HOPA Ports and MCBC Revive Hamilton Biodiesel Plant to Boost Canada's Clean Fuel Supply

HOPA Ports and MCBC Revive Hamilton Biodiesel Plant to Boost Canada's Clean Fuel Supply

Patrick Alexander 08-Jul-2026

HOPA Ports and MCBC revive Hamilton's biodiesel plant, strengthening domestic renewable fuel production, energy security, Indigenous ownership, and emissions reduction.

Hopa Ports and the Mississaugas of the Credit Business Corporation (MCBC) have partnered to revive a significant biodiesel production facility in Hamilton, Ontario. The plant, previously operated by BIOX, was at risk of permanent closure. This collaboration aims to restore domestic fuel production, strengthen Canada's clean fuels sector, and contribute to economic reconciliation.

The former BIOX biodiesel plant, located at Pier 14 at the Port of Hamilton, faced uncertainty and closure due to shifting market conditions and changes in U.S. trade policy. HOPA Ports, as the landowner, intervened to acquire the plant assets, stabilize the site, and prevent the liquidation of essential equipment. This action preserved the critical energy infrastructure.

A favorable policy environment in Canada also enabled the restart. Both the Ontario and federal governments introduced measures, including regulatory changes to fuel blending requirements and production incentives, which improved the economic viability of domestic biodiesel production.

The revived facility will operate under a new entity called Biidaaban Renewable Energy. MCBC, representing the Mississaugas of the Credit First Nation (MCFN), holds a 51% ownership stake in this project, marking a significant Indigenous-led investment in Ontario's clean energy infrastructure. "Biidaaban" is an Anishinaabe term meaning "a new day," reflecting the facility's renewal and a commitment to economic reconciliation through environmental stewardship. The partners intend to restart operations in late 2026 or early 2027, following final preparations and commissioning.

The revival of the plant is expected to create over 70 direct jobs and multiple economic opportunities across the region. The facility has a historical production capacity of 67 million liters annually, previously supporting 33 direct and 134 indirect jobs, and involved over $70 million in investment over its lifespan. The project aims to strengthen domestic production capacity and ensure a local source of biodiesel for blending.

The facility is recognized as a strategic asset for Ontario's energy security and economic resilience. It will produce low-carbon fuel solutions, contributing to Canada's clean fuels transition. The Biidaaban facility is projected to reduce approximately 130,000 tonnes of CO2e emissions annually, equivalent to removing over 28,000 passenger vehicles from the road each year. This aligns with Canada's net-zero goals and addresses the growing demand for sustainable fuels.

Impact on Prices of Chemical Commodities Tracked by ChemAnalyst

The revival of the Hamilton biodiesel facility is expected to have a moderately bullish impact on biodiesel feedstock markets rather than causing immediate price spikes. Increased domestic production will gradually raise demand for soybean oil, canola oil, used cooking oil (UCO), tallow, and other waste-based feedstocks, potentially supporting their prices as the plant ramps up operations in late 2026 or early 2027. Biodiesel itself may become more competitively priced within Canada due to improved domestic supply and reduced dependence on imports, partially offsetting feedstock cost increases. Glycerine, a key by-product of biodiesel production tracked by ChemAnalyst, could see higher domestic availability, exerting mild downward pressure on glycerine prices if supply outpaces demand. Overall, the market impact is expected to remain gradual because the facility's 67-million-liter annual capacity represents a relatively modest addition to North America's biodiesel production, with stronger effects likely in regional Canadian renewable fuel and feedstock markets rather than globally.

We use cookies to deliver the best possible experience on our website. To learn more, visit our Privacy Policy. By continuing to use this site or by closing this box, you consent to our use of cookies. More info.