Tag: hydrogen

Scientists at UNSW Sydney have devised a new technique to improve the efficiency and cost of hydrogen fuel cells in a push to increase access to clean fuel.  

Bosch, a global technology and service provider, is ushering in the hydrogen era of mobility by ramping up commercial manufacturing of its fuel-cell power module at its Stuttgart-Feuerbach facility. 

The Federal Government has allocated $32.1 million to Rio Tinto through the Australian Renewable Energy Agency (ARENA) to help the firm in establishing a hydrogen facility in Gladstone, Queensland. 

Three University of Adelaide-led projects have received government funding from the Cooperative Research Centres Projects (CRC-P) program to help create new styles of wine, explore renewable natural hydrogen and recover critical minerals.

ASX-listed Australian Vanadium Limited (AVL) has executed a $49 million collaboration grant agreement with the Commonwealth of Australia to support the Australian Vanadium Project – one of the most advanced critical mineral vanadium projects being developed globally.

Singaporean infrastructure giant Keppel has partnered with Incitec Pivot to explore the feasibility of building a green ammonia production facility in Gladstone, Queensland. 

CSIRO is leading an Australian-first project to develop an easily deployable device to produce hydrogen directly at the point of consumption in a push to reach net zero emissions by 2050.

Deakin University’s hydrogen program Hycel has partnered with PACCAR Australia in research that would develop zero-emissions solutions for the domestic heavy haulage market using the hydrogen prime mover in Australia. 

The Queensland government announced new legislation that aims to support the state’s booming renewable energy industry with $33 billion in economic activity as well as the creation of up to 10,000 jobs. 

Making automobiles lighter is one of several techniques to reduce the energy necessary for transportation. In particular, high-strength (HS) steels are ideal candidates for this application because their higher weight-to-strength ratio allows for the use of less metal to achieve comparable structural integrity.