Inflation from increasing costs of materials, labour and services have forced Hazer Group to increase estimates of the likely cost of its demonstration plant to produce hydrogen from biogas in Perth.
The project at the Western Australian Water Board’s Woodman Point wastewater treatment plant was originally costed at $16.7 million and this was later raised to an estimated $22 million.
The company, which has previously reported delays due to fabrication and materials issues, now believes final costs will rise by a further $1 million to $3 million.
Hazer’s process will convert methane in waste gases into hydrogen and graphite, capturing some carbon produced in the chemical reaction, though not fully eliminating greenhouse gas emissions.
Hazer told investors construction of its 100 ton per annum demonstration plant was now fully underway with structural, mechanical and piping (SMP) advancing with good progress.
Installation of mechanical equipment packages and construction of the main structural frame were also underway.
Hazer said costs had also increased due to design changes designed to ensure safe operation of high-temperature sections of the plant.
“This reflects the first of kind nature and the technical complexity of our plant.”
Hazer said it was fully funded to complete construction and commissioning as well as ongoing engineering studies.
The company is simultaneously progressing engineering studies for large, first-generation commercial Hazer facilities.
Picture: Hazer pilot plant
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The statement:
“though not fully eliminating greenhouse gas emissions.”.
Is not correct. When the Hazer process is used with biogas it is in fact carbon negative. The carbon in organic matter comes from CO2 in the atmosphere, and when the biogas produced by this organic matter is processed using the Hazer process, it converts it directly to graphite (carbon) with no CO2 production. So far from producing any CO2, the net result, is in fact a reduction in CO2, by permanently removing carbon from the biosphere, that through decomposition would eventually return to CO2 in the atmosphere . Not to mention that the capture and removal of methane is one of the most effective methods of reducing global warming, as methane is a much more potent greenhouse gas.