SECTIONS

HomeArticlesPodcastsJobs

Norway waste-to-energy plant inaugurates first canopy by T.E.N Carbon Capture unit

Photo // Technip Energies

May 28, 2026

BY Technip Energies

Advertisement

Advertisement

Related Stories

KBR technology selected for Northern Europe's largest SAF and e-SAF plant

Article image

By KBR

June 11, 2026

Utilization 

KBR's PureSAF technology has been selected by NorSAF for a sustainable aviation fuel and e-SAF production facility in Latvia that is expected to become the largest of its kind in Northern Europe. The plant is planned to produce 100,000 tons of fuel annually beginning in 2030.

Read More

Direct air capture, e‑methanol production and CO₂ electrolysis technologies from Italy, France and the U.S. won the “Best CO₂ Utilisation 2026” award after a live vote at an international CCU conference, underscoring rapid progress in turning captured carbon into fuels and chemicals.

Read More

Digital measurement and integrated data systems are shaping the success of CCUS projects by improving emissions visibility, reducing risk and enabling more confident design, operation and investment decisions.

Read More

Comprehensive data from Ethanol Producer Magazine’s U.S. and Canada Fuel Ethanol Plant Map reveals a rapidly evolving carbon capture, utilization and storage (CCUS) landscape, with more than 130 projects spanning multiple capture, transport and storage pathways.

Read More

Foxconn and Pace CCS have launched a partnership to advance carbon capture and storage (CCS) technology by combining Foxconn’s precision manufacturing expertise with Pace CCS’s specialized design knowledge. The collaboration includes a new laboratory to test a chemical scavenger, already used in other industries, aimed at preventing corrosive reactions in CO₂ streams that can damage CCS infrastructure. Carbon capture is critical to achieving net-zero emissions, with global demand estimated at eight billion metric tons of CO₂ annually, requiring trillions of dollars in investment. Corrosion, erosion, and clogging caused by chemical reactions in CO₂ streams, including the formation of sulfuric and nitric acids, remain key technical challenges for the sector. Matthew Healey, managing director of Pace CCS, said the solution could turn a major technical challenge into a manageable operational expense, accelerating CCS deployment worldwide. Foxconn Chief Environment Officer Ron R. T. Horng added that the collaboration demonstrates how cross-industry partnerships can drive meaningful progress against climate change.

Read More

Upcoming Events

Sign up for our e-newsletter!
BBI International Logo

@ Copyright 2026 - BBI International - All rights reserved.