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GAS LAB is a globally recognized expert for smarter, safer and greener CO2 technology solutions for the desalination industry. The CIS® range of advanced CO2 dosing systems offer superior conversion efficiencies, while being inexpensive to own and easy to maintain. GAS LAB serves the complete CO2 spectrum for water treatment facilities - from on-site generation and carbon capture to storage and injection.
GAS LAB offers Carbonic acid Injection Systems (CISx®) designed for high efficiency pH control without the use of expensive CO2 absorbers. CISx® offers a distinct liquid-liquid reaction, resulting in reduced consumption of pH sensitive pre and post treatment chemicals while avoiding downstream issues with gas bubbles.
CIS® dosing systems can be combined with custom CO2 Storage, Capture or Generation plants for an end-to-end re-carbonation solution.
Possessing over 60 years of proven technical experience with application-oriented solutions in over 25 countries, GAS LAB has successfully delivered more than 500 systems worldwide, ranging in size and complexity. GAS LAB’s in-house manufacturing capabilities for pressure vessels, heat exchangers, boilers and columns ensure tighter quality control, reduced delivery time, cost compatibility along with high availability. GAS LAB’s manufacturing unit regularly produces vessels compliant with ASME ‘U’ Designator, CE Mark and for various challenging industry standards such as oil and gas.
Focused on producing industry specific research, GAS LAB’s R&D center enjoys technical collaborations with leading engineering institutes of Europe and Asia.
GAS LAB’s innovative Carbon Capture Utilisation and Storage (CCUS) solutions are helping desalination plant owners achieve net zero emissions while reducing operational costs and securing upstream supply chains.
Selected References: CO2 Storage with CO2 Gas Injection System (CISe®)
- Jubail 2 IWP, Al Jubail, Saudi Arabia 2023, 1,000,000 m³/d RO
- Collahausi IDAM, Puerto Patche, Chile 2023, 90,720 m³/d RO
- Barka 5 IWP, Barka, Oman 2022, 100,000 m³/d RO
- Jubail 3A IWP, Saudi Arabia 2021, 600,000 m³/d RO
- SWCC Al Khobar -1 SWRO Plant, Saudi Arabia 2020, 210,000 m³/d RO
- MRPL Sea Water Desalination Project, India 2020, 30,000 m³/d RO
- Sewage Treatment Plant Akshardham Temple, India 2017, 4,540 m³/d
- Barka - 1 Phase 2 SWRO Project, Barka, Oman 2016, 56,800 m³/d RO
- Nemmeli Seawater Desalination Plant, India 2012, 100,000 m³/d RO
Selected References: CO2 Storage with Carbonic Injection System (CISx®)
- RIL Jamnagar, Gujarat, India 2023, 20,000 m³/d RO
- Jubail 3B IWP, Al Jubail, Saudi Arabia 2022, 570,000 m³/d RO
- NFE Ras Laffan, Ras Laffan, Qatar 2022, 283,000 m³/d RO
- Adani Ports and SEZ, Gujarat, India 2022, 33,000 m³/d RO
- Salalah IWP, Oman 2020, 114,000 m³/d RO
- ADNOC Waste Heat Recovery Project Ruwais, United Arab Emirates 2020, 62,400 m³/d MED
- MRPL Sea Water Desalination Project, India 2020, 30,000 m³/d RO
- NTPCL Vallur Thermal Power Project, India 2018, 20,000 m³/d RO
Selected References: CO2 Storage with CO2 Gas Injection System (CISx®)
- Red Sea Utility Assets and Infrastructure and Projects, Saudi Arabia 2022, 45,000 m³/d RO
Selected References: CO2 Generation System
- Jubail 3A IWP, Saudi Arabia 2021, 600,000 m³/d RO
- ADNOC Waste Heat Recovery Project Ruwais, United Arab Emirates 2020, 62,400 m³/d MED
- WHR Project, United Arab Emirates 2020, 100 kg/hr
- Democratic Republic of the Congo 2017, 840 m³/d RO
- Barka - 1 Phase 2 SWRO Project, Barka, Oman 2016, 56,800 m³/d RO
- Iran 2016, 9,000 m³/d
- Algeria 2015, 9,000 m³/d
- Iran 2015, 9,000 m³/d
- Mozambique 2015, 600 m³/d
- Sierra Leone 2013, 840 m³/d
- Germany 2011, 3,600 m³/d
- Ethiopia 2011, 600 m³/d
- Turkmenistan 2010, 3,600 m³/d
- Ghana 2010, 840 m³/d
Selected References: CO2 Storage with Carbonic Injection System
- WHR Project, United Arab Emirates 2020, 53 m³/d
- Mangalore Refinery and Petrochemicals Limited Desalination plant MRPL Thetrnirbhavi, Vallur, India 2019, 30 MLD RO
- NTECL Power Project ( Vallur Thermal Power Project), Vallur, India 2018, RO
Selected References: CO2 Recovery System
- Iran 2018, 12,000 m³/d
- Myanmar 2015, 7,200 m³/d
Selected References: CO2 Storage System
- India 2015, 20 m³/d
- Uganda 2015, 10 m³/d
- Tanzania 2013, 50.0 m3
- Iran 2013, 50 m³/d
- Saudi Arabia 2013, 20.0 m3
- Tanzania 2010, 20 m³/d
Selected References: CO2 Generation with Gas Injection System
- IWPP Barka Project, Barka, Oman 2015
Selected References: CO2 Storage Tank System
- Saudi Arabia 2009, 10 m³/d
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