Teverra CEO Joins Global CCUS Leaders at Japan Energy Summit to Chart Path for Asia’s Decarbonization

Teverra’s CEO, Dr. Hamed Soroush, was honored to join a distinguished panel of global leaders at the Japan Energy Summit & Exhibition on June 18, 2025, at Tokyo Big Sight. The event convened senior decision-makers across the energy, finance, and technology sectors to explore actionable strategies for accelerating the energy transition across Asia-Pacific.

Dr. Soroush participated in the high-profile session, "Harnessing CCUS: Transforming Asia’s Industrial and Energy Sectors", which addressed the emerging role of Carbon Capture, Utilization and Storage (CCUS) in decarbonizing hard-to-abate sectors and supporting blue hydrogen production. The panel examined how competitive cost structures, engineering innovation, and government policy are shaping CCUS deployment across the region—potentially enabling over three gigatons of CO₂ abatement per year by 2050.

Other panelists included:

• Rob Cooper, VP, Asia, Strategic Corporates & Partnerships – bp

• Dr. Tomomi Yamada, Managing Executive Officer – JAPEX

• Nora'in Md Salleh, CEO – PETRONAS CCS Solutions

• Mads Gade, CEO – INEOS Energy Europe

• Satoshi Kanamori, Managing Executive Officer – “K” Line (Kawasaki Kisen Kaisha, Ltd.)

The session was moderated by Stephanie Chiang, Senior Research Analyst for CCUS at Wood Mackenzie.

“It was a privilege to join such an esteemed group of leaders,” said Dr. Soroush. “The future of CCUS in Asia hinges not only on technology and policy alignment, but also on the ability to turn ambition into cost-effective, scalable implementation. Teverra is proud to contribute its subsurface innovation and global project experience to help realize that future.”

Teverra continues to support decarbonization through its expertise in carbon storage site development, monitoring technologies, and geomechanical risk mitigation. The company remains committed to advancing commercially viable solutions that unlock both environmental and economic value across the energy value chain.