Fuel Processing Technology
Which fuel equipment do you need?
High performance classifier
Solid biomass receiving systems
Solid biomass screening and crushing equipment
Solid biomass storage and reclaiming equipment
Solid biomass boiler feeding systems
Ash handling systems for industrial biomass boilers
Pneumatic conveying for industrial biomass boilers
Conveyors for recovery boilers
Online sampling system for larger scale bioprocesses
Belt dryer for sewage sludge
Plug and play natural gas to hydrogen generator
Industrial leaf filter for chemicals
Small-scale biogas upgrading system
Modular biogas to biomethane system
Large-scale biomethane production system
Efficient sized biomethane production system
Oilseeds preparation plant
Production plant for biodiesel
Ultrasonic spraying system for small scale coating and research processes
Ultrasonic spraying system for medium and large scale coating
Water oil separation centrifuge
Wood chip gas syngas generator
Industrial pellet mill
Complete pellet line
Self-cleaning candle filtration system
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What are you making?
Going bio with primary fuels
Natural resources like bitumen or coal have long been used to generate heat and produce mechanical work. These primary fuels store energy that can either be used immediately or refined into a secondary fuel without causing any energy loss in the process.
Fossil fuels account for over 85% of primary energy consumption globally. In the last decade, however, alternatives such as biomass and modern biofuels have been making modest but steady inroads.
Making the most of raw resources with artificial fuels
Secondary fuels are produced to maximize their potential for combustion. Their prominent characteristics are derived from primary fuel using a process of distillation and refining.
These so-called artificial fuels are distributed for both industry and domestic use in solid states (e.g. charcoal) liquid (e.g. gasoline), or gas (e.g. methanol). New methods are producing more environmentally-responsible fuels such as ethanol or sustainable aviation fuel (SAF) that reduce the reliance on fossil fuels.
How fuels came of age with the combustion engine
Secondary fuels were developed with the arrival of the combustion engines. In fact, early refineries used to discard petrol as a waste material until technologies became efficient enough.
Today, most industrial applications, from trains to factory generators, rely on diesel compression engines. Concern over the ecological impact of diesel and limited raw resources, however, is encouraging sectors to pivot to sustainable alternatives such as biodiesel.
Revolutionizing power with the fuel cell
The combustion engine has literally propelled the industrial transformations in the last two centuries. The future, however, is looking to rely less on combustion and more on electrochemical reactions. Enter the fuel cell.
Fuel cells are versatile technologies that leverage hydrogen to generate electricity and power. The cells are more efficient and, when green hydrogen is used, they emit no greenhouse gases. The only discharges are heat and water, which can both be harvested for other applications.