Published by Todd Bush on July 9, 2026
Modular, transportable design simplifies deployment and cuts cost and complexity
Mantel, a leading provider of energy-efficient and cost-effective carbon capture, today announced a Strategic Supply Agreement with Aalborg CSP, a leading specialist in thermal system engineering, to develop standardized plant designs for Mantel’s molten salt tank systems.
Under the agreement, Aalborg CSP will lead the development of a standardized plant design for Mantel’s molten salt tank systems, a key subsystem in Mantel’s high-temperature carbon capture technology platform. The collaboration is focused on creating a modular, road-transportable approach designed to streamline project execution via turnkey packaging of critical instrumentation, storage, and heating operations.
>> In Other News: Azzera to Integrate the Energy Web Verified Compute Cloud Into SAF POD to Solve Aviation’s Compliance Data Problem
A key focus of the partnership is shifting away from traditional stick-built construction toward shop-fabricated, modular systems that can be manufactured offsite and assembled more efficiently in the field. The companies expect this approach to address the most persistent challenges in carbon capture deployment: high capital costs, volatile supply chains, and construction complexity.
“Perfecting the core technology is only part of the equation in scaling carbon capture. The whole system must be transportable and repeatable, deployment after deployment," said Cameron Halliday, CEO of Mantel. “The deep expertise Aalborg CSP brings to this strategic collaboration helps us push toward a much more modular, lower-cost deployment model to deliver on the promise of carbon capture.”
The agreement builds on Mantel’s proven molten-borate carbon capture technology and leverages decades of molten salt system engineering and integration experience from world-class Aalborg CSP. The resulting design will give Mantel a standardized architecture that supports cost-efficient adaptation across commercial projects.
“We have spent years putting molten salt to work across demanding applications, and Mantel's carbon capture is a natural fit,” said Hammam Soliman, Executive PMO of Aalborg CSP. “By bringing that experience and our integrated plant design to Mantel's salt tanks, we can help turn a breakthrough carbon capture technology into a standardized design that can be built again and again, from concept to operating plant.”
The standardized salt tank design will serve as a foundational building block for Mantel’s commercial deployments, supporting integration into power generation, oil and gas, manufacturing, and other critical industrial sectors. To learn more, visit mantelcapture.com or email [email protected].
Mantel is the carbon capture company built for heavy industry. Our high-temperature, liquid-phase carbon capture system uses a proprietary molten-borate that integrates directly into industrial operations. Mantel’s system reduces energy losses by 97% and operates at less than half the industry-average cost per tonne. Backed by leading global energy investors, including Shell, Eni, and bp, Mantel is deploying across power generation, oil & gas, pulp & paper, chemicals, and other critical sectors. For more information, visit mantelcapture.com.
Aalborg CSP is a Danish engineering and consulting firm specializing in thermal energy systems for energy and industrial decarbonization. Drawing on close to four decades of thermal engineering experience and active R&D, the company works with energy producers, industrial operators, and technology developers on some of the most complex thermal integration challenges in the energy transition, across coal transition, nuclear (SMR), oil and gas, renewable energy, and industrial heat applications. Aalborg CSP operates from offices in Denmark and Spain. For more information, visit: www.aalborgcsp.com
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 🌱 Mombak Beat Google's 2028 Carbon Deadline by Two Years 🛫 China's First SAF Compliance Service for Foreign-Registered Business Jets Successfully Implemented ✈️ UMeWorld Advances...
Inside This News ⚡ IRS Expands and Extends 45Q Safe Harbor, Offering Long-Term Certainty to Carbon Capture Projects 🌊 South Korea Signs MoU for 320MW Green Hydrogen Complex 🌱 Senken and Carbonsate...
Inside This Issue 📋 GAO Report Flags Oversight Gaps in 45Q Carbon Capture Credit 💰 Google Opens 2026 R&D Awards Offering $6M+ for Carbon Removal and Superpollutant Research 🌍 NEOM Green Hydrog...
MISSISSAUGA, Ontario, Aug. 18, 2026 /PRNewswire/ -- Next Hydrogen Solutions Inc. is pleased to announce that it has completed a Basic Design Engineering Package (BDEP) for a planned 10 MW fueling s...
Syzygy Plasmonics and IFC Partner to Advance Sustainable Aviation Fuel Projects Across Latin America
Framework agreement supports the development of Syzygy's SAF project pipeline in Latin America, beginning with its first planned commercial-scale facility in Uruguay. Syzygy Plasmonics, a leader i...
Issues Request for Interest to Shortlisted EPC Contractors and Launches Competitive Dual-FEED Strategy Following Initial Feasibility Findings MIAMI, Aug. 18, 2026 (GLOBE NEWSWIRE) -- UMeWorld Limi...
China's First SAF Compliance Service for Foreign-Registered Business Jets Successfully Implemented
Recently, China's first SAF (Sustainable Aviation Fuel) compliance service for foreign-registered business jets was successfully implemented at Beijing Capital International Airport in China. Sin...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.