HEADLINES ARCHIVE
A system for larger-scale hydrogen production
The Stack 250 can produce around 100 kg/day of high-purity hydrogen and is easily combined into larger units.
A sewage ‘superhighway’ takes shape in Singapore
A superhighway of underground tunnels is under construction to help Singapore fulfill its water supply and reclamation services.
Perfect hold — even at over 100 bar
Freudenberg Sealing Technologies presents an elastomer-based sealing solution for carbon dioxide air-conditioning compressors.
Arburg at Interplas 2026: Pioneering trends for the British and Irish plastics industry
This marks the first time Arburg’s new standard electric Allrounder Trend machines will be on show to a large trade visitor audience in the U.K.
Fracking and geologic hazards: Does fracking cause earthquakes or sinkholes?
Discover why hydraulic fracturing is not considered a major cause of felt earthquakes.
Depleted oil fields repurposed for hydrogen supply
The commercialization and global deployment of subsurface hydrogen production from depleted oil and gas reservoirs advances in a collaborative effort involving Eclipse Energy and Wood.
EmissionVision to automate advanced gas leak detection
This new workflow management platform simplifies adoption of advanced gas leak detection.
Emerson to showcase fit-for-purpose valves and regulators at Industrial Valve Summit 2026
Reliable valve piloting for faster and more efficient operations and explosion proof valve solutions for hazardous area compliance will be on display.
Bottled lightning turns methane into liquid fuel
Bursts of plasma convert methane into methanol without the high heat and pressures required in current industrial processes.
Zero-liquid discharge: From niche technology to industrial necessity
ZLD is becoming an increasingly attractive option as water scarcity and stricter regulations put pressure on municipalities and industries to recover and reuse as much wastewater as possible.
Waste plastic to fuel future flights
A new facility will consume some of the 5 million tons/year of waste plastics generated in the U.K. alone and yield an ecologically sound aviation fuel.
ULVAC establishes Japan-based production for rare Earth magnet vacuum melting furnaces
To keep pace with orders for its continuous vacuum melting furnaces dedicated to rare Earth magnets, ULVAC has decided to establish a new production system for these furnaces in Japan.
How sewage treatment plants could handle food waste, sparing landfills and the climate
Sending such waste to wastewater treatment facilities instead of landfills can reduce greenhouse gas emissions while capturing biogas and organic matter for reuse.
Arburg at Plastpol 2026: Allrounder Trend to be seen in Poland for the first time
On display: an Allrounder 1800 e Trend with a Multilift Select -- a linear robot system that produces spatulas -- and the automated hybrid Allrounder 470 H producing drinking cups.
Design tradeoffs in electrifying industrial HVAC systems
Because electricity delivers energy at lower thermal gradients than fossil fuels, system design must prioritize heat recovery and thermal storage.
How all-electric subsea actuation is eliminating hydraulic infrastructure
While recent developments have proven all-electric systems work in new-build projects, efforts are also underway to make the technology adaptable for existing fields.
Extended bonnets from MPI go deep
These bonnets are deployed when a valve or gate must be operated from a distance above, due to structural, buried or submerged conditions.
Very much in demand in Asia: Premiere of Allrounder Trend and complete solutions
The Asian premiere of the Allrounder Trend electric standard machines caused quite a stir, as did the new Gestica lite basic control system.
Clean-in-place systems get leaner, meaner with automation
There is a quiet change occurring in CIP technologies. In modern facilities, the system is expected to demonstrate that cleaning conditions were achieved and maintained.
Green hydrogen from solar power: Electrolysis at industrial scale
Green hydrogen is made by splitting water using renewable electricity, as opposed to traditional hydrogen derived from steam methane reforming, which releases a lot of carbon dioxide.