BioOil
A renewable, low-emission fuel transforming biomass into energy solutions for heating, power generation, and beyond.
BioOil is a renewable liquid fuel derived from the fast pyrolysis of biomass. It represents a significant advancement in green energy, offering a low-emission alternative to fossil fuels. With the ability to be produced from a variety of agricultural residues and forestry by-products, BioOil supports sustainable resource use, reduces greenhouse gas emissions, and drives the transition to a circular economy.
Each 250-ton-per-day (TPD) plant produces between 49,500 and 58,000 tons of BioOil annually, helping industries and communities meet their energy and sustainability goals.
Low emissions
BioOil combustion produces no sulfur oxides (SOx) and minimal nitrogen oxides (NOx), reducing air pollution and greenhouse gas emissions
High energy density
One ton of BioOil contains the energy equivalent of 12 tons of raw biomass, making it efficient to produce, transport, and store.
Versatile applications
BioOil can be used for district heating, industrial power generation, chemical feedstock, and emerging opportunities in transport fuels and marine bunkers.
Sustainable resource use
Derived from biomass, BioOil acts as a sustainable alternative to fossil fuels while also utilizing "waste" resources.
BioOil applications
Derived from sustainable biomass sources, BioOil can reduce emissions and dependency on fossil fuels in heating, power generation, and industrial applications.
As a clean-burning, renewable fuel, BioOil is used in district heating systems to provide heat for residential and commercial buildings as well as in industrial boilers and power plants, either co-fired with coal or as a standalone fuel.
BioOil is used in smelters, kilns, and other industrial applications that require high-energy fuels, offering industries a renewable alternative, cutting costs and emissions compared to conventional fuels like heavy fuel oil.
It also serves as a renewable input for producing chemicals and materials traditionally derived from petroleum, supporting the shift to green manufacturing processes and reduces reliance on fossil-based petrochemicals.
An efficient substitute for diesel, heavy fuel oil, light fuel oil, or natural gas in maritime applications, BioOil is particularly useful for ships equipped with gas turbines for propulsion or onboard power generation.
Upgraded BioOil could serve as a key component in producing sustainable aviation fuel, a renewable alternative to conventional jet fuel to support the aviation industry’s efforts to achieve net-zero emissions while meeting growing passenger demand. Our R&D is progressing to refine the upgrading process for aviation use, with potential commercialization in the next decade.
It can also be upgraded into renewable diesel, offering a sustainable solution for trucks, buses, and rail transport with the potential to transform logistic and freight industries
Economic, environmental, and community benefits
Emissions reduction
Each plant reduces CO₂ emissions by up to 800,000 tons annually, contributing to climate change mitigation and aligning with global climate goals.
Circular resource use
By converting agricultural and forestry residues into fuel, BioOil minimizes waste and promotes a circular economy, supporting both environmental and economic sustainability.
Energy independence
BioOil enables countries and regions to reduce reliance on imported fossil fuels, enhancing energy security and resilience
Job creation
Each 250 TPD plant creates 20–30 direct jobs and stimulates local economies through biomass collection and logistics