Canadians are reminded of the enormous and sometimes devastating power when our forests ignite into wildfires. Ontario’s forest sector has used this power to reduce reliance on carbon-emitting fossil fuels and lower costs. For decades, biomass has been used to heat kilns that dry lumber. Biomass is used to create steam that drives turbines to produce electricity both on the mill site and to local grids, supporting circular economies. …On Oct. 16, Ontario’s Independent Electricity System Operator (IESO) revised its forecast for electricity demand, saying demand is expected to soar 75% by 2050. Currently… Forest biomass contributes only 0.3%. …The forest sector has a made-in-Ontario, low-carbon, drop-in replacement for each of these emitting fuels, including biochar, syngas, renewable natural gas, green hydrogen, biocrude, biodiesel, renewable diesel, and sustainable aviation fuels.
Successful management of Ontario’s 28 million hectares of managed productive forest and the carbon emissions from wildfires are tied directly to the success of the forest industry. Advancing forest bioenergy projects will help create a circular economy, improve waste diversion, provide Ontario-made solid wood products for housing needs, reduce carbon emissions in the heavy industry, heating, and transportation sectors, and stimulate economic growth and prosperity across all areas of Ontario. By setting targets and prioritizing forest bioenergy projects, Ontario can not only enhance the sustainability of its forest resources but also pave the way for a resilient and prosperous future for its communities and the environment.