Furfural production process optimization and co-product development

The proposed project aims to address a critical need for DMT, specifically focusing on the valorization of side streams from furfural production. DMT is currently commissioning a furfural pilot plant and will begin commercial sales soon. However, for the pilot plant to be successful the facility needs to utilize more of the lignocellulosic biomass (miscanthus). Levulinic acid, derived from the cellulosic portion of the biomass, with its versatile applications in various industries, presents a compelling avenue for innovation and economic growth. The ultimate goal of this project is to incorporate levulinic acid production into the current furfural production pilot facility at DMT’s site. The successful results of the proposed project will support establishing a new chemical product that has the potential to reduce the import/export deficit. Additionally, growing the agri-based value chain, which benefits local farmers by using crops and residues from Ontario’s farming community. Furthermore, a 1 ton per day capacity pilot plant would generate additional annual revenue of $350,000 and create 7 new jobs. While a 30 ton per day capacity commercial plant would generate additional annual revenue of $10M and support the creation of 25 new jobs.

Faculty Supervisor:

Robert Nicol

Student:

Partner:

DMT Bioproducts Inc.

Discipline:

Engineering

Sector:

Manufacturing

University:

Lambton College of Applied Arts and Technology

Program: