Customized chemistries for increased and accelerated CO2 precipitation & mineralization in every type of Carbon Storage System, including CCUS, DAC, and low-Carbon or CO2 hardened concrete
| High Performance | Low Cost | Low Footprint | 100% Biodegradable |
Improving CO2 storage with new patent-pending chemistries
Safe and easy-to-implement chemistries used in ppm levels that improves both the rate and quantum of CO2 precipitation by 20% or more, without requiring additional energy or systems redesign. With applications customized to each client partner in:
Carbon Capture, Utilization & Storage (CCUS)
Direct Air Capture
Concrete & Cement Aggregate-based CO2 Capture
Substantial benefits
Larger tax breaks and/or carbon credit revenues
With other potential benefits such as:
Reduced energy costs per metric ton of CO2 stored
Reduced maintenance costs per metric ton of CO2 stored
Increased strength and lower water usage (in concrete applications)
News & Updates
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Team
Karthik Karathur
10+ years of experience building businesses
Ex-McKinsey
Inventor and co-Inventor of 30+ patents
MS, Georgia Institute of Technology
Amir Mahmoudkhani
Head of Offshore Tech & Innovation at Jacam Catalyst
Member of Industry Joint Research Programs (JIPs)
Inventor and co-Inventor of 40+ patents
Ph.D. in Materials Chemistry, University of Sweden
Enhance your carbon storage
Get in touch today for more information about how Mineraccel can improve your carbon storage
About Mineraccel
A couple of years ago, we worked on creating a green chemistry for a very low-Carbon cementitious material that a client was developing. What we were developing could have replaced multiple additives and still outperform the best-in-class in the market. However, without resources and other corporate priorities, we could not finish our work.What if?
But inspired by some of our discoveries, we have since pushed the developmental thought process in a new direction on our own - what if, instead of helping to create lower carbon cementitious material, we could instead increase the amount of CO2 that most types of concrete could absorb?And if we could increase the quantum, could we also increase the rate of absorption?What if we could expand that to any CO2 capture or storage medium such as membranes, sorbents or absorbents, or minerals such as brucite, basalt, dolomite or limestone, where mineralization timescales are long?What if we could also promote uniform precipitate dispersion in the water/alkaline medium, which allows for a whole host of advantages for the operator around energy use reduction, improved filtration, and reduced maintenance costs?Mineraccel's Customized Chemistries
The answer to all of the above is a set of chemistries that we have developed and patented that show substantial improvements over the current status quo technologies, as well as being more cost effective. We are excited to bring these solutions to today’s carbon removal technology pioneers - augmenting the critical work they are engaged in to make the world a better place.