Transforming Carbon Into Innovation
We’re pioneering carbon conversion: low-energy, carbon reduction, economic feasibility.
Unlike traditional capture methods, our platform directly turns CO₂ into valuable chemical products at ambient conditions — unlocking new possibilities for net-zero manufacturing.
The Problem with Traditional Carbon Capture
Legacy solutions are energy-intensive, complex, and hard to scale.
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Most systems require high temperature (>100°C) and pressure (>20 bar), increasing operating costs and emissions.
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Desorption of the absorbed CO₂ is essential - requiring additional energy.
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Only a portion of captured CO₂ is converted into useful products; much is wasted or stored indefinitely.
*2.4 GJ/ton is needed to capture CO₂ → 75% spent on desorption
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Traditional systems are large, rigid, and hard to integrate into existing production lines or small facilities.
Carbon
Conversion
Breakthrough
Carbon Conversion Breakthrough
Our Breakthrough in Carbon Conversion
We’ve built a dual-platform solution that redefines carbon capture : turning emissions into assets in real-time.
Patents
Polyalkylene carbonate and its manufacturing method 10-2025-0011573
Method for producing environmentally friendly alkylene carbonate 10-2025-0011646
Cyclic carbonate production method for low-energy greenhouse gas reduction using organic catalyst 10-2025-0036614
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Real-Time Reaction
Converts CO₂ instantly at the point of emission.
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Low Energy Demand
Operates at ambient conditions with up to 60% energy savings.
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Modular & Scalable
Seamlessly integrates across industries and facility sizes.
Platform A : RCC(Reactive Capture of CO2)
A real-time platform that eliminates regeneration — redefining how carbon is captured and used.
RCC technology captures and reacts CO₂ on-site at mild condition. — no desorption step, no excess energy required. No desorption, No storage, No transport. Just immediate conversion into valuable products.
Key Benefits
• Very Low Energy operation
• Skip energy-intensive desorption/storage
• Ready for integration with poin-source CO₂ emitters
Platform B : LEC (Low-Energy CO₂ Conversion)
Turning captured CO₂ into high-purity cyclic carbonates — with minimal energy input and maximum product value.
Our LEC technology converts CO₂ into valuable materials using proprietary catalysts. It delivers high yield and purity with exceptional compatibility across epoxides.
Key Benefits
• 95%+ product yield with over 99% purity
• Captured CO₂ + epoxide → cyclic carbonate @ 60–70°C, ≤3 bar
• Flexible to different epoxides and product lines
Two Technologies. Infinite Possibilities.
Both RCC and LEC are designed to maximize CO₂ utilization — for different environments and applications.
Platform A: RCC
Feature
Platform B: LEC
60–70°C, ≤3 bar
One Step process with organic catalyst
High-purity cyclic carbonates
Ideal for chemical synthesis routes
Medium (requires reactor conditions)
Operating Conditions
CO₂ Capture & Reaction
Product Output
Industrial Integration
Modularity & Deployment
Mild Temp & Pressure
On-site, real-time step
Direct-to-product conversion
Ideal for point-source emissions
High (onsite, compact)
RCC is Best Suited For
• On-site carbon conversion at emission points
• Distributed manufacturing environments (e.g. remote facilities)
• Real-time CO₂ valorization in compact spaces
• Decentralized, modular systems needing plug-and-play integration
LEC is Best Suited For
• Industrial-scale chemical synthesis
• Sustainable production of high-purity cyclic carbonates
• Centralized facilities with mild thermal infrastructure
• Applications requiring precision material properties (e.g. coatings, solvents)
Industry Applications
1. Specialty Chemicals
High-purity cyclic carbonates for coatings, adhesives, and solvents.
2. Industrial Manufacturing
Real-time CO₂ utilization for point-source emissions in factories.
3. Distributed Facilities
Compact RCC modules deployed in remote or mobile production sites.
4. Sustainable Plastics
LEC-powered cyclic carbonates as feedstock for eco-friendly polymers.
Partnering for a Carbon-Free Future
We collaborate with forward-thinking organizations to scale real-world carbon innovation — from lab to global deployment.
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Co-create custom RCC/LEC systems for your application — from pilot to scale-up.
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Deploy modular technology directly into your facility, tailored to your emission points.
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Collaborate on carbon offset initiatives, tech licensing, or global distribution.
Let’s Collaborate.
We’ve partnered with leaders in chemicals, manufacturing, and sustainability.