Search Results | Showing 41 - 50 of 101 results for "hydrogen" |
| | | ... retiring or leaving the industry. The plant is set to be replaced by clean energy projects in the region, including a hydrogen power plant. This will "make the transition more about making the best of an opportunity, rather than minimising the downside," ... |
| | | | ... (LNG) in the $5.6bn Barossa gas project through carbon capture and storage (CCS) technologies, and "eco-friendly" blue hydrogen. The wording was subsequently altered to "low-carbon". "Language, such as 'eco-friendly' and 'carbon-free,' while omitting ... |
| | | | ... shutting the most-polluting plants first, average renewable buildout of 5.5 GW per year between 2024 and 2034, and credible hydrogen uptake starting in the early-mid 2030s. "Coal closures must be balanced with a practical view on building replacement ... |
| | | | ... also look to enable the deployment of alternative fuels and zero emissions transport technologies including electric and hydrogen, a supplier engagement programme to support vendors with carbon accounting and target setting, reducing the volume of waste ... |
| | | | ... needs to be scaled up rapidly. Early uptake and integration of renewable electricity, electrification, and use of green hydrogen to substitute for other fuel sources can help Australia achieve competitive costs for reliable decarbonised energy, the report ... |
| | | | ... with Germany for Vast Solar's Solar Methanol production plant which consists of a 10 MW electrolyser producing green hydrogen for solar methanol production. Electricity and heat generated by VS1 will be used to power the electrolyser. The Australian ... |
| | | | ... improvements to be made through our production processes over time (including ultimately the transition from carbon-based hydrogen (methane-backed) to green hydrogen over time)." The update of an ESG data platform is related to the company's $37 million ... |
| | | | ... products in some of the most carbon-intensive sectors: iron and steel, cement, fertilisers, aluminium, electricity and hydrogen, as well as some precursors and a limited number of downstream products. Indirect emissions would also be included in the ... |
| | | | ... products in some of the most carbon-intensive sectors: iron and steel, cement, fertilisers, aluminium, electricity and hydrogen, as well as some precursors and a limited number of downstream products. Indirect emissions would also be included in the ... |
| | | | ... transition fuel," Sahely said. "It is much cleaner and it has significant efficiency." There is strong interest in both hydrogen and carbon capture and storage, but it is still a speculative space. "We think about hydrogen and carbon capture as not yet ... |
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