UNSW to recommend NSW federal government on how to utilize excess wind and solar

UNSW Sydney will lead a new research consortium that will encourage the NSW government on the opportunities to foster new green fuel markets in the state, utilizing excess solar and wind power.

UNSW’s scientia professor Rose Amal will lead a research study group that will prepare a Power-to-X (P2X) Market Expediency Study, to be provided to the NSW Office of the Chief Researcher & & Engineer, on local opportunities for new energy conversion technologies.

The P2X study will check out how the excess power produced from New South Wales wind and solar projects set to be developed as part of the state government’s ambitious energy strategy can be used to produce fuels and chemicals like hydrogen, ammonia and methane.

“NSW has untapped sustainable energy capacity that provides exceptional opportunities to develop a P2X market at scale– to fulfill domestic and export demand for green energy. P2X uses chances for deep decarbonisation for hard-to-abate industries, regional advancement and financial investment tourist attraction, along with exporting sustainable energy to overseas markets via hydrogen providers,” professor Amal stated.

“Nations such as Germany, Japan and South Korea are already looking for partners and places in Australia for sustainable hydrogen production, to export to their particular nations. NSW has all the ingredients needed for a future hydrogen economy and an unusual chance to lead the P2X advancement. However we should act urgently and buy the innovation and begin building capabilities now, to guarantee we capture this huge opportunity for our state and our country.”

The P2X research study consortium will unite scientists from UNSW, the University of Newcastle, University of Wollongong, University of Sydney and the CSIRO.

The group will interact to offer recommendations to federal government on how brand-new technologies can be used to broaden the state’s energy storage capabilities, and the capability to utilize fuels obtained from wind and solar in production.

Professor Amal has actually supervised the UNSW’s research into new hydrogen technologies, including methods for producing ammonia, an essential fertiliser and a promising medium for hydrogen storage, using simply air, water and renewable resource as an input.

NSW chief scientist and engineer Hugh Durrant-Whyte said the feasibility research study would be essential to growing the state’s green hydrogen abilities, which could drive even more reductions in greenhouse gas emissions in markets beyond the electrical energy sector.

“There is an existing demand for hydrogen and a growing market for other P2X items overseas, in NSW and throughout Australia,” professor Durrant-Whyte stated. “Transport, electrical power and gas markets are also actively exploring P2X services to decarbonise procedures and items in NSW.

“A local P2X industry could play a significant function in NSW’s target of net absolutely no emissions by 2050 and develop hundreds of jobs. We require instant, targeted and coordinated financial investment in these technologies to satisfy our financial and ethical responsibilities to decarbonise.”

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