
Advanced CO2 Dosing

ADVANCED CO2 DOSING
At GAS LAB, we bring you a range of cutting-edge CO2 solutions for the desalination industry. Our proprietary systems include: CISx®: Efficient and precise CO2 delivery, with our carbonic acid injection system. CISe®: Optimal pH control and remineralization, with our CO2 gas injection system.

CO2 Generation Plant

CO2 GENERATION PLANT
GAS LAB offers complete, in-house CO2 production plants for a self-sufficient CO2 supply. These plants are designed to optimize fuel-to-product ratios, resulting in maximum efficiency and cost savings.

Carbon Capture & Utilization

Carbon Capture & Utilization
At GAS LAB, we’re committed to driving innovation in carbon capture. That’s why we offer groundbreaking solutions for Independent Water and Power Producers (IWPPs), giving them the power to control their emissions and manage their CO2 supply chain.

CO2 Storage Solutions

CO2 Storage Solutions
GAS LAB provides a comprehensive suite of CO2 storage pressure vessels with proprietary H/L safety systems to manage pressure shock during CO2 handling. Our options include Polyurethane foam (PUF) and Vacuum-insulated tanks, each suited for different needs.
GAS LAB FOR DESALINATION
Explore Comprehensive CO2 Solutions with
GAS LAB's Explanatory Video:
Step into the world of advanced CO2 management with GAS LAB's enlightening video. From pH control to CO2 generation plants and Carbon Capture solutions, witness the complete suite of innovative offerings in action. GAS LAB takes the lead in providing holistic CO2 solutions for Desalination, contributing to a more sustainable and environmentally conscious future.
OUR CLIENTS IN DESALINATION
At GAS LAB, we’re honored to have earned the trust of some of the most respected companies in the desalination industry. Our CO2 solutions have made a positive impact, helping to minimize emissions and enhance sustainability in their operations.
Transforming Desalination with GAS LAB's Cutting-Edge
CO2 Solutions
At GAS LAB, we have extensive experience implementing CO2 solutions for desalination plants on a global scale. Our proven track record of delivering effective and sustainable solutions makes us the trusted partner for companies looking to enhance their desalination processes.

INNOVATIVE SOLUTIONS POWERED BY WORLD-CLASS
FACILITIES AND R&D.
For over two decades, GAS LAB has been a leading provider of CO2 technology for the desalination industry, offering a complete spectrum of CO2 solutions from supply and distribution to technical support. With cutting-edge technology and a proven track record of delivering successful projects, GAS LAB is a trusted partner for customers looking to enhance their desalination processes and ensure a sustainable water supply.
The company’s commitment to innovation and customer satisfaction has earned it a reputation as a reliable and trusted partner for desalination plants worldwide. GAS LAB is proud to be a part of the support system for the desalination of millions of cubic meters of water every day.
OUR EXPERTISE
Leaders in CO2 technology for desalination, with a state-of-the-art production facility, certified safety and quality standards, a proven track record of successful projects, and a commitment to innovation and sustainability.
- 20+ years of experience in CO2 technology for desalination industry
- Cutting-edge technology and proven track record of delivering successful projects
- Professional manpower and world-class equipment
- Reputed as a reliable and trusted partner for desalination plants worldwide
- Certified by ASME and PED for highest standards of safety and quality
- Proud to be a part of the support system for the desalination of millions of cubic meters of water every day
- Offers complete spectrum of CO2 solutions from supply and distribution to technical support
- In-house R&D facility approved by the Ministry of Science in India
- State-of-the-art production facility
- Committed to delivering high-quality and innovative solutions
- Supporting the desalination industry in its quest for a sustainable future
- Aiming to reduce the cost per m3 of desalinated water