Converting Waste to Clean Thermal and Electrical Energy
Downdraft Gasification technology is being deployed at an ever increasing rate globally as more customers begin to realise the strong financial benefits obtainable and superior environmental outcomes it delivers. Whether you are aiming for superior energy sustainability, addressing accumulating waste reduction or simply looking to reduce your carbon footprint, our offerings of patented, commercialized industrial-grade gasification and downdraft gasification systems enable you to deliver a sustainable cleaner future. Being fully scalable and offering base load power, these systems are custom-designed and so are built “fit for purpose” to accommodate each customer’s specific needs. In addition, we offer full management services, enabling continuous operation and maintenance on an ongoing basis.
True Green Energy Production
The production of clean renewable energy has been achieved using a variety of biomass and/or industrial waste feedstocks. To date, these have included both blended and 100% biomass feedstocks which have been converted to either syngas to power Organic Rankine Cycle (ORC) engines, steam generators or by refining the syngas so it can be used in conventional Internal Combustion Engine (ICE) technology.
Clean Conversion of Waste
Backed by over 30 years of product development and physical deployment, the technology delivered in the Downdraft Gasifiers ensures a high-temperature process, often referred to as a Thermo Chemical process, efficiently converts the waste. This process takes place in a computer controlled environment which limits the amount of available oxygen. This ensures the reaction reaches and maintains a steady state which provides a consistent output of just two compounds:
Burning and Incineration are NOT associated with our Downdraft Gasification technology offerings. These issues are hallmarks of old, out-dated methodologies and processes that made claims of being clean waste to energy systems. Such systems burn or incinerate large volumes of waste and in doing so generate high levels of toxic emissions that require constant and expensive monitoring and cleaning. In addition they produce a waste product which typically has little no value and so ends up in landfill. Then there are those gasification systems that scrub or clean their gas with water systems, that simply creates another issue as you now have a waste water that needs to be treated.
Feedstocks