Biocarbon Utilization at Stelco
Active
This project aims to determine the feasibility of biocarbon injection within integrated steelmaking and design a pilot injection system suitable for industrial trials. Biocarbon requirements to...
We currently support innovative projects through our Nextfor Funding Challenges. Below you’ll find a list of the projects CRIBE has funded to-date.
Projects to date
31
Active Projects
31
total Project value
31
cribe contribution
31
Active
This project aims to determine the feasibility of biocarbon injection within integrated steelmaking and design a pilot injection system suitable for industrial trials. Biocarbon requirements to...
Active
This project will explore the transformation of underutilized forest biomass through pyrolysis to biochar and pyroligneous acid for use primarily in the agriculture sector. Additionally,...
Read More on Catching Carbon – Transforming Ontario’s Underutilized Biomass
Active
The project aims to fully displace fossil fuel carbon that is used in EAF steelmaking with CO2 neutral biocarbon. This project will address two key...
Read More on Biocarbon Utilization in the Electric Arc Furnace at ArcelorMittal Dofasco
Active
This project intends to reduce the CO2 footprint in production of automotive and packaging parts by sustainably commercialization and inclusion of forest-based feedstock in thermoplastics...
Active
The goal of this project is to demonstrate the feasibility of using lignin to replace part of the bitumen used for roofing and waterproofing membrane...
Read More on Sustainable Roofing/Waterproofing Membranes Comprising Lignin
Complete
The project aims to conduct a feasibility study, namely a Class 5 engineering and design, to derisk the commercial development of a next generation biofuel...
Complete
The project aims to develop a cloud-based LiDAR hosting solution integrated with Silvacom's Forest Management System (FMS) to make this data more accessible for forestry professionals...
Complete
The primary objective of this project is to prove the efficacy and commercial deployment of a drone based aerial seeding solution for forestry in Ontario.
Complete
This project aims to increase the commercial readiness of lignin-based adhesives by replacing 80-100% of phenol with lignin in phenolic adhesives and replacing 100% of...
Read More on Lignin-Based Adhesives for Engineered Wood Products and Cross Laminated Timber (CLT)
Complete
CRIBE is supporting Nedaak in purchasing, testing and successfully deploying the WingtraOne GEN II drone in its forestry and related operations.
Complete
To provide forest inventory information for private land across Ontario.
Read More on SkyHub for Private Land Forest Inventory Information
Complete
The goal of this project is to increase the commercial readiness of lignin-containing thermoplastics and composites, specifically injection molded and extruded products.
Read More on Commercialization of Depolymerized Lignin in Fire Protection Products