hydrogen

This paper provides an overview on low-carbon-intensity technologies that are instrumental to the decarbonization of the energy industry. While hydrogen is the most promising low-carbon-intensity energy vector, substitute natural gas is the most promising and immediate solution among the hydrocarbon-based fuels.

China will launch renewables-to-hydrogen projects in Inner Mongolia this autumn intended to transform the coal-bearing region into a renewables hub.

For some, the payoff for going green can be astronomical. Others can rest assured that they will be well positioned in the transition.

Of the more than 1,100 professionals questioned by DNV, nearly three-quarters said that the goals of the Paris Agreement will not be possible without a large-scale hydrogen economy and that infrastructure is a major challenge.

Norway appears to be taking a dual approach to energy transition. In its just-released energy white paper, the Norwegian government says it is committed to producing renewable energy and bolstering its power grid but isn’t willing to halt development of its oil and gas resources.

Wind power could make it possible to produce hydrogen without emitting greenhouse gases as cheaply as is currently feasible with fossil fuel energy by 2030, turbine maker Siemens Gamesa said in a white paper released recently.

The duo plans to launch projects that will lead to commercialization of applications and products, initially focusing on solid oxide fuel cell technology and lightweight gas-turbine technology.

Green hydrogen is currently dominating the energy transition conversation. But will it dominate the future market for clean energy?

Trying to stay up to date about developments aimed at energy transition efforts in our industry? This roundup of newsmakers is a sampler of some recent announcements.

It has been a busy month so far for the oil and gas industry’s venture capital groups. Find out which operators are making moves and which technology developers are turning heads in this latest roundup.