Ducon Launches R&D for Solvent-Based Carbon Capture
Ducon Infra technologies Unveils R&D Program for Solvent-Based Carbon Capture New Initiative for Industrial Decarbonization Ducon Infra technologies Ltd, a leading engineering solutions provider based in Thane, has commenced research and development to design and pilot a solvent-based carbon capture technology. The program seeks to deliver a scalable, cost-effective solution to capture CO₂ from flue […]
 
                                    Ducon Infra technologies Unveils R&D Program for Solvent-Based Carbon Capture
New Initiative for Industrial Decarbonization
Ducon Infra technologies Ltd, a leading engineering solutions provider based in Thane, has commenced research and development to design and pilot a solvent-based carbon capture technology.
The program seeks to deliver a scalable, cost-effective solution to capture CO₂ from flue gas streams across industries like power, cement, steel, oil & gas, and other hard-to-abate sectors.
This initiative underscores Ducon’s dual commitment to industrial decarbonization and long-term value creation for shareholders.
Building on Decades of Experience

Drawing on its expertise in air pollution control, bulk material handling, and clean energy, Ducon will concentrate on:
Advanced solvent formulations to boost efficiency
Optimized mass-transfer equipment for process reliability
Heat-integration schemes to minimize energy consumption
First Phase of R&D
The initial stage involves bench-scale experimentation, process modeling, and partnerships with academic and industrial collaborators to accelerate pilot readiness.
“Solvent-based capture remains the most proven technology for post-combustion applications, offering retrofit flexibility for brownfield facilities across India,” said Aron Govil, CMD of Ducon.
Significant Market Opportunity in India
India’s decarbonization roadmap identifies carbon capture, utilization, and storage (CCUS) as critical to complement renewable energy and efficiency gains.
Market Growth Forecast
With clusters of cement, steel, and refining assets and a robust pipeline of coal and gas-based power, the potential market is vast.
Industry Growth Projections
The Indian CCUS market is projected to grow at a CAGR of 10.3% from 2025 to 2030, driven by industrial demand and supportive policy frameworks.
Policy and Net-Zero Goals
Government initiatives, including the Indian Carbon Market, are actively promoting CCUS adoption, strengthening investor incentives.
Value Creation for Investors
Ducon expects this program to generate multi-year value across three key areas:
Technology Differentiation
Ducon’s proprietary solvent blends and absorber/stripper configurations will reduce energy penalty and consumables, enhancing project economics.
High-Margin Services
The company anticipates EPC contracts for construction of carbon capture plants and long-term operations, maintenance, and solvent services, creating recurring revenue.
Strategic Optionality
As the CCUS ecosystem expands into capture, compression, transport, utilization, and storage, Ducon sees opportunities to broaden its platform and improve returns on investment.
Future Development Path
Ducon aims to progress from bench-scale testing to pilot installations, subject to validation milestones.
Updates will include:
- Performance metrics achieved in trials
- Partner announcements with industry leaders
- Customer demonstrations showcasing viability
Ducon Infratechnologies
Ducon Infratechnologies Ltd., headquartered in Thane, India, is a technology EPC company offering environmental control, clean energy, infrastructure, and process industry solutions.
Its capabilities span design, supply, installation, and lifecycle services, making it a trusted partner for industrial innovation.
Shaping a Sustainable Future
Ducon’s solvent-based carbon capture R&D program highlights its role as a frontrunner in industrial decarbonization. As India advances toward its net-zero emissions goals, this initiative positions Ducon as a key technology provider in the carbon capture market.




