Best startup Award
About Us
At DCIPL, we’re committed to helping the industries and power generation, by reduce their carbon footprint through innovative decarbonising technology.
D’carbonising Center India Pvt. Ltd. (DCIPL) is driven by the mission to empower organizations and individuals in reducing their carbon footprint through our innovative IC Engines decarbonising solutions.
As is widely known, carbon deposits in internal combustion (IC) engines not only reduce efficiency but also contribute to higher emissions.
Our Services
D'carbonization for Automobiles
Logistics & transport companies, Automobile OEMs & Dealers.
Dual Fuel Kit for Commercial DG Sets
Warehousing & logistics hubs, Commercial Establishments.
ESG for Corporates through D'carbonization
Large Corporates & Listed Companies, Global MNCs in India.
Videos
What We Do
Manufacturing & Distribution
We design and manufacture high-performance D'carbonising Machines that use Hydrogen-on-Demand (HHO) technology for carbon cleaning.
D'carbonising Services
We provide on-site d'carbonising and emission reduction services using our proprietary DCIPL Hydrogen Catalyst System.
Technology Advantage
Our process uses Hydrogen (HHO) gas as a catalyst, not as a replacement fuel. It promotes complete combustion, burns off carbon residues.
What is Environmental Sustainability?
- Reducing greenhouse gas (GHG) emissions
- Promoting renewable energy adoption
- Minimizing waste and resource depletion
- Maintaining air, water, and soil quality
D'carbonization aligns directly with the Environmental pillar of ESG Environmental pillar of ESG Environmental pillar of ESG
Cleaning Process Inside the Engine
- The hydrogen-rich gas enters the combustion chamber along with air-fuel mixture
- Solid carbon is broken down and converted into gaseous emissions, which are expelled through the exhaust.
Our Products
Dcarbonising
Machine
AI Technology
- Voltage: 110 / 220 / 230 V
- Phase: Single Phase
- Power Consumption: 2 KVA to 3.5 KVA
- High-capacity stainless steel reactor cylinder
D'carbonising Machines
- Voltage: 110 / 220 / 230 V
- Phase: Single Phase
- Power Consumption: 1.5 KVA to 2.5 KVA
- High-capacity stainless steel reactor cylinder
- 7-inch wide touch screen display
DPF Cleaning Machine ,
(Truck & Car)
- Working Pressure: 8–10 Bar (Max)
- Water Temperature: Up to 50°C
- Power Consumption: Max 5 KVA
- Cleaning Time: 1 Hour
- Water Tank Capacity: 60–80 Liters
- Phase: 3 Phase
Dcarbonising Machine AI Technology
- Voltage: 110 / 220 / 230 V
- Phase: Single Phase
- Power Consumption: 2 KVA to 3.5 KVA
- High-capacity stainless steel reactor cylinder
D'carbonising Machines
- Voltage: 110 / 220 / 230 V
- Phase: Single Phase
- Power Consumption: 1.5 KVA to 2.5 KVA
- High-capacity stainless steel reactor cylinder
- 7-inch wide touch screen display
DPF Cleaning Machine (Truck & Car)
- Working Pressure: 8–10 Bar (Max)
- Water Temperature: Up to 50°C
- Power Consumption: Max 5 KVA
- Cleaning Time: 1 Hour
- Water Tank Capacity: 60–80 Liters
- Phase: 3 Phase
Our Vision
To drive a cleaner and sustainable future by accelerating the decarbonization of automobiles, DG sets, and industrial boilers
Our Mission
To empower organizations and individuals in reducing their carbon footprint through our innovative decarbonising solutions.
Our Values
We constantly innovate to create sustainable, efficient, and affordable technologies that contribute to India’s clean energy transition.
Our Core Technology
DCIPL uses an on demand HHO (Hydrogen + Oxygen) gas generation system that blends HHO with IC Engines during combustion. This improves fuel efficiency while maintaining original engine performance.
Want your car to shine like new again?
Certification
What is ESG?
Our Achievements
Government Recognition
Funded under the Startup India initiative and CCD Incubation
Program by IIM Kashipur — acknowledging our innovation in hydrogenbased clean technologies.
National Footprint
Emission Reduction Impact
Strong Industry Partnerships
Key Benefits
- Contributes to clients’ Environmental, Social & Governance (ESG) performance
- Reduced Fuel consumption
- Significant reduction in CO2, smoke, and carbon deposits
- Extended engine life and improved reliability
- Same power output and engine performance
- No major engine modification required
Our Team
Jitender Sharma
Naveen Khatri
Technical Director
Dr. Preeti Singh
Director – Corporate
Affairs & Business
Development
Prem Honwar
Testimonials
Frequently Asked Questions
Adoption of hydrogen-enriched fuel systems, hybrid retrofits, and cleaner combustion technologies reduces CO₂, CO, and particulate emissions from existing vehicles.
This transition supports corporate fleet sustainability and compliance with national and global emission norms.
what is ESGIntroducing green hydrogen, biofuels, or blended fuels into boiler systems reduces fossil fuel dependency and
carbon intensity.
Cleaner combustion minimizes soot and particulate emissions, contributing to improved air quality and energy
efficiency.
