Methes Energies International Ltd. is a Canada-based renewable energy company specializing in the production and distribution of biodiesel and related co-products. Through its wholly-owned subsidiary Methes Canada Inc., the company operates a state-of-the-art biodiesel manufacturing facility that converts various feedstocks—including canola oil, soybean oil and recycled cooking grease—into high-quality diesel alternatives. By leveraging proprietary processing techniques, Methes Energies aims to deliver cleaner-burning fuels that meet or exceed industry standards for purity and performance.
The core product lineup includes unblended B100 biodiesel as well as a range of blended fuels tailored for commercial and industrial applications. Methes Energies also produces refined glycerin, a by-product of the biodiesel refining process, which is sold into the pharmaceutical, cosmetic and animal feed sectors. In addition to fuel production, the company offers feedstock procurement and logistics services, managing supply chain relationships with agricultural producers, rendering facilities and waste-oil collection networks to ensure consistent raw material quality.
Headquartered in Mississauga, Ontario, Methes Energies serves customers across Canada, the United States and select European markets. The company’s distribution network encompasses bulk terminal operations and third-party logistics partners, enabling efficient delivery to transportation fleets, heating oil suppliers and industrial fuel users. To support growing demand for low-carbon solutions, Methes Energies continues to explore strategic partnerships and expansion opportunities in emerging biofuel markets.
Founded in the early 2000s, Methes Energies has built a reputation for operational excellence and environmental stewardship. Its leadership team combines decades of experience in chemical engineering, agribusiness and renewable energy development. Under their guidance, the company maintains a strong focus on research and development, pursuing advanced feedstock processing methods and exploring next-generation biofuel technologies designed to further reduce greenhouse gas emissions and enhance energy security.
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