Published by Todd Bush on July 29, 2025
BOSTON--Decarbontek, Inc., a leader in carbon capture and removal technologies, today announced the commercial availability of DCF-1 (De-Carbon Framework -1), a groundbreaking, low-cost, high-performance metal-organic framework (MOF) designed for scalable carbon capture. Available now at kilogram scale, DCF-1 marks a major step toward affordable, industrial-grade carbon management.
MOFs are porous crystalline materials composed of metal ions and organic linkers, renowned for their exceptionally high surface area and tunable pore structures. They are among the most promising materials for carbon capture due to their ability to selectively adsorb CO₂ with greater efficiency and lower energy requirements than conventional methods. However, their widespread adoption in carbon capture, utilization, and storage (CCUS) has been hindered by prohibitively high synthesis and processing costs—until now.
>> In Other News: Province Delivers $6.2 Million for Woody Biomass Solutions in Northwestern Ontario
DCF-1 is synthesized using zinc oxide and citric acid in water—a safe, sustainable, and patent-pending method developed by Decarbontek. This innovative material combines high CO₂ uptake efficiency with a non-toxic, low-cost production process, making it ideal for point-source carbon removal, direct air capture, and industrial decarbonization. Zinc oxide and citric acid are each produced in quantities exceeding several million tons annually, thereby mitigating concerns related to supply chain reliability.
"With the launch of DCF-1, we’re setting a new standard for carbon capture materials," said Dr. Yong Ding, Founder and CEO of Decarbontek. "It’s cost-effective, easy to manufacture, and highly efficient—making carbon capture accessible across industries. We anticipate DCF-1 will cost approximately 10/kg at full-scale production, comparable to common molecular sieves."
DCF-1 is available immediately in kilogram-scale quantities, enabling pilot projects, academic research, and commercial deployments seeking sustainable and scalable carbon capture solutions.
For ordering information or technical specifications, visit www.decarbon.tech or contact info@decarbon.tech.
Decarbontek, Inc. is a vertically integrated technology provider focused on enabling global decarbonization through innovative, scalable, and sustainable solutions. Its mission is to accelerate the transition to net-zero by developing cutting-edge materials, equipment and engineering processes that make carbon capture and removal economically viable and environmentally responsible.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 🚪 Honda Exits Fuel Cell Partnership as Hydrogen Pivots ♻️ A Breakthrough That Turns Exhaust CO2 Into Useful Materials ✈️ FedEx Takes Delivery of SAF at Dallas Fort Worth and New ...
Inside This Issue 🔍 QIMC Hits 5,558 ppm Hydrogen in Nova Scotia Discovery 🏗️ Haffner Energy Launches the C-iC Modular Units Line to Unlock Financing for Mid-Sized Biofuel Projects 🌱 CF Industries,...
Inside This Issue 💰 Congress Preserves Carbon Management Funding in FY26 Bill Heading to Trump's Desk 🧪 HYCO1 Announces Three U.S. Patents Powering the Most Advanced Syngas Production Platform Thr...
FedEx Takes Delivery of SAF at Dallas Fort Worth and New York–JFK International Airports
In 2025, FedEx deployed blended SAF for the first time at five major U.S. airports. MEMPHIS, Tenn., Jan. 29, 2026 – FedEx introduced sustainable aviation fuel (SAF) at two more U.S. airports towar...
Air Products (NYSE: APD), the world’s leading supplier of hydrogen, today announced that it was recently awarded supply contracts from the National Aeronautics and Space Administration (NASA) total...
Green Ammonia Demonstration Plant of JGC Begins Producing Ammonia Using Hydrogen From Asahi Kasei
Asahi Kasei Corp. is pleased to announce that a demonstration plant1 utilizing green ammonia production technology of JGC Holdings Corporation (JGC) began producing ammonia in January 2026, using h...
A Breakthrough That Turns Exhaust CO2 Into Useful Materials
Summary: Scientists have created a device that captures carbon dioxide and transforms it into a useful chemical in a single step. The new electrode works with realistic exhaust gases rather than re...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.