Making Fuel from Water
How electrolytic hydrogen can help power our future
Features - Energy
Clean Hydrogen: Part 2
Other methods of producing hydrogen, not from natural gas
Japan: Taking a Lead in Hydrogen
Japan has identified hydrogen as the answer to the energy problem, both for transportation and in...
Why Hydrogen?
THE cheap, abundant and seemingly limitless energy supply of the 20th Century driven by fossil fu...
Informing Debate
Adam Duckett introduces the Clean Energy SIG's series on hydrogen
Energy Saviours: Part 2
As a follow up to the feature “Energy Saviours” (issue 927, September 2018), this article explore...
Energy Saviours
Ways for operations and design engineers to boost efficiencies
It’s a Gas, Gas, Gas
H21: why we need bold thinking for a greener, cleaner, low-cost future
Shale Gas: Friend or Foe?
An overview of the scientific and technical challenges that have surfaced because of shale gas
A Battery Olympics
Getting around the limitations of battery devices with clever ways of teaming different technolo...
Get Ready
Chemical engineers: start answering climate change questions now
Ban the Steam Engine and Build Ten Hinkleys
As products improve and prices fall, the take-up of petrol-electric hybrids and 'pure' electric v...
Carbon Capture or Kettle Smart?
Why energy efficiency is a much smarter way of reducing carbon and other harmful air emissions th...
CCS: Why bother?
Carbon capture and storage costs money, so why bother? On the CCS Safari, Helen Tunnicliffe found...
A Concentrated Effort
A collaborative project is underway to develop technology and expertise in concentrated solar power.
Recent Editions
Catch up on the latest news, views and jobs from The Chemical Engineer. Below are the four latest issues. View a wider selection of the archive from within the Magazine section of this site.
