LONDON (ShareCast) - (ShareCast News) - PowerHouse Energy Group announced on Tuesday the completion of its system-wide testing program for the G3-UHt unit in Brisbane, Australia.
The AIM-traded firm's ultra-high temperature gasification reactor testing program has utilized feedstock which has included both shredded plastic and tyre crumble, and has successfully cycled the system repeatedly.

It said the nominal 1-3 tonne per day G3 unit has continued to operate as designed; gasifying the feedstock at temperatures above 1100 degrees Centigrade, generating synthesis gas (syngas), and cleaning and cooling the syngas, which can then be used for electrical generation or other fuel creation.

"This is a significant milestone for the Company, " said Keith Allaun, executive chairman of PowerHouse.

"We've been stress-testing all components of the G3, in a discrete and focused manner, over the past several months.

"Based upon our most recent operation of the complete system, we've reached the point that we can declare the successful conclusion of our formal testing program."

Concurrent with the testing of the G3, the company has completed the initial design and engineering plans of 100 TPD gasification modules, allowing for the easy bundling of the modules into 400 TPD systems.

Designed to operate in-line with each other, expansion of the systems is a linear step-function that enables the PowerHouse technology to be rolled-out into existing commercial transfer station and landfill operations.

"The rigorous process that the team has just completed, coupled with the engineering data that has been captured, has put us in a position to begin progressing commercial discussions with a number of parties over the next several months," stated Allaun.

The new G3 system will be permanently housed in a transportable container for shipment to sites throughout the world for on-site operation, demonstration, and data collection purposes.

Once installed into its in-situ operational container, and prior to shipment to prospective sites, additional third-party engineering validation will occur, and other feedstocks will be tested.

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