PowerHouse Energy Group Plc “Siting of G3-UHT unit at Thornton Science Park” says Keith Allaun

PowerHouse Energy Group Plc (LON:PHE), the company focused on ultra high 
temperature gasification waste to energy systems and the creator of Distributed 
Modular Gasification© (DMG), has told DirectorsTalk that it has now moved its 
G3-UHt unit to Unit 99 at the Thornton Science Park, operated by the University 
of Chester. 
 
The relocation of the G3-UHt unit follows the successful first phase of 
re-commissioning which recently delivered the production of synthesis gas 
("syngas"). As previously announced, PowerHouse has secured a two year lease of 
a purpose built emission laboratory, together with offices, at Thornton Science 
Park which will provide both testing capabilities and provide a base to 
showcase its technology to potential customers. 
 
Thornton Science Park is a major research and innovation hub and was formerly 
the Shell Technology Centre. It is an emerging centre of excellence for the 
energy, engineering and advanced manufacturing industries, so is the ideal 
location for PowerHouse. 
 
Keith Allaun, Executive Chairman of PowerHouse, said: "The relocation of the 
G3-UHt unit to Thornton Science Park Unit 99 will serve the Company well as we 
continue the development of its automation processes at this new facility. We 
look forward to demonstrating the technology of the G3-UHt unit to interested 
parties and the public over the coming months, as we begin our journey to 
commercial success. Distributed Modular Gasification© is a highly disruptive 
philosophy and one that will change the waste-to-energy market significantly. 
We foresee Unit 99 being the hub of tremendous activity and innovation for the 
future of PowerHouse."
Click to view all articles for the EPIC:
Or click to view the full company profile:
    Facebook
    Twitter
    LinkedIn
    Powerhouse Energy Group Plc

    More articles like this

    What is DMG?

    Distributed Modular System (DMG) technology can: convert unrecyclable plastic into high-grade hydrogenfor use as a transport fuel generate power for exportby private wire or to the grid Powerhouse Energy Group PLC (LON:PHE) has developed the innovative

    The future of waste-to-energy technology

    We produce over 2 billion tons of waste per year, a number that’s expected to grow by 70% by 2050. We’ve long sought ways to turn all this waste into energy, but this has usually meant

    Progress made on plastic to hydrogen sites

    The development of hydrogen production from waste plastics sites across the UK is set to accelerate following a supplemental collaboration agreement between PowerHouse Energy Group and Peel Environmental signed yesterday. The collaboration will focus on the

    Waste to Energy

    Waste to Energy (WTE), is a term that is used to describe various technologies that convert non-recyclable waste into usable forms of energy including heat, fuels and electricity. WTE can occur through a number of processes such

    Waste to energy capacity continues to grow in Europe

    Waste to energy is still a growth market in Europe. The number of facilities commissioned is set to rise in the years ahead, the consulting firm Ecoprog announced at the publication of the latest edition of

    Meet Waste2Tricity

    Whether buying sliced ham in a black plastic tray or high-value gadgets cosseted in polystyrene, taking an environmentally-friendly route when disposing of the vast array of packaging we’re bombarded with can often seem akin to navigating a minefield.