CCTT expertise
Description
Affiliated with the Cégep de Sorel-Tracy, the mission of the Centre de transfert technologique en écologie industrielle is to enhance the performance of businesses and communities through research and development of innovative approaches and technologies in industrial ecology.
Number of experts involved in the sector
7
1. Production
– Materials 2.0 (1st and 2nd transformation, extraction, separation, purification of MCS and graphite)
3. End of life
– Recycling of SCMs (bio-metallurgy, solvometallurgy, supercritical CO2, hydrometallurgy), different types of batteries (all solids), other chemistries, casings (plastic or other).
– Reuse, other uses: stationary, Nordic
4. CSR-SGE
– Environmental footprint: GHG emissions, LCA, water consumption
VALUE OF EQUIPMENT
5 to 10 million dollars
MAIN BATTERY-RELATED EQUIPMENT
– Material conditioning (e.g. rotap with sieve, zig-zag air separator, 1,200°C and 1,700°C muffle furnaces, environmental chamber, knife, hammer and planetary mills, etc.)
– Semi-industrial shredder (Muffin Monster from JWC Environmental) (battery shredding function)
– Customized ring-mill for Li-ion batteries: inert, cryogenic, humid atmosphere (on order, coming soon)
– Analytical chemistry (e.g. DRX, FRX, AA, laser granulometry, carbon/sulfur analyzer, ion chromatography, FTIR, etc.)
– Laboratory equipment for supercritical CO 2 extraction (up to 1000 bar, 150°C)
– Laboratory equipment for supercritical CO 2 impregnation (on order, coming soon)
– Laboratory set-up for microwave treatment of materials
– Laboratory set-up for hydrometallurgical extraction
– Rotary evaporator
– Hydrothermal oxidation :
– 2 laboratory batch equipments (450 mL). Up to 500°C, 450
bars, titanium-coated.
– 1 continuous pilot plant (8 kg/h). Up to 325°C, 200
bars, inconel.
– Concrete, mortar and geopolymer formulation laboratory (e.g. concrete mixer, air meter, hydraulic press, grinding machine, vibrating table, automatic Vicat, chloride ion permeability, etc.).
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Mechanical conditioning of alkaline and Li-ion batteries (NSERC – 5-year IR)
2. Study on adding SCM-containing products to an extended producer responsibility (EPR) program
3. Study on the reuse and recycling of end-of-life Li-ion batteries
Description
Founded in 1983 under the name “Centre spécialisé de technologie physique”, Novika is a non-profit organization recognized as a college technology transfer center, linked to the Cégep de La Pocatière. Its multidisciplinary team effectively complements the expertise of its industrial partners, working with them to improve their competitiveness. Novika carries out applied research, development and transfer mandates in the following fields:
– Observation, measurement, understanding and control of physical phenomena, including their communication and representation to the user
– Design of mechanical, electrical, electronic, electromechanical and software products
– Design and manufacture of complex automated production equipment
– Development of industrial processes using lasers.
Standard or customized testing.
Number of experts involved in the sector
7
EXPERTISE IN THE BATTERY INDUSTRY
1. Production
– Materials 2.0 (1st and 2nd transformations, extraction, separation, purification, concentration of SCMs and graphite)
– Components (anode, cathode, separator, membrane, electrolyte, BMS, characterization):
materials, performance, etc., diffuse chemistry)
– Assembly: Design of cells, modules and batteries
– Company training (extraction, processing, electrochemistry)
– Inactive materials (battery structure, heat exchange, insulation (electrical and thermal))
2.Use
– Mobile and stationary applications
– Battery recharging and V2G or vehicle interaction for isolated sites
– Company training (safe use)
– Storage and handling standards (safe use)
– Intelligent battery management (advanced BMS functions)
VALUE OF EQUIPMENT
4 million dollars
MAIN BATTERY-RELATED EQUIPMENT
Floating power system consisting of two variable-speed drive/motor/alternator units fed from the Hydro-Québec grid. The first unit consists of a 15 kW motor powered at variable frequency by an electronic power supply.
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Laser welding of complex aluminum components for energy storage (Blue Solutions)
2. Design of high-power battery chargers for mass transit (Bombardier Transportation and Technologies Lanka)
3. Laser cutting of Li-Ion battery electrodes (Blue Solutions)
Description
The Institut du véhicule innovant is the benchmark for electrification and transport automation. Our aim is to support you in your innovation process by helping you develop new vehicle technologies. As a college technology transfer center (CCTT) affiliated with the Cégep de Saint-Jérôme, IVI is also accredited as a research center by the Natural Sciences and Engineering Research Council of Canada (NSERC).
Number of experts involved in the sector
32
EXPERTISE IN THE BATTERY INDUSTRY
2.Use
– Mobile and stationary applications
– Battery recharging and V2G or vehicle interaction for isolated sites
– Company training (safe use)
– Storage and handling standards (safe use)
– Intelligent battery management (advanced BMS functions)
VALUE OF EQUIPMENT
5 million dollars
MAIN BATTERY-RELATED EQUIPMENT
– Climatic chamber
– high-voltage (900V) and high-power (250kW) battery cyclers
– cell cyclers
– building with ~100kWh of battery storage, ~40kW of PV and full access to the energy management control system with systems and a fleet of 20 communicating charging stations,
– data acquisition systems,
– vibrating plate
– dynamometers for vehicles and engines
– Nvidia A100 neural network training systems (advanced BMS functionalities)
– rapid prototyping equipment
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Optimizing structures and systems for high-performance, lightweight batteries (PRAT-Option 1)
2. Development of a new electric propulsion system for the open-cast mining industry
3. Development of an aluminum electric city bus
Number of experts involved in the sector
4
EXPERTISE IN THE BATTERY INDUSTRY
2.Use
– Mobile and stationary applications
– Battery recharging and V2G or vehicle interaction for isolated sites
– Company training (safe use)
– Storage and handling standards (safe use)
– Intelligent battery management (advanced BMS functions)
3.end of life
– SOH: characterization, quality control, standards (REP)
– Reuse, other uses: stationary, Nordic
– Normativity: method of collection, storage, responsible bodies, transport, etc.
4.CSR-SGE
– Co-creation – citizen and aboriginal participation
– Reduce greenhouse gas emissions (energy efficiency, recycling, fewer chemicals)
– Incompatible territories/protected areas/cultural values
– Study on Quebec’s energy resilience
VALUE OF EQUIPMENT
1 million dollars
MAIN BATTERY-RELATED EQUIPMENT
– Battery ageing test benches
– Battery emulator
– Microgrid emulator
– Mobile energy unit
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Predictive maintenance of batteries used in low-speed vehicles
2. Optimizing charge and discharge management in a battery energy storage system
3. Optimizing energy management in a microgrid including batteries
4. Predictive algorithm for battery ageing
Description
Kemitek’s mission is to help companies innovate in the renewable chemistry, green chemistry and process control sectors, while actively contributing to maintaining a regional center of excellence with international reach.
Number of experts involved in the sector
1
EXPERTISE IN THE BATTERY INDUSTRY
1. Production
– Components (anode, cathode, separator, membrane, electrolyte, BMS, Characterization: materials, performance, etc., different chemistry) 100
– Inactive materials (battery structure, heat exchange, electrical and thermal insulation)
4.CSR-SGE
– Reduce GHGs (alternative energies, electrification (EVs), energy efficiency, recycling/reduction of chemical products)
VALUE OF EQUIPMENT
100 000 $
Main equipment related to THE BATTERY INDUSTRY
Synthetic chemistry plant and equipment for preparation and production of membrane and separator materials.
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Development of new polymers for application in lithium metal polymer (LMP) batteries (RDA)
2. Research into new electrolytes for high energy density all-solid batteries (Innovation Program)
3. Development of a new polymer for lithium metal batteries
Description
Innofibre contributes to the technological acceleration of your bioprocesses and bioproducts. They can help you reduce the technological risks associated with innovation in your industrial processes and product diversification. When you work with them, you gain access to specialized analytical laboratories and pilot facilities that are unique in North America.
Number of experts involved in the sector
2
3.end of life
– Crushing, Separation by sieving sorting elements, Adaptation of equipment
biomass valorization for the battery industry
VALUE OF EQUIPMENT
1 million dollars
MAIN BATTERY-RELATED EQUIPMENT
Packaging
– Crushers, Sorters, Densimetric separators, Optical sorting
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
N/A
Description
SEREX’s mission is to develop sustainable solutions and practices to support innovation and technology transfer in companies linked to the forest products processing sectors, enabling them to position themselves on the markets of the future.
Number of experts involved in the sector
5
EXPERTISE IN THE BATTERY INDUSTRY
1. Production
– Biobased battery components and their characterization: biocarbon and biographite derived mainly from forest biomass for the anode, and binders derived from bio-oil and/or lignin.
VALUE OF EQUIPMENT
2 million dollars
Main equipment related to THE BATTERY INDUSTRY
‘- Production of carbonaceous materials and binders from lignocellulosic biomass, such as
– pyrolyzers
– gasifier
– pressure reactor for hydrothermal carbonization
– high-temperature vacuum furnace
– Chemical, physical and mechanical characterization equipment
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Production of biocarbon by intermediate pyrolysis
2. Production of biocarbon from wood by hydrotreatment
3. Production of biocarbon from bark by hydrotreatment
Description
Innovation maritime (IMAR) is an applied research center affiliated with the Institut maritime du Québec (IMQ), a component of the Collège de Rimouski. IMAR is a not-for-profit organization governed by a Board of Directors made up of representatives from the marine industry and the research sector. It holds Centre collégial de transfert de technologie (CCTT) status, conferred by the Ministère de l’Éducation et de l’Enseignement supérieur (MEES) and the Ministère de l’Économie et de l’Innovation (MEI).
Number of experts involved in the sector
3
EXPERTISE IN THE BATTERY INDUSTRY
2.Use
– Mobile and stationary applications
– Battery recharging and V2G interaction
– Company training (safe use)
– Storage and handling standards (safe use)
– Intelligent battery management (advanced BMS functions)
VALUE OF EQUIPMENT
500 000 $
Main equipment related to THE BATTERY INDUSTRY
Floating power system consisting of two variable-speed drive/motor/alternator units fed from the Hydro-Québec grid. The first unit consists of a 15 kW motor powered at variable frequency by an electronic power supply. The second group consists of a
7.5 kW variable-frequency power supply
The floating network has a battery bank with a nominal voltage of 200 V and a capacity of 20 kWh.
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Study on energy storage and load shaving on ships
2. Fishing boat hybridization study
3. Renewable energy integration study for merchant ships
Description
Founded in 1984, the Centre de production automatisée du Cégep de Jonquière is a Centre collégial de transfert technologique (CCTT) recognized by the Ministère de l’Éducation et de l’Enseignement Supérieur. It is made up of a team of engineers and technicians qualified in the field of automation, with the expertise and skills required to support companies wishing to implement new production optimization processes through the development of new technologies, knowledge transfer and specialized training, a concept that is unique in Quebec.
EXPERTISE IN THE BATTERY INDUSTRY
1. Production
– Assembly, maintenance, repair, reconditioning and testing: cell, module and battery design, BMS board, battery heating system
2.Use
– Mobile and stationary applications
– Battery recharging and V2G or vehicle interaction for isolated sites
– Company training (safe use)
– Storage and handling standards (safe use)
– Intelligent microgrid control with battery bank, generator, wind and photovoltaic systems (smart microgrid controls)
– Intelligent battery management (advanced BMS functions)
– Battery use in northern environments
– Intelligent management of production/storage according to distributors’ tariffs and legislation
VALUE OF EQUIPMENT
500 000$
MAIN BATTERY-RELATED EQUIPMENT
– Photovoltaic hybrid charging station for lithium batteries in isolated areas
– Battery bank for 25kW wind turbine
– various battery banks linked to the new $17 million multi-filières renewable laboratory at the Centre TERRE et satellites.
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Self-sufficient sites in isolated northern environments: energy studies and diagnostics
2. Vehicle charging stations in isolated areas (electric cars, e-bikes, Snowtrack…),
GOLF cart, electric boat, etc.)
3. Electrical storage for a 25 kW wind turbine
Description
Nergica is an applied research center that stimulates innovation in renewable energies through research, technical assistance, technology transfer and support for companies and local authorities.
In concrete terms, Nergica is a not-for-profit organization run by a team of enthusiastic experts, with a research infrastructure in the natural environment that is unique in Canada.
Nergica works closely with the industry’s key players, including research centers, international bodies, promoters, developers and SMEs.
Number of experts involved in the sector
5
EXPERTISE IN THE BATTERY INDUSTRY
2.Use
– Using batteries in stationary applications
– Battery recharging and V2G interaction – smart microgrids
– Company training (safe use)
– Intelligent battery management (advanced BMS functions) – Optimized energy and power flow management
3.end of life
– Reuse, other uses: stationary, Nordic – giving a second life to used batteries from electric vehicles
4.CSR-SGE
– Co-creation-participation by citizens and aboriginals – A new approach to better engage aboriginal communities
– Study on Québec’s energy resilience – reliability of electricity supply
VALUE OF EQUIPMENT
550 000 $
Main equipment related to THE BATTERY INDUSTRY
– Battery bank 150 kW/285 kWh
– Power/energy flow management system
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Use of renewable energies and battery energy storage to reduce the use of diesel in remote locations.
2. Optimization of solar photovoltaic energy and batteries in integrated power grids in a context of fluctuating electricity markets.
3. Performance validation of a battery bank using used batteries in a cold climate.
Description
Founded in 1985, the Centre de métallurgie du Québec is a college technology transfer center integrated into the Cégep de Trois-Rivières. Its mission is to support the competitiveness of the metallurgy industry through research and technological development in a collaborative approach involving private and public partners, while supporting technical education at college level and knowledge transfer to companies. It offers unrivalled expertise in metallic materials and metallurgical processes to manufacturing companies in Quebec, Canada and through international partnerships.
Number of experts involved in the sector
3
EXPERTISE IN THE BATTERY INDUSTRY
1. Production
– Materials 2.0 (1st and 2nd transformation, extraction, separation, purification of MCS and graphite)
– Components (anode, cathode, separator, membrane, electrolyte, BMS, Characterization: materials, performance, etc., different chemistry)
– Company training (extraction, processing, electrochemistry)
– Inactive materials (battery structure, heat exchange, electrical and thermal insulation)
3.end of life
– Recycling of SCMs (bio-metallurgy, solvometallurgy, supercritical CO2, hydrometallurgy), different types of batteries (all solids), other chemistries, casings (plastic or other).
4.CSR-SGE
– Reduce GHGs (alternative energies, electrification (EVs), energy efficiency, recycling/reduction of chemical products)
VALUE OF EQUIPMENT
10 million dollars
Main equipment related to THE BATTERY INDUSTRY
– Microstructure analysis and quantification: Hitachi SU-3500 and microanalysis instruments
– Electrochemical measurements: Gamry potentiostat/galvanostat/ZRA
– Electrochemical impedance spectrometers
– Different types and designs of electrochemical cells
– High-precision current-voltage generators
– Environmental chamber for corrosion resistance of packaging and plant
– Melting furnaces, molding and thermomechanical forming equipment for the production of aluminum parts
– Hot and cold rolling mills for metal strip
– Differential scanning calorimetry and thermogravimetry
– Optical emission spectrometry
– Additive manufacturing using laser powder bed and directed energy deposition.
– Plasma spraying, HVOF and HVOF/H2
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Nuvolt – Optimization of the aluminum/electrolyte interface for the production of Al-air rechargeable batteries (Nuvolt) $562,500.
2. an anti-corrosive approach to remedy the problems of
contamination of graphite products, intended for Li-Ion battery technology, associated with corrosion of metal installations (Nouveau Monde Graphite) $50,000
3. Development of a sealed battery cover by low-pressure casting of an aluminum alloy (Bathium Project) $100,000
Number of experts involved in the sector
3
EXPERTISE IN THE BATTERY INDUSTRY
1. Production
– Materials 2.0 (1st and 2nd transformation, extraction, separation, purification of MCS and graphite)
– Components (anode, cathode, separator, membrane, electrolyte, BMS, Characterization: materials, performance, etc., different chemistry)
– Company training (extraction, processing, electrochemistry)
2.Use
– Company training (safe use)
– Storage and handling standards (safe use)
3.end of life
– Recycling of SCMs (bio-metallurgy, solvometallurgy, supercritical CO2, hydrometallurgy), different types of batteries (all solids), other chemistries, casings (plastic or other).
– SOH: characterization, quality control, standards (REP)
– Reuse, other uses: stationary, Nordic
4.CSR-SGE
– Residue and effluent management
– Reduce GHGs (alternative energies, electrification (EVs), energy efficiency, recycling/reduction of chemical products)
– Environmental footprint: GHG emissions, LCA, water consumption
VALUE OF EQUIPMENT
3.5 million dollars
Main equipment related to THE BATTERY INDUSTRY
Hydrometallurgy :
– For battery recycling: sifter, magnetic separator, crystallizer, centrifuge, 500mL and 2L pressure reactor, membrane filtration systems, planetary mill, decanter
Electrochemistry :
– For button cell: Potentiostat cycler, nitrogen glove box with cycler port, battery press
buttons, button battery holder.
– For battery recycling: Electrodialyzer (6cm2 to 3900cm2 cell), Plating cell,
Analytical equipment :
– ICP-OES, GC-MS, HPLC-UV-Vis-RI-MS, Chromato Ionic, Fluxer, Karl-Fisher, Zetasizer,Nanosight, SEM, TOC, TGA-MS, XRF, XRD, FTIR (powder and gas), Fluxer, Microwave digester, High-temperature digester
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Development of an electrochemical lithium synthesis process (Nemaska Lithium)
2. Development of a filtration process to treat lithium sulfate brine upstream of electrolysis (Nemaska Lithium)
3. Development of recycling processes for alkaline and lithium batteries (Société Laurentide – Hydro-Québec)
Number of experts involved in the sector
6
EXPERTISE IN THE BATTERY INDUSTRY
1. Production
– Materials 2.0 (1st and 2nd transformations, extraction, separation, purification, concentration of SCMs and graphite)
– Components (anode, cathode, separator, membrane, electrolyte, BMS, characterization):
materials, performance, etc., diffuse chemistry)
– Assembly: Design of cells, modules and batteries
– Company training (extraction, processing, electrochemistry)
– Inactive materials (battery structure, heat exchange, insulation (electrical and thermal))
2.Use
– Mobile and stationary applications
– Battery recharging and V2G interaction
– Company training (safe use)
– Storage and handling standards (safe use)
– Intelligent battery management (advanced BMS functions)
3.end of life
– SCM recycling (bio-metallurgy, solvometallurgy, supercritical CO2),
hydrometallurgy), different types of batteries (all-solid), other chemistries,
housings (plastic or other)
– SOH: characterization, quality control, standards (REP)
– Reconditioning
– Reuse, other uses: stationary, Nordic
– Normativity: collection methods, storage, responsible organizations, transport, etc.
4.CSR-SGE
– Co-creation – citizen and aboriginal participation
– Residue and effluent management
– Reduce GHGs (alternative energies, electrification (EVs), energy efficiency),
recycling / reduction of chemicals
– Incompatible territories/protected areas/cultural values
– Environmental footprint: GHG emissions, LCA, water consumption
– Study on Quebec’s energy resilience
VALUE OF EQUIPMENT
11 million dollars
Main equipment related to THE BATTERY INDUSTRY
– Pilot plant and semi-industrial plant for concentrating ores used in battery manufacture
– New HPP comminution technology
– Laboratory equipment for MCS concentration
– MCS analysis equipment
– Mine effluent treatment facilities
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Innovative hydrometallurgical approach applied to the recycling of solid lithium batteries (LMP®)
2. Development of a flotation process for the production of a high-grade REE mineral concentrate
3. Preconcentration of SCMs from the tailings of a former mining site in a circular economy perspective
Description
The Centre d’études des procédés chimiques du Québec (CÉPROCQ) is one of Collège de Maisonneuve’s technology transfer centers. Equipped with a pilot-scale research infrastructure in industrial and environmental technologies, it holds an NSERC research chair in agroforestry extractives.
Since 1997, CÉPROCQ has been supporting Quebec companies in the field of chemical processes. Its expertise enables it to offer applied research services, technical assistance and customized training.
Number of experts involved in the sector
2
EXPERTISE IN THE BATTERY INDUSTRY
1. Production
– Materials 2.0 (extraction, separation, purification of MCS and rare earths)
– Components (anode, electrolyte, characterization: materials, performance, etc., different chemistry)
3.end of life
– Recycling of SCMs (supercritical CO2, hydrometallurgy), different types of batteries (all solids)
VALUE OF EQUIPMENT
3.5 million dollars
Main equipment related to THE BATTERY INDUSTRY
Acoustic mixer
– Laboratory and pilot-scale supercritical extraction systems
– Spray dryer at laboratory and pilot scale;
– Hydraulic pressure machine,
– Glove box
– Button battery tester
– Extraction reactor, decanter and separator (200 L)
– Analytical park:
– several liquid chromatography (HPLC) units
– gas chromatography-mass spectrometry (GCMS) unit,
– UV spectrophotometer
– infrared spectroscopy unit (FTIR)
– surface analyzer (BET)
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Development of environmental processes for mineral production (battery grade)
2. Development and characterization of alternative materials for battery components (anodes, cathodes, separators, bio-based materials including inactive materials, etc.).
3. MCS recycling
Description
Coalia’s mission is to contribute to the development of innovative materials, products and processes in collaboration with companies and organizations working in the mineral technology and plastics sectors. Coalia contributes to Quebec’s economic development through applied research, technical assistance, training and information. It works to develop, transfer and implement technological solutions in a context of sustainable, responsible development.
Number of experts involved in the sector
12
EXPERTISE IN THE BATTERY INDUSTRY
1. Production
– Materials 2.0 (geometallurgy, 1st and 2nd transformation, extraction, separation, purification of SCMs and graphite)
– Components (anode, cathode, separator, membrane) and characterization: materials, mechanical performance, thermal performance, rheological physics, ageing, chemical performance, morphological performance.
– Company training (extraction, processing, electrochemistry)
– Inactive materials (battery structure)
– Development of advanced materials for the electrification of transport, and
the manufacture of batteries for the automotive industry (anodes, cathodes, properties, etc.).
(preferential thermal conductivity, controlled porosity, etc.).
– Development and fine-tuning of material assembly processes
3.end of life
– Recycling of SCMs (bio-metallurgy, hydrometallurgy), different types of batteries (all solids), casings (plastic or other)
– Designing recycling and recovery processes for end-of-life battery components
– Circularity of materials (linking, meshing, recovery of plastic and mineral materials (black mass))
4.CSR-SGE
– Residue and effluent management
– EMS support
– Reduce greenhouse gas emissions (energy efficiency, recycling, fewer chemicals)
VALUE OF EQUIPMENT
10 million dollars
Main equipment related to THE BATTERY INDUSTRY
‘- Material characterization
– abrasimeters, durometers, permeameters
– pencil hardness test and Gardner impact test
– Chemical analysis
– carbon and sulfur analyzer, pH meter and specific electrodes
– Thermomechanical, mechanical, thermal and rheological properties
– dynamic mechanical analyzer (DMA), thermomechanical analyzer (TMA) and thermomechanical systems (TFC and POINT VICAT)
– impact testers (DROPTEST), impact resistance testers (IZOD-Charpy), traction testers with video extensometer
– Thermogravimetric Analyzer (TGA), Differential Scanning Calorimeter (DSC) and Modulated Scanning Calorimeter (MDSC), Thermal Conductivity Meter (DTC)
– Spectroscopic and microscopic analysis equipment
– Accelerated aging & furnaces
– Atlas UV aging chambers(UV Test), Atlas Xenon (Sunset XLS+)
– Environmental chamber Espec
– High-temperature furnaces
– Other accessories
– Mineralurgy – characterization: minerals and aggregates
– Dynamic image analyzer
– Spray polishing coefficient (SPC) meter
– Sandblasting cabinet
– Cyclosizer, laser granulometer and JIG gravimetric concentrator
– Rocktest Los Angeles
– FSU Press
– Sédigraphe
– Screening machines
– Comminution
– Various feeders, shredders and crushers
– Flotation and separation
– Various flotation cells
– Flotation columns
– Concentrators and separators (magnetic and electrostatic)
– Pilot plant
– Heat treatment
– Autoclave, various ovens and packaging chamber
– Agglomeration of minerals/materials and asbestos expertise
– Fluidized bed, disc pelletizer and other accessories
– Fiber classifier and conditioner
-Plastics processing unit
– winders, extruders, granulators, presses, pulverizers and desiccant dryers
– Propotyping and metrology
– FDM, SLA, SLS printers
– 3D scanner, MMT coordinate measuring machine, Mitutuyo profile projector (PH350)
MAJOR BATTERY-RELATED PROJECTS COMPLETED/UNDERWAY
1. Valorization of quartz and muscovite from lithium mine tailings (NEMASKA LITHIUM INC.)
2. Development of a hydrometallurgical process for recycling electric vehicle batteries (ST-GEORGES ECO MINING)
3. Development of rare earth extraction processes (AUXICO)
4. Replacing various electrical automotive parts with thermoplastics and nanocomposites, innovative fillers to lighten vehicles and reduce energy consumption (NANOXPLORE – MARTINREA)
5. Evacuation of thermal energy from EV batteries to prevent overheating and extend battery life. Reducing the risk of explosion (NANOXPLORE – MARTINREA)
6. Development of a battery-grade graphite production process (NOUVEAU MONDE GRAPHITE)