From pv journal Australia
H2C mentioned the Goondiwindi Hydrogen undertaking has moved into the procurement and development section, following the announcement of a monetary funding determination and the formal execution of a 20-year settlement with the Goondiwindi Regional Council.
H2C mentioned the brand new hydrogen manufacturing facility will use energy generated from a 2.5 MW photo voltaic array and wastewater from the Goondiwindi wastewater remedy plant (WWTP) to provide inexperienced hydrogen by means of electrolysis with early estimates exhibiting that the ability can produce as much as 1,350 tons of renewable hydrogen. yearly.
Whereas a lot of the preliminary output is earmarked for home prospects together with agricultural and heavy trade customers, H2C, which can handle the undertaking’s hydrogen manufacturing and gross sales, mentioned it’s now ready to Affirm provide preparations for different companies, governments and undertaking consortia that want inexperienced hydrogen.
“For the reason that majority of inexperienced hydrogen initiatives presently in growth don’t provide the native retail market, H2C is in a novel place to debate options that can be utilized to provide companies and initiatives situated alongside the east coast of Australia,” the corporate mentioned. “Whereas many of the provide for the primary phases of the undertaking has already been secured for Goondiwindi locals, H2C has the power to quickly improve inexperienced hydrogen manufacturing to satisfy further necessities. Pending quantity necessities, this provide might start within the first quarter of 2024.
H2C mentioned development of the Goondiwindi Hydrogen undertaking will start subsequent month. It’s deliberate to be obtainable earlier than the top of the yr.
Brisbane-based H2C mentioned combining a inexperienced hydrogen manufacturing facility with a wastewater remedy plant helped overcome points associated to securing water provide. About 9 liters of water are wanted to provide 1kg of inexperienced hydrogen by means of electrolysis, with 8 kg of oxygen as a byproduct.
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