Pulsar Helium discovers up to 13.8% helium concentrations in Minnesota well
Pulsar Helium has received results from gas sample tests from its Jetstream #1 apprasial well in Minnesota, revealing helium contents of up to 13.8%.
We consider the impact of electrolysis pressures on water. For each kg of green hydrogen produced, 9–10 litres of water are consumed, which equates to around 200 litres of water per MW of electrolyser capacity.
Pulsar Helium has received results from gas sample tests from its Jetstream #1 apprasial well in Minnesota, revealing helium contents of up to 13.8%.
Carbon dioxide (CO2) is a critical component in various industrial processes, serving as an essential ingredient in sectors ranging from food and beverage to pharmaceuticals and electronics manufacturing.
UK-based cleantech firm Levidian has won a Statement of Feasibility for its LOOP technology by independent energy expert and assurance provider DNV.
A new joint venture launched by global chemicals and energy company Sasol in partnership with low carbon technologies firm Topsoe promises to accelerate the development and delivery of sustainable aviation fuels (SAF).
A newly signed trade pact between the UK and Texas, the second largest US state, is set to prioritise innovative energy solutions, such as hydrogen and carbon capture.
Hydrogen is now emerging as a vector of clean energy delivery with genuine interest and investment worldwide as governments and businesses seek to develop this budding industry as part of their energy transition goals.
Industrial gas giant Air Liquide has signed a deal to divest its activities in 12 African countries to investment firm Adenia Partners.
Heidelberg Materials is modernising its Airvault cement plant in France’s New Aquitaine Region with the aim of capturing 1 million tonnes per annum (Mtpa) of carbon from 2030.
Ammogen consortium partners recently gathered at Tyseley Energy Park (TEP) to mark the launch of what is claimed to be the world’s largest ammonia to hydrogen conversion project, which will deliver 200kg per day of transport-grade hydrogen.
Technology and Earth science speciality CGG has launched a worldwide natural hydrogen screening project that aims to identify and ‘high-grade’ areas for natural hydrogen exploration.