NAPCEN CO2 scrubber is a device used to capture and remove carbon dioxide (CO2) from gas streams, typically in industrial or environmental applications. These scrubbers are essential for controlling CO2 emissions in industries such as power generation, chemical manufacturing, and oil and gas processing. The system works by passing exhaust gases through a scrubbing medium, usually an absorbent material like amine solutions or activated carbon, which chemically reacts with the CO2 and removes it from the gas stream. CO2 scrubbers help reduce greenhouse gas emissions, mitigate climate change, and ensure compliance with environmental regulations, contributing to cleaner air and sustainable operations.
Technical Specification
Parameter
Value
Air Flow
300 to 25,000 CFM
Material Of Construction
PP / FRP / PP+FRP / MS / SS
Removal Technique
Gas – Liquid Mass Transfer and Chemical Absorption
Pressure Drop
75 mm W.C.
Efficiency
Up to 99 %
Models and Options
MODEL NCO - 30
1. Air Handling Volume -- 400 CFM
2. Material Of Construction-- PP / FRP / PP+FRP / MS / SS
3. Removal Technique -- Gas – Liquid Mass Transfer and Chemical Absorption
4. Pressure Drop --75 mm W.C.
5. Filter Efficience -- 99%
MODEL NCO - 45
1. Air Handling Volume -- 1000 CFM
2. Material Of Construction-- PP / FRP / PP+FRP / MS / SS
3. Removal Technique -- Gas – Liquid Mass Transfer and Chemical Absorption
4. Pressure Drop --75 mm W.C.
5. Filter Efficience -- 99%
MODEL NCO - 60
1. Air Handling Volume -- 2000 CFM
2. Material Of Construction-- PP / FRP / PP+FRP / MS / SS
3. Removal Technique -- Gas – Liquid Mass Transfer and Chemical Absorption
4. Pressure Drop --75 mm W.C.
5. Filter Efficience -- 99%
MODEL NCO - 75
1. Air Handling Volume -- 3000 CFM
2. Material Of Construction-- PP / FRP / PP+FRP / MS / SS
3. Removal Technique -- Gas – Liquid Mass Transfer and Chemical Absorption
4. Pressure Drop --75 mm W.C.
5. Filter Efficience -- 99%
Application
Submarines & Marine Vessels – Removing CO2 from confined cabins to maintain breathable air.
Spacecraft & Space Stations – Controlling CO2 buildup in closed-loop life support systems.
Underground Mining – Ensuring safe air quality for workers by scrubbing excess CO2.
Diving Applications (Rebreathers) – Absorbing exhaled CO2 to allow extended underwater breathing.
Biogas Upgradation Plants – Removing CO2 from biogas to increase methane concentration.
Greenhouses & Controlled Agriculture – Balancing CO2 levels for optimal plant growth.
Laboratories & Research Facilities – Controlling CO2 in closed chambers for experiments.
Industrial Fermentation Processes – Managing CO2 emissions from breweries, distilleries, biotech plants.
Subterranean Bunkers & Shelters – Maintaining breathable air quality in enclosed spaces.
Carbon Capture & Storage (CCS) Systems – Capturing CO2 emissions from power plants, cement, and steel industries for environmental compliance.
Accessories
CO2 Absorbent Media (Soda Lime, Lithium Hydroxide, Amines) – Core material for capturing CO2.
Gas Distribution Nozzles / Diffusers – Ensure uniform gas flow and contact with absorbent media.
Recirculation Pump / Blower (FRP / SS / PVDF) – Maintains continuous airflow through the scrubber.
Packed Bed Media (Ceramic / PP / Structured Packing) – Increases surface area for efficient absorption.
Mist Eliminator / Demister Pad – Prevents absorbent carryover in the outlet gas stream.
Chemical Dosing System – Supplies absorbent solution (e.g., amine solution, alkaline liquid).
Gas Sensors – Monitors inlet and outlet CO2 concentration for efficiency tracking.
pH and Conductivity Control Instruments – Ensure correct chemical balance in wet scrubbing systems.
Control Panel / PLC Automation – For process control, monitoring, and safety interlocks.
Inspection Manholes & Sampling Ports – Allow for absorbent replacement, media checking, maintenance.
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