’s largest exporter of lamb and mutton. However, there is currently no commercially-viable technology to measure sheep meat quality during production. This CRC-P will develop a ‘smart needle’, able to rapidly measure intramuscular fat and quantify meat quality. This device combines miniaturised photonics with deep learning algorithms to enable meat producers to reliably identify premium quality lamb and mutton. It will also provide valuable feedback to farmers on animal husbandry and breeding. This device will provide our exporters with a technological advantage over lamb from other countries, with the potential to increase Australian sheep meat sales by $183 million per year.

1/7/2021 – 30/6/2024



Developing high-capacity dynamic rock reinforcement for underground mines

Jennmar Australia Pty Ltd
University of NSW

This project will ensure safety and productivity in Australian underground mines remains world leading as they embark on mining deep stressed orebodies and/or using lower cost large cave mining methods that generate higher mining induced stresses. The move to underground mining comes from the need to go deeper to find better orebodies and environmental, social and governance (ESG) expectations for lower footprint mining. Experience shows a major hazard from mining in very high stressed environments is a sudden dynamic explosive failure of rock that is not effectively held by traditional rock bolt reinforcement; hence, dynamic bolts exist. This project will design, develop and build Australian manufacturing for the world’s highest capacity dynamic bolt support system.

1/7/2021 – 30/6/2024



Concrete systems utilising post-consumer recycled Plastic aggregate

Repeat Plastics Australia Pty Ltd
RG Programs and Services Pty Ltd
SR Engineering Pty Ltd
Outwest Concrete Pty Ltd
Royal Melbourne Institute of Technology

It is widely accepted over 1.7 million tonnes of plastic packaging will go to landfill in 2021. Solution: 3.4 million tonnes of concrete are used yearly in Australia. This project will replace a portion of the mineral aggregate with waste soft plastic packaging, providing a solution for over 30% of problematic waste. It will further develop, test and certify Recycled Plastic-reinforced Geoploymer Concrete (RP-GC) solutions, recently innovated by Repeat Plastics and SR Engineering, to Australian standards. The CRC-P funding will be used for research and development and testing necessary for the new RP-GC products to gain required market acceptance. There has been minimal innovation in this space due to limited standards testing and poor specifier confidence.

1/7/2021 – 30/6/2024



Wireless mining conveyor technology to Improve safety and reduce outages

MineSensor Services Pty Ltd
Reliable Conveyor Belt Pty Limited
The University of Newcastle

MineSensor combines proprietary hardware, firmware, software, and an analytics platform to digitise mine conveyor information to reduce breakdown, increase mine output and improve safety. A fitted transponder measures conveyor roller bearing temperature and roller thickness. Information from the transponder is received and analysed, resulting in reports and alerts. MineSensor and the University of Newcastle developed the IP, patented the technology, created a prototype, and undertaken laboratory performance testing at the University of Newcastle. With Reliable Conveyor Belt we are conducting field trials at a Hunter Valley coal mine. This project will take the MineSensor field prototype to a mid-scale trial, then to pre-commercial release.

1/8/2021 – 29/2/2024



Ultrasensitive indicators to track decontamination in healthcare facilities

Nanosonics Limited
Novapharm Research (Australia) PTY Ltd
University of NSW

Patients remain at risk of cross-contamination with potential serious consequences due to poor sensitivity and subjectivity of current protocols for decontamination of medical instruments. Currently no integrated system exists to detect and remove pathogenic proteins which are associated with clinical conditions including neurodegenerative disorders. This project develops a solution comprising of a new indicator, a highly sensitive detector and new enzyme formulations for the cleaning and deactivation of pathogenic proteins. These will be manufactured locally and brought to global markets by Nanosonics, an Australian ASX 200 company with a successful track record of manufacturing and commercialisation of decontamination products.

1/7/2021 – 30/6/2024



Australian manufacturing of alternative protein ingredients

GrainCorp Oilseeds Pty Ltd
V2 Food Pty Ltd

There is no industrial scale production of high-value proteins from plant-based ingredients in Australia. Protein ingredients must be imported, with food manufacturers beholden to international suppliers, price fluctuations and supply chain interruptions.
CRC-P support of the research collaboration will enable scaled up protein production to solve this industry problem and open new market opportunities for producers, to operate alongside existing markets. Crucially, the project will develop the investment case for Australia’s only sovereign plant-based protein ingredient production facility at commercial scale.

8/7/2021 – 1/7/2023



DelivAssure – a novel monitoring device to detect hypoxia during childbirth

VitalTrace Pty Ltd
Zimmer & Peacock AS
The Trustee for Procept Unit Trust
Perron Institute for NeurologicaL and Translational Science Limited
University of Western Australia
Design & Industry Pty Ltd
Monash University
University of Technology Sydney

Accurate monitoring of babies for poor oxygenation (hypoxia) during childbirth is crucial to preventing complications which can lead to long term morbidity and mortality for mothers and babies. Current monitoring techniques are based on outdated 1960s technology, which produces inadequate and or inaccurate data on this vital indicator. This can lead to serious fetal complications, such as brain damage or other organ damage and unnecessary intervention with emergency Caesarean sections. VitalTrace is bringing together a multidisciplinary team of specialised engineers and product developers, clinicians and researchers to develop a medical device that continuously measures a highly accurate marker of fetal hypoxia.

1/7/2021 – 30/6/2024



Underground mine LoRa network for monitoring/control/backup/rescue/robotics

Roobuck Pty Ltd
University of NSW
Newcrest Mining Limited
Roboworks Pty Ltd

The vision for the mining sector is focused on the digital mine toward complete automation. The digital mine creates a high demand for communication networks. However, the existing technologies can hardly achieve full coverage in underground mines and are costly & difficult to deploy. In an emergency, existing networks may fail due to the loss of power or damage to communication cables. A long-range low power wireless technology – LoRa makes all this possible. As a new technology, LoRa has not been used for underground mines yet. In this project, we will develop a chain type LoRa network, which can achieve full coverage, provide a backup network, be quickly deployed for rescue work, and support new robotic applications.

1/7/2021 – 30/6/2024



Palatable and functional nutrition and safety for dysphagia patients

Trisco Foods Pty Ltd
The University of Queensland
Flinders University
Japara Aged Care Services Pty Ltd

The Project will address current inadequacies in the nutrition, palatability and safety of thickened food for dysphagia patients, through the development and upscaling of a new-to-the-world liquid-based viscosity inhibited food and beverage thickening formulation. In so doing, the project will overcome significant co-morbidities such as dehydration and malnutrition in dysphagia patients, by combining biologically derived ingredients in a patented formulation, which aims to lower the prescribed consistency of thickened foods, while not compromising safety. A production process will be scaled-up allowing first commercial sales to national industry players, who will also participate in the project’s research.

1/7/2021 – 30/6/2024



Pre-commercial pilot trial of novel biofungicide to address sclerotinia

Nufarm Australia Limited
Kalyx Australia Pty Ltd

Nufarm & CSIRO have identified strains of Actinobacteria and their bioactive agents that demonstrate high anti-fungal capabilities against sclerotinia fungal disease in canola. Sclerotinia has a broad host range and its spores can spread rapidly over large distance through the air and remain persistent in soil for years. The potential losses in crop yield is estimated to be up to 40% alone for canola plants infected by sclerotinia. The partners will participate in the large-scale development for the pre-commercialisation research to produce a range of formulation options for a new biological fungicide (sclerotinia-canola), and the additional screening, research & trial for suitability to a wider range of crops & pathogens.

1/10/2021 – 1/6/2024



High value-added manufacturing from polymetallic critical minerals

Chalice Mining Limited
Mining and Process Solutions Pty Ltd
Curtin University

Conventional processing of copper-nickel-platinum group metals (Cu-Ni-PGM) deposits extracts the metals by flotation with the resultant concentrate sent offshore for smelting. These inefficiencies result in significant metal loss, excess energy usage, and are environmentally unfriendly. The Project seeks to develop a novel, environmentally-friendly process that will increase efficiencies in processing critical raw materials into platinum group metals, battery minerals (nickel sulfate, cobalt sulfate) and energy metal copper. A successful outcome will result in Australia’s only world-class PGM mine with high value added local processing and no smelting, enabling Australia to access global PGM and battery chemical supply chains.

1/7/2021 – 31/12/2023



Vertiia powertrain development, for high speed eVTOL transport

AMSL Aero Pty Ltd
University of Sydney
SIL3 Pty Ltd
Advanced Power DRIVES PTY. LTD.

Vertiia is an Australian developed electric Vertical Take-off and Landing (eVTOL) Aircraft, that will provide rapid response air ambulance and low cost passenger transport for regional and remote Australia. This project will enable the optimisation and development of a quiet, efficient and lightweight propulsion system tailored for Vertiia. Off the shelf motors, prop-rotors and power electronics have significant room for improvement in eVTOL applications, with several emerging technologies that will greatly increase range, and reduce noise and cost. Optimising these components will increase Vertiia’s potential to operate in noise sensitive areas and enable the delivery of the lowest cost transport as an air ambulance or air taxi.

1/7/2021 – 29/12/2023



Additive manufacturing of rocket booster for space launch**

Defendtex Research Labs Pty Ltd
Royal Melbourne Institute of Technology
Department of Defence
Rocketech Pty Ltd

This project aims to address Australia’s space industry capability gap being the absence of commercially available, domestically manufactured rocket boosters. While imported rocket boosters are available, the regulatory burden and cost combined with foreign government control on their use are all significant barriers. Filling this capability gap by domestically producing commercial rocket boosters will allow for responsive sovereign space launch to occur. The additive manufacturing approach results in substantial cost savings which translate to affordable space access for Australia’s emerging space industry.

1/7/2021 – 28/6/2024



Advanced lipid fermentation facility for local manufacture of future foods**

Nourish Ingredients Pty Ltd
Proform Gourmet Pty Limited

Nourish have designed animal-free fat combinations to suit any protein flavour profile required. This project enables the development and commercialisation of these fats. Nourish are building a pilot scale fermentation facility in rural New South Wales, close to organic feedstock from agriculture, to develop lipid fermentation for the local manufacture of future foods. This facility will help translate the new Nourish strains from the lab through to the end user and the consumer.

1/7/2021 – 30/6/2023



CRC-P Round 10 Recipients

TitlePartners*DescriptionStart/End DateTotal Grant amountTotal Project Value
Converting food waste into compostable stretch wrap.Great Wrap Pty Ltd*
Monash University
Konpira Maru Wine Company Pty Ltd
We have brought together a team of leaders in each of their industries to deliver a product that has the potential to remove 150,000 tonnes of food waste as well as plastic out of Australian landfill and millions of tonnes globally each year. Stretch wrap, takes the form of cling wrap and pallet wrap. It holds together millions of pallets freighted across the country each year and keeps just as many meals fresh. This CRC-P will create a process in which we convert food waste into polyhydroxyalkanoates wrap, the only biopolymer that is compostable, landfill/anaerobic biodegradable and marine biodegradable. Meaning wherever it goes it will leave nothing behind.4/01/2021 – 24/12/2021$210,000$559,500
Smart Material Recovery Facility (SMRF) – Curby Soft Plastics.IQ RENEW Pty Ltd*
CurbCycle Australia Pty Ltd
University of Sydney
Licella Holdings Limited
Mike Ritchie and Associates Pty Ltd
Resource Recovery Design (Aust) Pty Limited
The CRC-P will develop a template for upgrading existing Material Recovery Facilities (MRFs) to Smart Material Recovery Facilities (SMRFs) by introducing Internet of Things (IoT) automation and trial it in an existing MRF, aiming to increase post-consumer soft plastics recycling by 80 times 2018 levels delivering process engineered feedstock integrated with industry. It will address the waste export ban and contribute to Australia’s transition to a circular economy. SMRFs utilise the CurbCycle Solution for household segregation and collection of soft plastics. The solution will deliver efficient product stewardship and a rewarding community engagement tool. It enhances existing recycling infrastructure that may be used to lift recycling rates on other materials.1/01/2021 – 31/12/2023$2,999,220$7,638,411
Smart AI-enabled automation and upcycling solution for plastic recycling.Advanced Circular Polymers Pty Ltd*
University of Melbourne
Telford Smith Engineering Pty. Ltd.
Since many foreign countries restrict import of waste, the Australian government is implementing a ban on the export of waste from 2021 and an 80% resource recovery rate by 2030. However, the generation of substantial amount of no-value plastic residue in recycling plants results in unprofitable landfill cost while reducing the overall plant efficiency and profitability. This CRC-P will develop and commercialise an AI-enabled autonomous sorting system and automated plant and polymer technology needed to upcycle residue plastics. The proposed sorting system and value-added products will increase Australia’s recycle capacity by 42,000 tonnes per year and divert 16,800 tonnes per year of plastic residue from landfill and foster a circular economy.1/03/2021 – 28/02/2023$2,000,000$5,983,327
Recycling construction demolition waste to manufacture sustainable bricks.Sycamore Civil Group Pty Ltd*
KHG Contracting Pty Ltd
Brajkovich Demolition & Salvage Pty Ltd
Sany Australia Pty Ltd
University of Melbourne
Deakin University
Aboriginal Construction Specialists Pty Ltd
The building and construction sector in Australia produces 20.4 million tonnes of Construction Demolition Waste (CDW) per year. This accounts for 43% of Australia’s waste production; more than 35% of CDW becomes landfill. CDW is steadily growing (2% p.a.), increasingly impacting the environment and waste management nationally. This urgent problem can be addressed by developing advanced recycling and manufacturing processes that utilise CDW in high-value sustainable brick products, which will be used in large volume by the building and construction sector. This CRC-P will boost the recycling capacity of CDW, thereby reducing landfilled waste, enhancing sustainability and resource efficiency, and growing the circular construction economy.15/02/2021 – 9/02/2024$1,650,000$6,122,660
Revolutionary upcycling of landfill waste into hydrogen, fuels & materials.Bioelektra Australia Pty Ltd*


Royal Melbourne Institute of Technology
University of Melbourne
Cement Australia Holdings Pty Ltd
Universal Vortex Industries Pty Ltd
Ouroborus Pty Ltd
Ash Development Association of Australia

Bioelektra has developed a novel municipal solid waste (MSW) process producing 70% recyclables and 30% biomass (the latter currently for landfill). No commercial technology exists to upcycle this biomass resource into valuable products. This CRC-P aims to transform waste biomass into hydrogen (H2) fuel and char/inorganic ash for potential exploitation by Cement Australia & the Ash Development Association of Australia in construction. A bio-refinery demonstration unit, employing additive manufacturing for catalyst fabrication, underpins the proposed process. Technoeconomic analysis will identify the potential for H2 use in future Bioelektra MSW collection trucks and/or export.1/01/2021 – 31/12/2023$2,200,000$5,717,185
Revolutionising sludge management turning costly waste into a safe product.Central SEQ Distributor-Retailer Authority*
Water Corporation
The University of Queensland
Aquatec Maxcon Pty Ltd
Arkwood (Gloucester) Pty. Limited & Remondis Australia Pty Ltd
Department of Environment and Science
Biosolids from sewage treatment are a problematic waste due to low product quality and high volume. However, biosolids production will substantially increase with population growth and provide opportunities for co-digestion with organic waste at sewage treatment plants. This CRC-P brings together two major water utilities, world-leading researchers, resource-recycling technology and service providers, and the state government regulatory agency, to develop a suite of market-ready technologies that will substantially increase capacity of existing treatment infrastructure, produce high quality biosolids suitable for unrestricted use as soil fertilizer, and increase bioenergy recovery from wastewater and organic waste.1/04/2021 – 31/03/2024$1,380,000$4,248,945
Development of high content recycled glass building material technology.Livefield Pty Ltd*
Royal Melbourne Institute of Technology
The Trustee for Harris HMC Interiors
Recycled Glass Technology Pty Ltd
Australia manufactures over one million tonnes of glass each year but only 33% is recycled. This CRC-P will develop new applications with existing recycled glass stabilising technology to manufacture building materials. The technology utilises 65% waste glass content bringing improvements to building safety and performance while achieving environmental outcomes. The funding will expedite the development of the technology supporting the Australian Government’s National Waste Policy Action Plan that aims at turning our waste into valuable commodities and products with recycled content. This innovation and research will play an important role in developing sustainable technologies while boosting domestic jobs and industries.11/01/2021 – 6/01/2023$485,000$1,343,915
Recycling plastic and paperboard waste in to value-added asphalt additives.State Asphalts NSW Pty Ltd*
University of New South Wales
Closed Loop Environmental Solutions Pty Ltd
Primaplas Pty. Limited
Asphaltech Pty. Ltd.
Australia disposes over 4 million tonnes of plastic and paper waste annually, at a cost of $600 million. Our current recycling infrastructure lacks capability and capacity, relying on landfill and waste export. This CRC-P will commercialise technologies to convert plastic and paper waste in to value-added additives for asphalt. State Asphalts and Asphaltech will use the products, whilst distribution partners Closed Loop and Primaplas will source waste materials and distribute recycled products. The work will create technical leadership, improve competitiveness through reduced infrastructure costs, and create environmental benefits through reducing landfill and exports of waste.1/01/2021 – 1/12/2023$2,980,000$6,176,930
Circular economy: how to end Australia’s dependency on single-use plastics.Full Cycle Bioplastics Australia Pty Ltd*
Prysm Industries Pty Ltd
Monash University
Huhtamaki Tailored Packaging Services Pty Ltd
The CRC-P will scale-up a patented microbial-based biopolymer technology to manufacture a fully recyclable and compostable plastic resin (PHA) from food and paper waste, for use in single-use plastics. In so doing, the technology directly addresses the National Waste Policy goal of achieving 70% of Australia’s plastic packaging being recycled or composted, as well as creating avenues for diverting food and paper waste from landfill. Australian plastics manufacturers will use the PHA in existing manufacturing processes to confirm the resin can be used without the need for factory retrofit, and validate the properties of the resin in target end products, providing a scalable pathway to first sales both in Australia and abroad.1/04/2021 – 31/03/2024$998,826$2,409,701


CRC-P Round 9 Recipients

TitlePartners*DescriptionStart/End DateTotal Grant amountTotal Project Value
A sensor network for integrated Space Traffic Management for AustraliaClearbox Systems Pty Limited*
University of New South Wales
Capricorn Space Pty Ltd
Space Traffic Management (STM) is currently the domain of the US military however civilian organisations around the world are investigating new STM solutions and related technologies including Space Domain Awareness (SDA) in response to a projected 20-fold increase in satellites in orbit in the 5 years to 2025; an increase that surpasses current STM systems’ capabilities. Clearbox Systems will lead the development of a novel SDA sensor and commence implementation of an integrated STM system that will securely store, analyse and distribute collected data for satellite location, identification, tracking and collision avoidance. The sensor and collected data will be made available for sale to satellite operators and governments globally.1/10/2020 – 31/3/2023$3,000,000$13,507,924
Digital Interferometry Optical Gyroscope for autonomous navigationAdvanced Navigation Pty Ltd
The Australian National University
Royal Melbourne Institute of Technology
Airsight Australia Pty Ltd
Advanced Navigation will collaborate with research partners ANU and RMIT and commercial partner, Corridor Insights to develop the world’s leading high performance gyroscope. Accurate positioning is a critical function in industries such as Space, Transport and Infrastructure, current solutions have poor price/performance, the novel approach using low cost fibre and integrated optical waveguides will deliver a solution that is a 85% cost reduction over current systems and will enable new customer applications that has previously not been possible.1/7/2020 – 30/6/2023$2,793,414$8,673,998
High output, low cost automated Embedded Rail Track (ERT)Downer EDI Works Pty Ltd
The University of Wollongong
University of Technology Sydney
Antoun Civil Engineering (Aust.) Pty Ltd
Embedded Rail Technology Limited
The demand to increase safety and utilisation of heavy-haul and high-speed rail infrastructure in Australia has led to the development of an ERT system which avoids derailment and increases utilisation capacity up by 30%. Installation costs are currently double and installation time is seven times that of ballast track. Led by Downer and in partnership with the UOW, UTS, Antoun Civil and Embedded Rail Technology, this project will investigate automation technologies to dramatically reduce the cost of ERT installation and be competitive with traditional ballasted track. ERT technology will transform how rail is constructed and will significantly contribute to the multi-billion dollar mining and transportation sectors.1/7/2020 – 30/6/2022$1,500,000$4,077,750
Novel autonomous robotic weed control to maximise agricultural productivityAgent Oriented Software Pty Ltd
The University of New England
Department of Industry
Queensland University of Technology
Monaro Farming Systems CMC Incorporated
Autonomous Operational Software Pty Ltd
David Miron
Treasury Wine Estates Vintners Limited
Development of an autonomous mobile robot, “Kelpie”, to identify individual weeds and selectively spray or remove them. Five Kelpie systems will be trialled on Monaro farms and Treasury Wine Estates vineyards – autonomously navigating pasture or vineyard to economically control weeds where it is currently not possible. Kelpie will record the position and size of the weeds, to produce a Weeds Map for planning and audit purposes, and a Feed Quality Map with the current farm stock carrying capacity. The weeds data collected during the project will be analysed and made publicly available as a research resource as a Reference Weeds Library.13/7/2020 – 25/4/2023$2,850,000$8,678,267
Enhanced Influenza Vaccine Production: New vaccine manufacture substratesSynbiova Pty Ltd
Biointelect Pty Ltd
Specialised Breeders Australia Pty Ltd
Valo Biomedia gmbh
Influenza (flu) is a global health issue, causing severe illness and deaths each year. Flu vaccines, key to flu prevention, are produced in eggs, a process that suffers considerable production hurdles, using almost 1.6 billion fertilised chicken eggs per year and producing tonnes of flu infected waste. To solve this major industry problem, we have developed new vaccine production substrates (eggs and cell lines) that can produce significantly higher quantities of flu vaccine, alleviating the production hurdles of this vital medical product. This project will take our highly developed prototypes and deliver a translated, commercially viable products for international sale. Our eggs and cell lines will save time, money and lives.1/7/2020 – 30/6/2023$2,399,226$10,833,759
Manufacturing consortium for cancer radioimmunotherapyGlytherix ltd
Auspep Pty Ltd
Australian Nuclear Science and Technology Organisation
University of Technology Sydney
GE Healthcare Australia Pty Limited
Macquarie University
GlyTherix is an Australian SME developing antibody treatments for cancer. Radioimmunotherapy (RIT) uses antibodies to selectively deliver radiation to kill cancer cells, while limiting damage to healthy cells. Despite its tremendous potential, widespread adoption of RIT has been limited by the complex manufacturing process and short shelf life of the radioisotope. This project brings together Australian SMEs, Universities and Government research organisations CSIRO and ANSTO to pioneer manufacturing of “shake-and-bake” kits that allow on-site, on-demand production of RITs in hospital radiopharmacies. Miltuximab antibody will be used as a testbed for the entire production process and testing safety and efficacy in a Phase 1 clinical trial.1/7/2020 – 30/6/2023$3,000,000$10,652,883
Making cell & gene therapy affordable with a MicrobioreactorGenesys Electronics Design Pty Ltd
University of New South Wales
CSL Limited
This project will develop an automated microscale bioreactor to manufacture genetically modified cells for use in human cell and gene therapy. Existing large-footprint machines require skilled staff and complicated multi-step procedures, resulting in prohibitively expensive treatment costs, limiting accessibility, e.g. a cure for some cancers with CAR-T cells is possible but available to few, costing up to US$0.5 million. UNSW has developed microfluidic technology for miniaturising and simplifying cell manufacture which reduces cost. Genesys will commercialise this technology and has partnered with CSL, a global leader in biotechnology, to deliver Microbioreactors for its planned treatment centres targeting a range of diseases.31/7/2020 – 30/6/2023$3,000,000$9,068,783
Creating high-value canola protein for the global plant protein marketRiverina Oils & Bio Energy Pty Ltd
Graincorp Oils Holdings Pty Ltd
Department of Jobs, Precincts and Regions (VIC)
The global plant-based protein market is rapidly growing, driven by rising demand for a protein-rich diet, a growing health and wellness trend and an increasing consumer focus on meat alternatives. Canola protein more closely matches the dietary requirements of humans than any other vegetable or legume protein. We will develop canola varieties that address constraints currently faced for extracting high-value protein for human foods from canola meal. By unlocking the true potential of Non GMO canola protein, it will allow Australia to tap into the rapidly growing global plant protein market to realise a 6-fold increase in the current value of canola meal. This will benefit all in the supply chain from farmers to innovative food processors.1/7/2020 – 30/6/2023$3,000,000$7,539,652
Mitigating taint in wine due to vineyard exposure to bushfire smokeCassegrain Wines Pty Limited
Ligar Limited Partnership
The Australian Wine Research Institute
The University of Adelaide
VA Filtration (SA) Pty Ltd
De Beaurepaire Wines Pty Limited
Department of Primary Industries and Regions (South Australia)
Vineyard exposure to bushfire smoke can taint grapes, and therefore wine, due to unpalatable smoky, ashy characters, leading to revenue losses in the hundreds of $millions. The 2019/20 bushfires have affected prominent wine regions in the ACT, NSW, SA and Victoria, and without scientifically proven treatments for ‘smoke taint’, the issue remains an ongoing threat to the long-term economic viability of the Australian wine industry. This CRC-P will evaluate promising strategies for mitigating smoke taint, including novel winemaking additives and treatment processes that remove smoke compounds from wine, thereby reducing the sensory perception of smoke taint. Outcomes from this research will provide economic and social benefits to industry.1/7/2020 – 30/6/2023$950,000$2,387,017
Transforming Hazardous Solar Panel Waste into Value Added MaterialsOJAS Infrastructure Pty Ltd
University of Melbourne
Royal Melbourne Institute of Technology
Universal Vortex Industries Pty Ltd
Cement Australia Holdings Pty Ltd
Ouroborus Pty Ltd
With the increasing electricity prices, Australian households and business have continued to embrace PV solar panels. In 2018, six PV panels were installed per minute on average. The increase of popularity is likely to result in end-of-life issues in terms of disposal of waste, with a total of 1.5 M tonnes of waste modules estimated by 2050 in Australia.  The project will drive the deployment of a new plant in Victoria to upcycle end-of-life PV panels into raw materials for cement-based construction materials through an innovative advanced process. A process will be developed to fully recover glass from PV panels. The CRC-P will provide essential support to the applicant and partners to commercialise recycled glass from PV solar panels.1/7/2020 -1/6/2023$3,000,000$8,552,62


CRC-P Round 8 Recipients

TitlePartners*DescriptionStart/End DateTotal Grant amountTotal Project Value
Recycling plastic waste for manufacturing prefabricated building components **Metecno Pty Ltd
Pipemakers Australia Pty Ltd
M Modular Pty Ltd
University of Melbourne
The building and construction sector in Australia consumes around 700,000 tonnes of plastics each year (20% of Australia’s plastic consumption); less than 12% is recycled and more than 40% is disposed of in landfill. Although plastic is a reliable material for the construction industry, the fluctuating price of raw materials and quality issues with recycled materials may hamper market growth in the future. This urgent problem can be addressed by developing new advanced recycling and automated manufacturing processes to utilise a high tonnage of recycled plastic waste in lightweight prefabricated building products (LPBP). This will expedite the recycling of plastic waste to reduce the costs of LPBPs whilst controlling their quality10/2/2020 – 6/2/2023$2,700,000$8,763,000
Optimising Chemical Recycling of Waste Plastics Via Fluidised Bed Cracking **Integrated Green Energy Solutions Ltd
University of Sydney
Mike Ritchie and Associates Pty Ltd
Roundhill Engineering Pty Ltd
Waste plastic is a growing problem in Australia and elsewhere in the world. Many plastics are uneconomic to process using conventional physical recycling technology. IGES has developed technology that converts waste contaminated plastic to the feedstock for remanufacturing plastic. This project aims to extend the IGES technology to become the next generation of processing technology that specifically targets the generation of naphtha from mixed and contaminated, post-consumer waste plastic as an optimised feedstock for the virgin plastics manufacturing industry. Successful deployment of this technology will place Australian expertise at the centre of the global industry that manages waste plastic.1/1/2020 – 31/12/2022$1,983,427$5,484,386
Upcycling solutions for hazardous claddings and co-mingled waste **Sebastian Property Services Pty Ltd
Royal Melbourne Institute of Technology
University of Melbourne
EDOS Global Pty Ltd
Smits, Benjamin
Cement Concrete & Aggregates Australia
Pearl Global Management Pty Ltd
L.U. Simon Builders Proprietary Limited
The rectification work of hazardous claddings is adding over 750k tons of plastic waste to 2.5M tons of co-mingled waste produced each year in Australia. This project will drive the development of a new plant in Victoria to upcycle these resources into higher value end-products such as recycled shoes and prefabricated building elements. The process is further developed based on innovative and proven methods to fully recover plastics waste. At the end of their life-span, shoes and prefabricated building elements can be recycled and boost the complete circular economy of co-mingled waste. This project will provide essential support to Sebastian Property Services and partners to commercialise recycled plastic products from hazardous claddings.1/1/2020 – 31/12/2022$2,950,000$8,844,800
Increased recycling of plastics by sensing and treating label contamination **Pegras Asia Pacific Pty Ltd
Visypet Pty Ltd
LM Group (Aust.) Pty Ltd
University of Sydney
University of NSW
University of Technology Sydney
The University of Wollongong
NSW Smart Sensing Network
This project focuses on increased re-use of HDPE plastic. Recycling companies today have problems in recycling HDPE because labels contaminate the mix. HDPE is a high quality material in demand for re-use but under 20% of used HDPE is now recycled. Increasing re-use represents tens of millions of dollars to industry. A partnership of technology, recycling and manufacturing companies will work with university experts in sensors, polymers, systems engineering and environmental policy to overcome this problem. CRC-P support will be used to identify a novel way to sense and treat residual contaminants on chips of HDPE in the recycling process. This will be unique worldwide and designed for industrial use for a broad range of plastics.1/5/2020 – 30/4/2021$650,000$1,500,843
Aus. Std. Diesel from mixed plastics: Maximising recovery from waste **Northern Oil Refineries Pty Ltd
Synbio Pty Ltd
Royal Melbourne Institute of Technology
Central Queensland University
Fuel security and solid waste management are carbon management issues, representing different sides of the same coin. NOR, collaborating with CQ University and RMIT, is implementing the production of Australian Standard (Aus. Std.) Diesel from landfill waste. Aus. Std. Diesel is one of the highest quality diesels internationally, its production is a multi-step process including crude generation and refinement. This project grows NOR’s current refinery designs (diesel from single source waste) to allow processing of oil from mixed waste, thereby expanding the diesel production in Australia by 20GL p.a., meeting 70% of Australia’s demand (and injecting $20B p.a. into the economy), while lowering waste management costs by $53B per annum.6/1/2020 – 23/12/2022$1,857,562$4,086,118
Plastic Resource Recovery for Remote and Indigenous Communities **The Pacific Collective Pty Limited
Environmental Data Acquisition Services Pty Ltd
Southern Cross University
South Pole Australian Pty Ltd
Plastic waste overly affects remote and vulnerable communities, where plastics are buried, burnt or dumped, often ending in waterways and oceans. Lacking waste services, pollution builds up and impacts all aspects of society. However, current recycling models completely fail remote communities due to a lack of fit-for-purpose recycling equipment and high freight costs required. Therefore, PC is developing a mobile plastic recycling container facility to process onsite 100% of single use plastics into valuable products. Our facility will connect remote communities to a global ethically-recycled plastic marketplace to facilitate a real plastic circular economy.1/1/2020 – 31/12/2022$2,496,887$4,996,393
Recycled plastic ROBOVOID construction solution. **Robovoid Pty Ltd
Ancon Building Products Pty Ltd
Westkon Precast Pty Ltd
Universal Robots (Singapore) Pty Ltd
Royal Melbourne Institute of Technology
The Trustee for GT Recycling Unit Trust
The Trustee for Gangula Family Trust
Goborg Pty Ltd
Swinburne University of Technology
Amiga Engineering Pty Ltd
BG&E Pty Limited
Matter Up Pty Ltd
Advanced Science and Engineering Pty Ltd
ROBOVOID is a revolutionary recycled plastic construction solution to enable the recycling of up to 6 million tonnes of plastic per year around the world. The solution involves clever modular recycled plastic parts that displace concrete that is not necessary to achieve the performance requirements of structures. The engineered voids result in weight savings of up to 75% and widespread adoption will result in a global CO2 emission reduction of up to 3%. CRC-P support will enable the project team to conduct the necessary testing and development to achieve a reliable and economical solution that can be exported to the global market.1/1/2020 – 30/6/2022$2,361,232$5,713,231
Counter Current Separation (CCS) Bio-Polymer Plastics Recycling Project **Separtis Pty Ltd
Polpure Pty Limited
University of Sydney
Prysm Industries Pty Ltd
The Project will scale-up patented bio-polymer technology to enable the recycling of comingled and contaminated waste plastics, without the need to sort the waste stream. The process overcomes the problem of how to achieve a circular economy in waste plastics, by using a series of organic polymers in its process to separate atomic bonds in the plastic so it can be reconstituted to the desired formulation, without any loss in strength or other properties. The process converts contaminants into inert non-toxic molecules. The process will maximise opportunities for waste plastic to be recycled into valuable new products throughout the domestic and international supply chain, without the need to retrofit existing manufacturing equipment.1/1/2020 – 31/12/2022$1,177,438$3,196,927
Green microfactories for recycling waste plastics into engineered products **WOSUP Australia Pty Ltd
University of NSW
Spark Furniture Pty Ltd
Single use plastics are a significant national problem, currently stockpiled at Australian landfills and waste management sites. The project plans to turn this enormous challenge into an opportunity to create high quality engineered product for manufacturers via distributed microfactories. The project develops an advanced, semi-automated manufacturing technology by which waste plastics are efficiently transformed into high value products at smaller scales than previously feasible, enabling recycling microfactories to be implemented locally. The process is modular, scalable and closed loop with zero waste. The product will be used to manufacture unique street furniture and linked to manufacturers nationwide.1/3/2020 – 28/2/2023$3,000,000$9,322,024
LieNA® – The Process Solution for Fine Spodumene ***Lithium Australia NL
Australian Nuclear Science and Technology Organisation
Murdoch University
Pioneer Resources Limited
Ammtec Unit Trust
Curtin University
Carnac – Project Delivery Services Pty Ltd
LieNA® is a novel refining option for the critical mineral spodumene to produce Li battery chemicals from materials that may otherwise be discharged as waste. Unlike conventional Chinese thermal converters, LieNA® is not feed constrained and suited to lower grade fine feed. To meet Chinese converter specifications, W.A. spodumene producers sacrifice recovery for grade, achieving Li recoveries of 50-75%. This leads to poor resource utilisation and loss of valuable spodumene to waste. Potentially ~A$713M/a of recoverable spodumene is reporting to waste and LieNA® has been developed to target this business opportunity. This application moves LieNA® towards commercialisation by progressing the TRL level from 3 to 4 via pilot plant operation.2/1/2020 – 21/1/2022$1,255,504$3,587,155
Novel processing of pyrite ore to produce battery grade cobalt and sulfur ***Cobalt Blue Holdings Limited
University of NSW
Australian Nuclear Science and Technology Organisation
Anergy Australia Pty Ltd
The Project will assess and optimise Cobalt Blue’s (COB) innovative metallurgical process for efficiently treating previously uneconomic pyrite-cobalt ore to produce battery precursor cobalt sulfate and elemental sulfur. A demonstration plant will operate continuously on up to 1000t of concentrate over 12 months to simulate full scale production. Operational parameters, material properties, process controls and mass/energy fluxes will be measured, modelled and optimised, and product analysis will be undertaken on the calcine and sulfur to ensure product specifications are met. If proven, it is expected the new metallurgical process will enable a doubling of Australia’s cobalt production from previously uneconomic pyritic feedstocks.1/1/2020 – 30/6/2022$2,400,000$11,057,683
Advanced Nano-engineered Battery for Fast Charging Catenary-free Trams ***VSPC
The University of Queensland
Soluna Australia Pty Ltd
Traditional trams with overhead power lines have high costs for expansion and maintenance. As a result, expansion of tram networks is time-consuming and costly, and the urban landscape is “polluted” with un-sightly infrastructure. Advanced nano-engineered batteries with fast-charging capabilities will enable a new generation of battery-powered catenary-free trams. These vehicles will remove the need for overhead power lines and associated electrical infrastructure which opens the way for greater flexibility, with reduced cost and maintenance requirements. Newly developed nanomaterials will enable these batteries to be recharged fast during waiting time at platforms without degrading the battery performance and lifetime.1/7/2020 – 30/6/2023$1,641,000$4,896,000
Production of 99.95% pure vanadium pentoxide and vanadium electrolytes ***Australian Vanadium Limited
Ammtec Unit Trust
Amec Foster Wheeler Australia Pty Ltd
Curtin University
Australian Nuclear Science and Technology Organisation
90% of the world’s vanadium production is produced from Vanadium titaniferous magnetite (VTM). However, the current VTM production route is not suitable for the production of high purity vanadium for battery applications, is relatively costly, and does not extract value from the other critical mineral by-products and iron in the deposit. This CRC-P will focus on recovering vanadium (as V2O5) to 99.95% purity for vanadium redox battery applications, as well as developing economical processes to enable the recovery of additional by-products from VTM ore, from what would in standard VTM processes be rejected as waste. These by-products will include the critical minerals titanium and chromium, as well as iron, sulphate salts and ammonium.1/1/2020 – 31/12/2022$1,250,000$4,968,660
Value-added cobalt refining technologies powering advanced batteries ***Pure Battery Technologies Pty Ltd
The University of Queensland
Intdesign Pty Ltd
Cronimet Holding GmbH
This project will develop a process to refine cobalt concentrate produced at Pure Battery Technologies’ (PBT) refinery. This process is aimed at generating products such as cobalt salts and value added mixed-metal lithium ion battery precursors. The research will add value to PBT’s patented mineral processing technology, and improved methods developed in this project will optimise battery performance and integrate recycled battery feedstock.1/1/2020 – 31/12/2021$2,220,996$7,023,607
A novel process for producing battery grade nickel and cobalt sulphates ***Queensland Pacific Metals Pty Ltd
Direct Nickel Projects Pty Limited
This solution will pioneer a combined process developed to address critical industry shortfalls in processing capabilities for widely available nickel laterite. This project encompasses DNi technology to develop a novel flowsheet and run pilot plant trials for converting mixed (nickel/cobalt)-hydroxide product (MHP), to nickel and cobalt sulphate product. The proposed process will result in the production of battery-grade materials from low-grade nickel laterite. This process includes a technological solution adapted to recover primary nickel and cobalt and other co-products, while recycling the nitric acid leach solution used, this results in a significantly more environmentally friendly method than traditional High-Pressure Acid Leaching.2/1/2020 – 30/9/2021$2,550,000$9,355,275
Future-proofing the salmon farming industry in the face of climate warmingRidley Agriproducts Pty Ltd
Deakin University
The University of Queensland
Salmon farming is Australia’s most valuable food aquaculture industry, worth >$750 million in 2018 and predicted to grow to >$1billion. Tasmanian waters are the world’s warmest for salmon farming with summer temperatures now routinely exceeding 19°C, pushing these cold-water fish to their thermal tolerance limit. This impacts feed intake and nutrient use with knock-on effects in growth, health and welfare that cost >$150 million p.a., and threaten growth. This project employs nutritional physiology to increase the resilience of salmon at high temperature. Field deployment of an innovative new platform for multi-pathogen quantification will measure the impact of dietary intervention at scale during summer, guiding future management.1/4/2020 – 31/3/2023$3,000,000$9,923,429
Next-generation Test and Measurement devices for photonics sensingLiquid Instruments Pty Ltd
Australian National University
EOS Space Systems Pty Limited
This project will commercialise advanced test and measurement technology to enable high-performance optics and photonics sensing for industrial, education and defence applications. It will enhance the competitiveness of Liquid Instruments and EOS Space Systems in global markets. Optical technologies are transforming a range of industries. Today, Australia’s ground water is monitored by a satellite laser system. Soon, high-power laser systems will defend airports against drones, autonomous cars will use laser ranging systems, and laser communications will provide a deep-space internet and globally accessible, secure military communications. These sensing technologies will unlock access to $100B global markets for Australian companies.20/1/2020 – 19/1/2023$2,850,000$7,781,880
Vertiia: Electric Vertical Take-Off and Landing Passenger AircraftAMSL Aero Pty Ltd
University of Sydney
Mission Systems Pty Ltd
Careflight Limited
This project enables the acceleration and optimisation of Vertiia, a passenger carrying and aeromedical electric vertical take-off and landing (eVTOL) aircraft, to be the most efficient and longest range eVTOL aircraft globally. Once optimised Vertiia will provide the lowest cost aeromedical and passenger transport solution available. The low operating cost and high speed will reduce rural road trips, facilitate greater connection in regional Australia, reduce transport fatalities and reduce the cost of maintaining and building new transport infrastructure. Vertiia’s use of Hydrogen, will put us at the forefront of development globally and provide air transport that is resistant to global oil price fluctuations and interruptions.1/1/2020 – 31/12/2021$3,000,000$11,027,757
AI diagnostic tool to improve optometry accuracy at the point-of-careBig Picture Medical Pty Ltd
The University of Adelaide
Menicon Australia Pty Ltd
University of NSW
Brien Holden Vision Institute
Misdiagnosis is common in optometry and leads to poor patient outcomes and unproductivity for limited specialist services resulting in $74 million p.a in avoidable costs for the Australian health system. Artificial intelligence (AI) has been identified as a solution to improve diagnosis and referral decisions but optometrists lack tools that use AI to support thorough and accurate analysis of all patient data. This CRC-P will incorporate unique IP from UNSW, the Centre for Eye Health and the Australian Institute for Machine Learning into Big Picture Medical’s primary point-of-care optometry platform to provide optometrists with AI capabilities that analyse multiple patient eye scans and medical history data with specialist-level accuracy.1/1/2020 – 30/12/2022$2,982,766$12,086,227
Zero-Spin Silicon via Laser Isotope Separation for Quantum Computer ChipsSilex Systems Limited
Silicon Quantum Computing Pty Ltd
University of NSW
A current major limitation to the development of silicon Quantum Computing (QC) is ensuring supply of essential materials, such as isotopically enriched silicon, where current world commercial supply is constrained, costly and volatile. The Zero-Spin Silicon (ZS-Si) project will develop a novel process using laser technology to create isotopically enriched silicon products to supply the emerging Australian and international QC ecosystem. It will establish Australia as a world-leader in isotopic silicon production, creating jobs in advanced manufacturing with a new value-added export market for Australia. ZS-Si will support quantum technologies, specifically included under the government’s ‘Cybersecurity’ Science and Research Priorities.1/1/2020 – 31/12/2022$3,000,000$8,045,515
On-Farm Detection Platform; Mastitis-Causing Pathogens in Dairy CattleXing Group Holdings Pty Ltd
Intellidesign Pty Ltd
Karu Pty Ltd
Toowoomba Premium Milk Pty Ltd
The University of Queensland
Mastitis is the most prevalent and costly disease in the dairy industry worldwide. The project will deliver a world leading on-farm cartridge and reader that utilises novel DNA extraction, amplification and detection methodology for the diagnosis of mastitis-causing pathogens in dairy cattle milk. Cartridges will deliver multiple results from a single assay and deliver results in real time to the farmer’s veterinarian to allow an informed and rapid treatment response; increasing farm profit, milk quality and reducing drug use. The project will be the exemplar for development of a suite of cartridges utilising the same reader to similarly identify and manage other farm animal and plant diseases.1/1/2020 – 31/12/2022$2,400,000$10,842,392
DeepIoT – A New Hybrid Wireless IoT Platform for Underground MinesRoobuck Pty Ltd
University of NSW
Techenomics Australia Pty Ltd
Redwood Technology Pty Ltd
Cognitec Systems Pty Ltd
Newcrest Mining Limited
Henan Energy & Chemical Industry Group Xinjiang Investment & Holding
Wireless technologies are coming to underground mines. But these technologies are mostly deployed separately, so are poor in performance, cost and efficiency. DeepIoT will develop a World 1st Hybrid Wireless IoT Network integrating 4 major wireless technologies into a single platform, leading to major improvements and more applications. Comprehensive applications, 12 wireless devices (in 3 priorities), 3 independent system products and corresponding software will be developed and commercialised mainly in underground mines globally with potential in other industries. DeepIoT platform and designed applications not only boost the productivity and safety of mines but also open the door toward the future digital mine and complete automation.1/1/2020 – 31/12/2022$2,000,000$5,310,000
Solar Skin: Next generation perovskite solar polymer membraneFlame Security International Pty Ltd
University of NSW
QIC Limited
Buildcorp Group Pty Limited
University of Sydney
Avery Dennison RBIS Pty Ltd
Charter Hall Holdings PTY Limited
Goodman Property Services (Aust) Pty Limited
Macquarie University
Extensive problems solved: Compared to silicon technologies, Solar Skin is affordable, efficient, non-flammable, easy to manufacture in Australia using Australian minerals, highly efficient and can generate power from both direct and indirect sunlight from vertical and horizontal surfaces. Extraordinary markets: Potentially, it can be affixed to almost any external surface potentially turning every CBD and local government area into sustainable and green power stations. According to ANU and UNSW researchers, an area the size of the ACT in regional Australia could supply the entire planet’s electricity needs. CRC-P support can fast track commercialisation of Solar Skin and re-capture Australia’s global leadership in solar technology.1/1/2020 – 31/12/2022$3,000,000$11,885,000
Manufacturing Lightweight Rocket Fuel Tanks to Make Space AffordableGilmour Space Technologies Pty Ltd
The Trustee for the Teakle Composites Trust
University of Southern Queensland
Gilmour Space Technologies will collaborate with the University of Southern Queensland (USQ) and Teakle Composites, to develop composite rocket fuel tanks for low cost space transport. The project will demonstrate the critical technologies in manufacturing linerless, filament wound composite tanks for liquid oxygen. The consortium will manufacture cryogenic linerless composite fuel tanks up to two meters in diameter and trial them in rocket flights. The project outcomes will achieve up to 30% weight savings and 25% cost savings for Gilmour commercial rocket launch services.3/2/2020 – 31/1/2023$3,000,000$11,954,217

** Supported through funding allocated to CRC Projects with a specific focus on reducing plastic waste or boosting plastic recycling.

*** Supported through funding allocated to CRC Projects with a specific focus on critical minerals.


CRC-P Round 7 Outcomes

TitlePartners*DescriptionStart/End DateTotal Grant amountTotal Project Value
Dentistry without mercury – Glass fibre reinforced flowable dental composite restorative materialsSDI Limited
Bestech Australia Pty Ltd
Dentalk Pty Ltd
University of New South Wales
The University of Wollongong
University of Sydney
Mercury-based dental restoration amalgams are being phased out worldwide due to mercury toxicity. The dental amalgam industry’s business has been adversely affected. Now, for the first time, our Australian research has demonstrated new glass fibre-reinforced composite dental restoration materials whose mechanical properties nearly match those of amalgam. The project will transfer this new material platform, together with tools for its manufacture and testing, to Australian industry.1/07/2019 – 30/06/2022$3,000,000$8,297,400
Privacy-Preserving Analytics for the Education Technology IndustryIntersective Pty Ltd
Navitas Limited
Commonwealth Scientific and Industrial Research Organisation
University of South Australia
Edugrowth Limited
Cybermerc Pty Ltd
Education service providers are increasingly exposed to new data privacy legislation, such as the EU’s GDPR, which attracts non-compliance fines of up to AU$30m or 4% of global revenue. This project develops a privacy-preserving data analytics platform, allowing providers to collate and analyse student data while measurably reducing their privacy risk exposure. This will allow educators to use their data more fully to improve their service offering and be more competitive in the global market.15/08/2019 – 14/08/2022$1,955,171$7,446,977
Growing the medicinal cannabis industry – precision farming to pharmaceuticalsCann Group Limited
NSW Department of Industry
Aglive Group Limited
Southern Cross University
The University of Newcastle
Australia is competitively placed to deliver uniquely differentiated Medicinal Cannabis (MC) products into global markets worth an estimated $40B by 2024. This CRC-P will provide industry with step change solutions to its key problems: production costs, product consistency and supply chain traceability. By developing products, processes and services in cultivation, analysis, quality assurance and chain of custody, industry will be enabled to produce safe, uniform and traceable MC products.1/07/2019 – 30/06/2022$2,904,001$9,636,332
Transforming Pressure Injury diagnosis and healing in Aged Care through smart 3D camera automationWound Innovations Limited
Paul Hartmann Pty Limited
Flinders University
Transforming Pressure Injury diagnosis and healing in Aged Care through smart 3D camera automation is a project between Wound Innovations, Paul HARTMANN Australia and Flinders University. This project will collect 3D diagnostic data on pressure injury in a unified best practice environment. Results will enable clinical decision making, empower nurses in residential aged care, and inform new standards. Project duration is 18 months with $1.50M funding and total value of $5.25M.1/07/2019 – 31/12/2020$1,500,000$5,249,002
Volgren Design & Manufacture of the Next Generation E-Bus for the Global Market **Volgren Australia Pty Limited
Deakin University
Carrosserie HESS AG
Extrusion Profiles Australia Pty Ltd
Volgren are recognised as the leading Bus body manufacturer in Australia and have designed and manufactured more than 9000 buses since commencing in 1977. In 1979 Volgren and Swiss company HESS formed a strategic alliance which gave Volgren access to world leading technology. This project will enable Volgren in collaboration with Deakin University and other industry participants to design and manufacture the Next Generation E-Bus for the global market. The first complete re-design in 30 years.1/07/2019 – 30/06/2022$2,900,000$6,243,684
Live Inbound Milk Supply Chain Monitoring and Logistics for Productivity and CompetitivenessBega Cheese Limited
Swinburne University of Technology
Telstra Corporation Limited
M.T Warren & Y Warren
The Trustee for Oakdale Dairies Unit Trust
P J & E L Osborn
This project will develop an Internet of Things (IoT)-based System that allows live monitoring of an inbound milk supply chain consisting of 100 dairy farms, milk carriers, and a milk processor. The data collected by the IoT sensors will drive dynamic milk pick up (re)scheduling as the milk quantity and quality varies, track adherence to pick up processes and enable highly accurate milk supply forecasting. These collectively enhance the chain’s productivity and competitiveness.1/08/2019 – 31/07/2021$600,000$2,050,000
The CRC-P for Advanced Hybrid Batteries **Calix Limited
Deakin University
Boron Molecular Pty Limited
The demand for high performance energy storage and electric vehicles (EVs) has led to a global search for safe, low cost, fast response, high capacity batteries. The CRC-P will introduce an Australian technology to manufacture “honeycomb” materials for energy storage applications from priority Australian mineral resources. Prototype hybrid batteries for affordable, fast response energy storage will be developed establishing a platform for a sustainable Australian manufacturing industry.2/10/2019 – 26/09/2022$3,000,000$9,385,000
Trial of Battery-grade manganese production pilot-plant, capable of utilising low-grade ores **Element 25 LimitedLycopodium Minerals Pty Ltd


Murdoch University

ALS Metallurgy Pty Ltd

Pilot Scale assessment of a new, low-grade manganese ores leaching and purification process to produce high-purity Electrolytic Manganese Metal (EMM) and Manganese Sulphate Monohydrate (HPMSM), used in Li-ion batteries. It will reduce environmental impacts, allow for utilisation of uneconomical, low-grade ore deposits, and improve economic viability for down-stream, onshore processing of critical minerals1/07/2019 – 1/12/2020$1,342,223$3,941,933
Optimising Nitrogen Recovery from Livestock Waste for Multiple Production and Environmental BenefitsAustralian Fresh Milk Holdings Pty Ltd
The Trustee for The Ming Family Trust
Meat & Livestock Australia Limited
Dairy Australia Limited
University of Melbourne
Intensive dairy, beef and poultry industries share the common practice of housing animals through all or part of their productive life. This leads to a concentration of animal waste, high nitrogen loss, detrimental environmental impacts, and health risks. The project will implement cost-effective commercial management of waste for long-term sustainable intensification of the industries, while increasing agriculture productivity, protecting natural resources, and producing high value fertilisers.1/07/2019 – 30/06/2022$2,819,189$7,144,825
Dehydrating Coal Seam Gas using MembranesThe Trustee for E M & H Peihopa Family Trust
Arrow Energy Pty Ltd
The University of Queensland
Raw coal seam gas is saturated with water which can plug or even freeze some of the gas lines during the winter months, leading to a well site shutdown and manual intervention. Productivity declines and more personnel travel to visit well heads – both of which increase costs and safety risks. This project aims to improve the productivity of coal seam gas wells by partially dehydrating the gas as it is produced at the well site using specially developed carbon membranes.1/07/2019 – 30/06/2021$478,788$1,219,880
Next-generation antibiotics to fight antimicrobial resistanceWintermute Biomedical Australia Pty Ltd
La Trobe University
RDDT a vivoPharm Company Pty Ltd
Without drastic action, antimicrobial resistance is projected to kill 10 million people by 2050. To address this, Wintermute Biomedical has developed a next-generation antibiotic – GS-1. GS-1 has activity against all classes of drug-resistant bacteria, has no known side effects, and exhibits a unique resistance profile. Wintermute and its Australian partners will conduct further characterisation and testing of GS-1, bringing it to a point of readiness for clinical trials in Australia.1/07/2019 – 30/06/2021$730,797$1,678,703
Using AI and a hybrid ESS solution to fully integrate solar generation into the distribution system***Providence Investment Management Pty Ltd
Queensland Electricity Transmission Corporation Limited
Risen Energy (Australia) Pty Ltd
University of New South Wales
Tongyu Heavy Industy Co. Ltd
Diamond Genest Pty Ltd
Commonwealth Scientific and Industrial Research Organisation
Sungrow Australia Group Pty Ltd
H2store Pty Ltd
University of Technology Sydney
By 2020, Australia’s solar capacity is expected to double. But, to be a predictable source of energy for the grid, solar power needs to be dispatchable—able to adjust output according to demand. This project will create solar farms with advanced energy storage—a hybrid of lithium batteries and hydrogen fuel cells, with DC loss detection technology. Combined with Artificial Intelligence to predict generation and demand, the project will deliver cost-effective and world-class energy efficiency.1/09/2019 – 31/08/2022$3,000,000$28,946,500
Innovative Value Adding of Manganese Battery Minerals for a Sustainable Future **Pilbara Metals Group Pty Ltd
Energy Renaissance Pty Ltd
Valdrew Nominees Pty Ltd
Curtin University
FLSmidth Pty Ltd
Pilbara Metals Group have developed a global leading, innovative process. This takes manganese ore that is uneconomical for steel manufacturing and converts it into a low cost, high value, ultra-high purity manganese sulphate which is a critical mineral in the new battery evolution. This world class technology provides a sustainable solution to the rapidly emerging battery markets.1/07/2019 – 31/12/2021$1,130,000$3,352,748
Quantum Data Protection – qMiniQuintessenceLabs Pty Ltd
University of New South Wales
Australian Semiconductor Technology Company Pty Ltd
Cisco Systems Australia Pty Limited
Westpac Banking Corporation
Cadence Design Systems (Ireland) Limited
The project addresses the problem of how to integrate fast Quantum Random Number Generation (QRNG) technology into small Internet-of-Things electronic devices and digital access points on a low cost and ubiquitous basis. To this end it will design and manufacture a micro-chip scale QRNG device suitable for initial integration into a commercial device and generate first sales. It will create globally superior high-speed encryption technology which can withstand cyber-attack by quantum computers.1/07/2019 – 30/06/2022$2,945,179$7,589,536
Rapid, in-field molecular diagnostics of plant, animal and environmental pathogens and pestsGeneworks Pty Ltd
SI Systems Pty Ltd
Bio2Lab Pty Ltd
La Trobe University
The Walter and Eliza Hall Institute of Medical Research
To design, validate and commercially manufacture field-deployable, long shelf-life molecular test kits for the rapid detection of animal, plant and environmental pathogens and pests. Using a mobile instrument, novel and robust DNA amplification chemistry and a simple methodology that non-scientists can employ, diagnostics will be taken from the lab to the field. This rapid testing will improve Australia’s biosecurity, expedite international trade, agricultural productivity and consumer health1/07/2019 – 30/06/2022$1,380,000$4,775,916
Development of a new commercial-scale process for producing high purity graphite (>99.95%) **Mineral Commodities Ltd
Doral Fused Materials Pty Ltd
Commonwealth Scientific and Industrial Research Organisation
This project will combine industry and research organisations to develop and demonstrate an industrially-implementable hydrometallurgical purification process for Mineral Commodities Ltd’s (“MRC”) Munglinup graphite concentrate. This process will strengthen Australia’s critical minerals capabilities, by unlocking the ability to produce high purity graphite (>99.95%) for potential application in the battery manufacturing industry, both in Australia and for export.1/09/2019 – 31/12/2021$812,999$2,604,700


CRC-P Round 6 Outcomes

TitleParticipants*DescriptionStart/End DateTotal Grant amountTotal Project Value
Transforming wastewater treatment in regional Australia with robust technology for multiple benefits **Central SEQ Distributor Retailer Authority
Aquatec Maxcon Pty Ltd
Power and Water Corporation
The University of Queensland
University of Western Australia
Department of Environment and Science
Lockyer Valley Regional Council
This low-cost solution will transform inefficient sewage treatment ponds into self-contained environmental assets benefitting regional communities. It has strong market potential worldwide due to the ability to retrofit existing assets. This integrated technology will recover water and valuable nutrients suitable for local agricultural uses, with minimal odour and greenhouse emissions. A robust control and monitoring system will be incorporated, modernising regional treatment plant operation.1/1/2019 – 31/12/2021$1,400,000$5,179,253
Optimal scheduling of air conditioning systems with renewable energy resource and thermal storage **Conserve It Pty Ltd
M Sanders & T Sanders
Echuca Regional Health
The built environment is one of the highest consumers of energy. Heating, ventilation and air conditioning contributes to over 45% of commercial building’s energy use. This project will deliver a solution that will reduce energy use in buildings through use of AI based control techniques. This control approach will be suitable for current building stock and future buildings with onsite renewable energy generation and energy storage. The project outcomes will be demonstrated through a pilot project implementation in a hospital.1/3/2019 – 30/6/2021$715,907$1,595,165
Transforming joint surgery rehabilitation with artificial intelligence in telehealth **Coviu Global Pty. Ltd.
CSIRO University of Western Australia
The Trustee for the HFRC Trust
“Telerehabilitation,” or rehabilitation service via video, has demonstrated both equivalent outcomes to face-to-face rehabilitation and reduced costs. However, mainstream uptake has been limited by a lack of objective patient progress metrics. This project aims to further reduce cost and improve efficiency by developing AI-based solutions to automatically recognise joint range of motion, allowing clinicians to monitor and measure remotely via a video interface the progress of patient’s recovery.21/1/2019 – 19/7/2021$1,187,534$2,929,634
Secondary Trading of Unlisted Financial Securities with pre-settled Smart ContractsDigicash Pty Ltd
Haventec Group Services Pty Ltd
Macquarie University
Capital Markets CRC Limited
D.T Gilbert & W.R Spain & C.G Condoleon & Others
Marketgrid Systems Pty Ltd
Blackwall Property Funds Limited
Helmsec Global Capital Limited
Many financial securities are not listed on exchanges, with resultant high transaction costs. Recent developments in “Smart Contract” technology promise to improve this situation, but so far have been hindered by cyber security concerns. This project develops next-generation security and trading technology for a smart-contract based marketplace, and makes it available to issuers of unlisted securities. This technology will increase capital availability, firing up the innovation process.1/1/2019 – 31/12/2021$3,000,000$11,900,500
Automating data collection and analytics in underground mines using drones and AI **Emesent Holding Pty Ltd
Northern Star Resources Ltd
C.R. Kennedy & Company Proprietary Limited
Underground mines have valuable assets but maximising the value from these assets requires collecting data in challenging underground environments and deriving insights from the data. This project will develop an autonomous AI-powered drone to fly underground and map inaccessible areas, as well as machine learning based data analytics to derive insights from the captured data, increasing safety and productivity. CRC-P support will accelerate the development and commercialisation process.1/1/2019 – 31/12/2021$2,994,000$9,141,250
Realisation of Personalised Implants through Advanced Manufacturing **Field Orthopaedics Pty Ltd
Protonautics Pty Ltd
Strategic Engineering Australia Pty Ltd
Queensland University of Technology
Personal implant manufacturing is currently costly and time consuming for those patients requiring an urgent solution. Australia has an advantage when it comes to complex and high value solutions that require innovation and advanced skills. Australian manufacturing will provide a cost effective and rapidly produced personal implant for those in need. The CRC-P will provide the resources to enter the market before anywhere else in the world, making Australia a world leader in personal implants.1/1/2019 – 31/12/2021$1,660,000$3,951,201
Innovative Development of an Autonomous Intelligent Fire Protection System (AIFPS)Flame Security International Pty Ltd
Australian Pet Brands Pty Ltd
Fahrenheit Fire Pty Ltd
University of New South Wales
DXC Technology Australia Pty Limited
Fire and Rescue NSW
Composite Materials Engineering Pty. Ltd.
Department of Defence
G.H. Varley Pty Ltd
Lend Lease Building Pty Ltd
The Autonomous Intelligent Fire Protection Systems (AIFPS) Project envisages the development of a unique range of fire prediction and suppression systems for military, public, commercial and private applications for air, land and marine vehicles for all types of fire classes. Solutions for public, commercial and residential buildings will also be developed. All AIFPS will use a world first, non-toxic, eco-friendly, flame retardant that is more effective than water and existing toxic foams.1/1/2019 – 31/12/2021$3,000,000$10,950,000
Smart tools for agronomic crop insights using Machine learning (ML) and Artificial Intelligence (AI) **Flurosat Pty Ltd
Aglink Pty Ltd
The Trustee for the McGregor Gourlay Agricultural Services
Pursehouse Rural Pty Limited
Agworld Pty Ltd
Precision Cropping Technologies Pty Ltd
Agronomists and growers lack the decision support tools and digital literacy to proactively manage crop productivity. Agronomic decisions are made reactively after visual observations, significantly impacting productivity. This project leverages CSIRO research & IP, commercial agronomic observations, spatial data sets, a leading agronomic platform and novel ML and AI approaches to create real-time, predictive, actionable, management insights to maximise the Australian farm productivity.30/1/2019 – 1/1/2022$2,984,912$6,642,009
Value Australia – Sharpening our land and property decisions with Artificial Intelligence **FrontierSI
Domain Holdings Australia Pty Limited
University of New South Wales
Omnilink Pty Limited
Liverpool City Council Office of Finance and Services
Value Australia CRC-P will support Australia’s largest market, the $6.8 trillion property market, by creating valuation products that, provide better information sooner to homebuyers, investors, businesses and governments whilst reducing costs and risks. Combining research, extensive data assets and using artificial intelligence this project will deliver secure digital valuation models and tools that cover a broad range of land and property types across Australia and overseas.1/4/2019 – 31/3/2022$2,926,500$8,549,000
Use of Narrow Artificial Intelligence to Detect Brain Aneurysms **Fujitsu Australia Ltd
GE Healthcare Australia Pty Limited
Macquarie University
Macquarie Medical Imaging Pty Ltd
Cerebral aneurysms are life-threatening lesions that rupture and failure to detect an aneurysm is a cause of death, disability. Aneurysms are present in 2-8% of adults, and multiple aneurysms occur in >10% of these. Cerebral vasculature is complex, with multiple branches and wide variations in normal patterns making rapid and accurate detection of aneurysms challenging. This project will use artificial intelligence to detect and highlight aneurysms on brain scans to improve patient outcome.4/2/2019 – 2/4/2021$2,080,000$4,614,000
Artificial Intelligence System for Rapid Diagnostics of Disease Causing Mites and Insects **Jasgo R&D Pty Ltd
University of New South Wales
Amalgamated Holdings Ltd
Blue Ocean Equities Pty Limited
Mites and insects cause major health and economic impacts worldwide. They are difficult to identify, requiring expert advice and increasing disease control costs and mismanagement risk. We will produce an Artificial Intelligence system for rapid diagnostics of house dust mites and bedbugs, calibrated against ecological and epidemiological data. This technology will result in a marketable phone app that will be of widespread use in the medical sector where entomological diagnostics are required.1/1/2019 – 1/1/2022$1,475,563$6,589,315
Advanced Real-Time Medical Diagnostics using AI and an IoT Medical Device **M3dicine Holdings Pty Ltd
Queensland University of Technology
The Trustee for the Amanashab Trust
M3DICINE has developed Stethee, a US-FDA approved digital stethoscope, which captures heart, lung and other body sounds with incredible clarity and depth of sound. This records powerful vital signs of humans and animals, but the development of new AI algorithms is vital to realise Stethee’s true potential. This project will enable new diagnostic capabilities, powering the next generation of personalised medical devices and platforms for large-scale medical and telehealth services.2/1/2019 – 30/11/2021$1,000,000$2,652,178
Smart Sensor & Deep Learning Behavioural Engine for Personalised Health Monitoring **Nutromics Pty Ltd
University of New South Wales
Melbourne Health
Monash University
Baker Heart and Diabetes Institute
Procept Pty Ltd
Design & Industry Pty Ltd
Triple Ring Technologies
Diabetes is a global epidemic and the biggest challenge confronting Australia’s health system. Current care models focus on treatment of the disease, however greatly improved outcomes and increased efficiency are driven from preventative measures. The project will bring together a multi-disciplinary team to develop a digitally enabled wearable device and a deep learning behaviour change engine to elicit the positive lifestyle behaviour changes required to reduce the risk of type 2 diabetes.1/4/2019 – 31/3/2022$2,150,000$7,504,756
Improving surgical accuracy through the development of a novel intraoperative imaging solution **Oncores Medical Pty Ltd
University of Western Australia
South Metropolitan Health Service
Linear Clinical Research Ltd
Cancer surgery aims to completely remove tumour while minimising the removal of healthy tissue. Currently, complete tumour removal can only be assessed by a pathologist after surgery, with up to 30% of patients requiring repeat surgery because tumour is thought to have been left behind. This project is developing a high-resolution imaging tool for surgeons to use during operations to assess tissue micro-structure and enable complete tumour removal during the first surgery.1/1/2019 – 31/12/2021$3,000,000$9,077,582
OrpeusPOD: more hearts for more patientsOrpeus Pty Ltd
University of New South Wales
Hydrix Pty Ltd
Victor Chang Cardiac Research Institute Limited
Heart failure is increasing and there is a huge shortage of hearts available for transplant due to the limitations on preservation during transit. Orpeus has developed OrpeusPOD to transport, and OrpeusFLO to actively nourish and preserve the heart for longer to make more hearts available for more patients. The locally manufactured technologies will commercialise Australian R&D from Victor Chang Cardiac Research Institute, The Alfred Hospital, St Vincent’s Hospital, UNSW and industry.1/1/2019 – 31/12/2021$2,100,000$10,277,937
Development of a Machine Vision System for Automated Grading of Almonds **Surenut Pty Ltd
Laragon Pty Ltd
University of South Australia
The nut industry relies on manual quality assurance to determine the grade of nuts which is subjective, slow, and labour intensive. The project aims to overcome this problem by developing an Almond Analyser using artificial intelligence to objectively and non-destructively grade nuts into specific market grades. This will improve the grading of nuts with increased consistency, accuracy, and throughput and significantly reduce labour cost offering great economic benefit to nut processors14/1/2019 – 14/1/2021$514,424$1,765,348
Seaweed solutions for sustainable aquacultureTassal Group Limited
Deakin University
University of Tasmania
Spring Bay Seafoods Pty Ltd
This project will develop a sustainable Integrated Multi-Trophic Aquaculture (IMTA) model that supports commercial seaweed production. To do this, the research will i) define the seaweed culture proposition (identify species, growing techniques and products) and ii) develop a regionally relevant IMTA partnership model that brings together salmon, shellfish and seaweed producers to ensure economic, environmental and societal benefits.13/1/2019 – 12/1/2022$2,385,067$5,468,110
Real-time NMR data acquisition for rock mass characterisation and drilling optimisationThe Eqnomics Group Pty Ltd
Wallis Engineers Pty Ltd
University of Western Australia
This project will deliver a logging system capable of acquisition and transmission of measurements during drilling of boreholes. The system can provide to mining companies real-time information regarding borehole geophysical and trajectory data, at a reduced acquisition cost, and can be used to optimise drilling programs. The development of this new, advanced logging system will support Australia in becoming a world leader in the commercialisation of mining technology and services.1/5/2019 – 30/4/2022$2,843,728$8,084,195
Advanced Composite Pultrusion Manufacturing for Next Generation Civil StructuresWagners CFT Manufacturing Pty. Ltd.
University of Southern Queensland
Allnex Resins Australia Pty Ltd
This program is focused on holistic engineering approach to optimise the existing composite pultrusion process for increased productivity and development of novel value-added products such as, fire retardant civil structures to be used in rail and pedestrian bridges and most notably for Australian Inland Rail project. These high strength advance structures will capture new high value markets such as oil & gas and transport industry in national and international markets such as the US and Europe.1/1/2019 – 31/12/2021$3,000,000$10,391,054


CRC-P Round 5 Outcomes

*First organisation is the lead participant

**Funding partially provided though the Advanced Manufacturing Fund

TitleParticipants*DescriptionStart/End DateTotal Grant amountTotal Project Value
Long-life alloy components for efficient hydrometallurgical processing**Callidus Welding Solutions Pty Ltd
Deakin University
Newcrest Mining Limited
Murrin Murrin Operations Pty Ltd
Process conditions to extract valuable metals from their ore are severe; high temperatures combine with extreme corrosion and erosion. Even normally durable advanced alloys used in mineral processing reactors degrade in this environment. Replacement parts and frequent downtime have a significant impact on the efficiency and competitiveness of Australian mineral processors. This project will deliver a step-change in durability of critical components via smart design and materials innovations.4/07/2018 – 31/12/2020$1,256,600$3,967,395
Non-Invasive Real-Time Biometric Sensing TechnologySleeptite Pty Ltd
RMIT University
Sleepeezee Bedding Australia Pty Ltd
This Project aims to integrate unobtrusive micro-sensors into bedding materials by developing technology to non-invasively monitor key human health parameters. A cross-sector team in sensing, micro-technology, health data analytics, and bedding manufacturers will collaborate to transform award-winning Australian innovation into locally manufactured products for local and global consumers. The innovation will enhance quality-of-care and timely intervention in aged care facilities and hospitals.4/07/2018 – 30/06/2021$1,700,000$5,321,500
Advanced Cancer Immunotherapies: CAR-T Cells for Solid CancersCarina Biotech Pty Ltd
Geneworks Pty Ltd
University of South Australia
The University of Adelaide
Seattle Children’s Hospital
CAR-T therapy is a revolutionary new cancer treatment that engineers a patient’s own immune system to fight cancer. CAR-T therapy has already shown remarkable activity against blood cancers, with over 90% complete remission rates reported in several clinical trials against leukaemia where conventional therapies had previously failed. This project will develop a suite of technologies to enable CAR-T therapy for solid cancers, which have so far been much less responsive to CAR-T therapies.4/07/2018 – 30/06/2021$2,079,000$7,912,822
Novel real-time milk sensor for ovulation detection in dairy cowsBiotics Pty Ltd
Dairy Australia Limited
Ridgeway Research Limited
University of Technology Sydney
Surgical Diagnostics Pty Limited
Department of Economic Development Jobs Transport and Resources
ITVet Pty Ltd
Livestock Improvement Corporation
Dairy New Zealand
Building on core technology, the project will prototype and commercialise a patented real time biosensor with the ability to solve key challenges in the dairy industry. The project will develop an advanced in situ real time milk assay to accurately determine cow ovulation status. Farmers will use this sensor to gain significant improvements to their herd fertility programs. Beyond this, the project will assess other opportunities for the sensors relating to overall cow health and milk quality.1/09/2018 – 31/08/2021$1,829,000$7,391,469
Implementing intelligent automated reporting in radiology practiceMaxwell MRI Pty Ltd
I-MED Network Limited
Radiologist interpretation of medical images such as MRI and PET is subjective. Differences in quality of care due to variable skills and experience may result in misdiagnosis, increasing cost. This project will use artificial intelligence for automated radiology reporting at a world-leading radiology practice (I-MED). The efficacy of Machine learning technology developed at the CSIRO will be validated in a robust trial and translated by Maxwell MRI for commercialisation within 3 years.4/07/2018 – 30/06/2021$1,123,141$4,886,603
AI: new smarts for the medical imaging industrySydney Neuroimaging Analysis Centre Pty Ltd
The University of Sydney
I-MED Network Limited
Medical imaging is an increasingly complex field requiring advanced subspecialty training. This project will develop a robust industry platform for the application of artificial intelligence algorithms to neuro-imaging, heralding a new era in the precision diagnosis of brain disease; and transforming the delivery of Radiology through automation and increased productivity, enhanced reporting accuracy and the rapid identification of critical abnormalities4/07/2018 – 30/06/2021$2,360,061$5,138,061
Eco-friendly fertilisers for sustainable farmingSustainable Organic Solutions Pty Ltd
MSF Sugar Pty Ltd
Mitr Phol Sugarcane Research Center Co. Ltd.
Herbert Cane Productivity Services Ltd
Department of Environment and Science
University of the Sunshine Coast
The University of Queensland
Department of Agriculture
This project will trial a new eco-friendly fertiliser technology, containing plant growth promoting rhizobacteria and innovative adaptive-release organic fertiliser, in tropical agriculture and horticulture (sugarcane, avocado and macadamia). This unique formulation is expected to reduce fertiliser costs, improve plant growth, and minimise the run-off of nutrients from tropical farms to waterways.4/07/2018 – 30/06/2021$1,800,000$4,654,016
Kapunda In-Situ Copper and Gold Field Recovery TrialEnvironmental Copper Recovery SA Pty Ltd
Molyhil Mining Pty Ltd
CMTE Development Limited
Terramin Exploration Pty Ltd
Adelaide University
Successful development and demonstration of an In-Situ Recovery (ISR) process to extract copper and other metals from diverse geological environments will be a step change in Australian mining. ISR can improve project economics, enable social license, lower environmental footprint and help commercialise sub-economic deposits. Success at Kapunda will give industry a tangible demonstration and provide a template for future ventures to unlock new deposits currently considered as stranded assets.4/07/2018 – 31/12/2020$2,851,303$5,781,303
Advanced Manufacturing and Construction of Smart Building ModulesSchiavello Manufacturing Pty Ltd
ERMA Group Pty Ltd
University of Melbourne
OSEN Group Pty Ltd
Trackem Pty Ltd
To meet the needs of rapid urban population growth, building construction productivity needs to improve. This can be achieved by the increased use of prefabricated building modules and the use of digital technology. Digital modelling, design for manufacture and assembly, and the Internet of Things will be used to reduce costs, improve quality and allow mass customisation of building modules thereby increasing the uptake of prefabrication and contributing to increased construction productivity.4/07/2018 – 30/06/2021$2,700,000$8,595,000
BioAustralis, towards the futureMicrobial Screening Technologies Pty Ltd
Advanced Veterinary Therapeutics Pty Limited
Macquarie University
University of Western Australia
Since the discovery of penicillin, the greatest biomedical innovations have been fueled by microorganisms. This project exploits our library of talented Australian microbes, harnessed to state-of-the-art metabolomic and genomic technologies, to deliver a unique platform of 5,000 microbial metabolites, expanding BioAustralis’ global niche market, catalysing the discovery of next-generation antibiotics and provide a ready-to-use natural product metabolite library to stimulate Australian research.1/10/2018 – 30/09/2021$3,000,000$6,966,160
Responsive Access to SpaceDefendTex Pty Ltd
University of South Australia
Department of Defence
RMIT University
The University of Sydney
Universitat der Bundeswehr Innosync Pty Ltd
Australia currently has no sovereign launch capability putting the nation at a strategic, economic and social disadvantage. This project aims to overcome this problem by developing leading edge, low cost, high availability rocket propulsion technology through development of a Rotating Detonation Engine (RDE) design to integrate into a space launch system. This will enable Australia to have a sovereign Low Earth Orbit Launch Capability so Australia can launch satellites and other space assets.4/7/2018 – 30/6/2021$2,989,000$13,655,520
Development of an Advanced Fire Retardant for Polymers and TextilesFlame Security International Pty Ltd
University of New South Wales
IKEA Pty Limited
TDVC Pty Ltd
Fire is a daily and pervasive threat to human life, property and assets and the environment and many polymers and textiles remain highly flammable. This project directly addresses the need for non-toxic, durable and eco-friendly chemical species (flame retardants) to be embedded (infused) into polymers and textiles thereby inhibiting ignition or reducing the rate of flame propagation. The results will be an industry first – flame retarded products that are also eco-friendly.4/07/2018 – 30/06/2021$3,000,000$10,975,000
Artificial intelligence and genomics to predict cancer treatmentMax Kelsen Pty Ltd
Genomiqa Pty Ltd
BGI International Pty Ltd
The Council of the Queensland Institute of Medical Research
Metro North Hospital and Health Service
Cancer is a major health burden with one in four Australians getting a diagnosis of cancer during their lifetime and with an estimated 48,586 Australians dying of cancer in 2018. Immunotherapy is a new treatment showing great promise for some patients. An area of critical need is to predict who will benefit from immunotherapy prior to treatment. We will develop and employ artificial intelligence and genomics to predict treatment response in cancer patients.16/07/2018 – 30/06/2021$2,625,000$9,044,000


CRC-P Round 4 Outcomes

The following projects have been supported under the Cooperative Research Centres Projects (CRC-P) stream of the overarching CRC Program.

Project titleTotal Grant amountTotal Project ValueParticipants (first organisation is the lead participant)
Enabling Exosome Therapy: Developing an Advanced Manufacturing Process*$2,179,531$4,397,739Vivazome Therapeutics Pty Ltd
Seerpharma Pty Ltd
La Trobe University
Project Vaccinate Driving Innovation in Dairy Goat Vaccines$97,280$283,561Nuchev Pty Ltd
K.J Coutts & N.J Coutts
The University of Melbourne
Australian Rickettsial Reference Laboratory Foundation Limited
Australian Dairy Goats Incorporated
Allogeneic Stem Cell Cancer Immunotherapies$2,987,000$12,627,500Cartherics Pty Ltd
Mesoblast Limited
Cell Therapies Pty Ltd
Hudson Institute of Medical Research
Monash University
Integrated Smart Home Energy Management, Control and Data Visibility$1,891,555$5,679,351Solar Analytics Pty Ltd
The University of New South Wales
Wattwatchers Pty Limited
SA Power Networks
Project H Pty Ltd
SwitchDin Pty Limited
Ergon Energy Queensland Pty Ltd
Portable brain scanner for early stroke detection and monitoring*$2,600,000$10,955,673Emvision Medical Devices Ltd
The University of Queensland
GE Healthcare Australia Pty Limited
Metro South Hospital and Health Service
High performance energy storage alternative to lithium ion batteries*$1,500,000$3,447,500First Graphite Limited
Swinburne University of Technology
Flinders University of South Australia
Kremford (VIC) Pty Ltd
A scalable detection tool for childhood inattention: TALI Detect$1,200,125$3,909,125Novita Healthcare Limited
Grey Innovation Australia Pty Ltd
Torus Games Pty. Ltd.
Monash University
Innovative generation of low cost, zero-emission, reliable electricity*$3,000,000$10,162,500Amber Power Holdings Ltd
Mirvac Limited
The University of New South Wales
Intelligent Mixed Waste Re-manufacturing System*$2,716,910$11,668,820Dresden Optics Pty Ltd
The University of New South Wales
Astor Industries Pty Ltd
Consonic Pty Ltd
Duromer Products Pty Ltd
Elemental Manufacturing Pty Ltd
Jasca Engineering Pty Ltd
Brien Holden Vision Institute
WoundVue automated and advanced assessment of chronic wounds$2,513,000$10,991,277LBT Innovations Ltd
Planet Innovation Pty Ltd
The University Of Melbourne
Cavendish bananas with resistance to Fusarium wilt tropical race 4$1,835,644$6,875,367Lamanna Premier Group Pty Ltd
NQ Banana Research Pty Ltd
Queensland University of Technology
Rapid iteration selective breeding: Australia’s fish to feed the world$3,000,000$13,476,418Mainstream Aquaculture Group Pty Ltd
James Cook University
The University of Melbourne
Marine Produce Australia Limited
King Reef Pty Ltd
Helmaqua Pty Ltd
Barramundi Asia Pty Ltd
Developing the next generation hydrogen energy system*$2,783,109$8,496,861Applied Nano Technologies Pty Ltd
Monash University
Minifab (Aust) Pty Ltd
Thoughtworks Australia Pty Ltd
Hargo Engineering Pty. Ltd.
The industrial application of graphene in high-strength polyethylene*$1,800,000$4,365,500Qenos Pty Ltd
Deakin University
Graphene Manufacturing Australia Pty Ltd
Smart linings for pipe and infrastructure*$3,000,000$24,147,390Water Services Association of Australia Limited
Coliban Region Water Corporation
Hunter Water Corporation
Icon Water Limited
Melbourne Water Corporation
Queensland Urban Utilities
SA Water
South East Water Corporation
Sydney Water Corporation
Northern SEQ Distributor – Retailer Authority
Water Corporation
Monash University
University of Sydney
University of Technology Sydney
3M Australia Pty Ltd
Bisley & Co Pty Ltd
Insituform Pacific Pty. Limited
Kerneos Australia Pty Ltd
Parchem Construction Supplies Pty Ltd
Abergeldie Watertech Pty Ltd.
Interflow Pty Limited
Ventia Pty Limited
Metropolitan Restorations Pty. Limited
ITS Pipetech Pty Limited
Monadelphous Group Limited
Water Research Foundation
Water Environment and Research Foundation
Sanexen Environmental Services


CRC-P Round 3 Outcomes

The following projects have been supported under the Cooperative Research Centres Projects stream of the CRC Programme.

Project titleTotal Grant amount (excl. GST)Total Project ValueParticipants (first organisation is the lead participant)
Intelligent vision, sensing and data fusion for mining and exploration$2,152,952$4,640,052Boart Longyear Limited
SRA Information Technology Pty Ltd
The University of Adelaide
Additive manufacturing of energetic materials$2,600,000$6,107,000DefendTex Pty Ltd
Rocketech Pty Ltd; Department of Defence
Royal Melbourne Institute of Technology
Flinders University
Cranfield University
Novel catalytic process for sustainable diesel production from waste$1,850,000$7,964,065Eco Fuel Innovations Pty Ltd
The University of Queensland
Shieldon Pty Ltd
Kunming Sino-Platinum Metals Cayalyst Co
Next Generation Dried Blood Spot Pathology Testing using LC-MS$2,559,000$8,713,331MyHealthTest Pty Ltd
Agilent Technologies Australia (M) Pty Ltd
University of Canberra
Prof David Handelsman
Advanced Printing Technology for New Generation Flexible Batteries$2,000,000$11,977,500Printed Energy Pty Ltd
The University of Queensland
The University of New South Wales
Sunset Power International Pty Ltd
Sonovia Holdings LLC
Polymer Composite Transoms for Rail Bridge Deck Replacement$3,000,000$9,896,285Austrak Pty Ltd
Laing O’Rourke Australia Construction Pty Ltd
University of Southern Queensland
Design and manufacturing of a 6000 m depth rated medium work class ROV$2,996,500$8,061,015Total Marine Technology Pty Ltd
Sapurakencana Australia Pty Ltd
University of Western Australia
Breaking the Mould: Making Australian Advanced Manufacturing Portable$1,486,200$4,013,700Effusiontech Pty Ltd
Charles Darwin University
PW Baxter & Associates Pty Ltd
A big health data analytics & insights platform for the MTP sector$1,948,008$4,944,001Prospection Pty Ltd
The University of New South Wales
Janssen-Cilag Pty Ltd
Australian hitech manufacturer takes-on prostate cancer$1,700,000$4,445,000Cyclotek (Aust) Pty Ltd
GE Healthcare Australia Pty Limited
Macquarie University
Optimising Nitrogen Recovery in Intensive Animal Production Facilities$2,469,431$7,692,531Coomboona Holdings Pty Ltd
CAF Consulting Services Pty Ltd
The Trustee for The Ming Family Trust
CHM Alliance Pty Ltd
The University of Melbourne
High-resolution Real-time Airborne Gravimetry$1,996,200$6,569,290CMG Operations Pty Ltd
Airship Solutions Pty Ltd
Curtin University
Airborne Research South Australia Limited
Geoscience Australia
Geosoft Australia Pty Ltd
Intuitive Machines LLC
University of Texas Institute for Geophysics
A standardised power conversion module for ocean energy applications$2,100,000$4,641,750BioPower Systems Pty Ltd
C.N.C. Design Pty Ltd
Hydac Pty Ltd
The University of Adelaide


CRC-P Round 2 Outcomes

The following projects have been supported under the Cooperative Research Centres Projects stream of the CRC Programme.

Project titleTotal Grant Amount (ex GST)Total Project ValueParticipants (first organisation is the lead participant)
Large Area Perovskite Photovoltaic Material Coating on Glass Substrate$2,500,000$7,182,500Dyesol Ltd
CSR Building Products Ltd
High power density motors incorporating advanced manufacturing methods$2,500,000$12,055,208magniX Technologies Pty Ltd
Ferra Engineering Pty Ltd
The University of Queensland
Development of New and Unique Super High Oleic Biobased Oil$3,000,000$10,170,754GO Resources Pty Ltd
Kalyx Australia Pty Ltd
The trustee for Old Paroo Trust
Cargill Australia Ltd
Swinburne University of Technology
Department of Economic Development Jobs Transport and Resources
Emery Oleochemicals
Advanced Manufacturing of High Performance Building Envelope Systems$3,000,000$10,635,000CSR Building Products Ltd
INHABIT Australasia Pty Ltd
University of Melbourne
Bespoke lightweight automotive carbon fibre composite seats$1,425,000$3,466,875Quickstep Automotive Pty Ltd
Futuris Automotive Interiors (Australia) Pty Ltd
Deakin University
Targeting tropomyosin as a novel anti-cancer therapy$3,000,000$7,450,000Novogen Ltd
I C P – Firefly Pty Ltd
University of New South Wales
Novel Glass Technologies and Photovoltaics in Protected Cropping$1,620,470$5,044,459ClearVue Technologies Ltd
Edith Cowan University
Apex Greenhouses (Australia) Pty Ltd
An integrated modelling system for navigational aid in tidal inlets$425,180$1,881,500OMC International Pty Ltd
Pivot Maritime International Pty Ltd
University of Melbourne
MetOcean Solutions Ltd
Field deployable unit for the detection of Perfluorinated contaminants$2,830,392$7,487,509Envirolab Services Pty Ltd
KD Analytical Australia Pty Ltd
University of Tasmania
Universal Solar Module Inspection and Data Storage System$1,840,739$4,399,467BT Imaging Pty Ltd
PV Lighthouse Pty Ltd
University of New South Wales
PV Lab Australia Pty Ltd
Epho Pty Limited
DNV GL Group
Targeted therapy for sleep apnoea: A novel personalised approach$2,950,000$10,772,924Oventus Medical Ltd
Medical Monitoring Solutions Pty Ltd
Western Sydney University
Neuroscience Research Australia
Enhanced market agility for the Australian tea tree industry$598,992$2,272,709ATTIA Ltd
Southern Cross University
University of the Sunshine Coast
Offco Pty Ltd
P Guinane Pty Ltd
Vitroflora Pty Ltd
Narromine Transplants Pty Ltd
Cassegrain Tea Tree Oil Pty Ltd
Main Camp Natural Extracts Pty Ltd
Kilkie Pty Ltd
Phyllis O’Sullivan, John Murtagh & Michael Flanagan
L Rose & RA Rose
Tech-enabled Care Pathways for Head Trauma$2,200,000$8,112,500Neural Diagnostics Pty Ltd
GE Healthcare Australia Pty Ltd
Monash University
Industrialisation of a novel diagnostic biosensor for bladder cancer$2,430,356$9,246,468SMR Automotive Australia Pty Ltd
University of South Australia
Flinders University
Maddern & Catt Unit Trust
The Trustee for the Pro Health Care Hope Valley Unit Trust
Wear life extension via surface engineered laser cladding for mining$2,616,000$8,266,000LaserBond Ltd
Boart Longyear Ltd
University of South Australia
Graphene Supply Chain Certification$943,937$4,321,866Imagine Intelligent Materials Pty Ltd
Agilent Technologies Australia (M) Pty Ltd
Swinburne University of Technology
Australian Engineering Solutions Pty Ltd
Duromer Products Pty Ltd
Power Efficient Wastewater Treatment Using Graphene Oxide Technology$632,285$1,661,785Clean Teq Ltd
Iconic Industries Pty Ltd
Monash University


Latest News

25 August 2020 – Locals ‘shafted’ by CRC cuts and restrictions

The government decision to limit the latest grants round for research collaboration to only one sector has “shafted” hundreds of companies that have been preparing applications for months, with some “blindsided” firms potentially now looking offshore, according to the chief executive of the CRC Association.

Industry minister Karen Andrews and Environment Minister Sussan Ley officially opened Round 10 of the Cooperative Research Centres Projects (CRC-Ps) grants program. But to the surprise of companies around the country, the round is only open to smart recycling projects, and the money to be provided has been cut by more than half from the previous round.


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