Reduce your emissions and energy costs
At Cairtakers, we understand the importance of maintaining a healthy environment and efficient emission reduction. Our innovative air treatment technologies are tailored to meet the specific needs of your industry, ensuring improved air emission quality, energy efficiency, and compliance with health and safety regulations.
Overcome emission challenges in your industry.
Industrial manufacturing sites face significant challenges due to emissions and poor air quality. They typically produce harmful pollutants and volatile organic compounds (VOCs) that can affect our environment, increase energy costs, and lead to regulatory compliance issues.
Overcome these challenges in your industry with our advanced air treatment technology. This technology helps reduce emissions of harmful pollutants and other airborne contaminants and also improve your operations.
Paint Shops
Lower VOC concentrations can make your current system more economical.
Rubber
Eliminate harmful compounds from rubber processes.
Chemical Processing
Our wide range of solutions (including RCO, gas washing, biofilters,..) offers the best air treatment for many chemical processes.
Packaging & Printing
Manage lower solvent levels and reduce energy costs for maintaining air quality.
Among other such as
General Manufacturing
Pharmaceuticals
Textile
Food & Beverages
Customized air treatment technology
Our advanced air treatment technology, "Catalytic Oxidation VOC Abatement," perfected by Genano Solutions through years of research and partnerships, provides customized solutions that target specific pollutants. This ensures your air is cleaner and safer for everyone.
This allows your industry to target and treat your specific emissions more effectively. Offering flexibility and customization for your Air cleaning needs.
Introduction of Contaminated Air
The air containing pollutants is drawn into the purification system.
Catalyst Beds
Catalytic oxidation systems typically contain beds of catalyst materials. Common catalysts include metals like platinum, palladium, and rhodium supported on materials such as alumina.
Chemical Reaction
As the contaminated air passes through the catalyst beds, the catalyst facilitates chemical reactions, typically involving the oxidation of the pollutants. The pollutants react with oxygen to form less harmful substances, such as water vapor and carbon dioxide
Oxidation of Pollutants
VOCs and other pollutants are chemically transformed into carbon dioxide, water, and other innocuous byproducts. This process is often referred to as catalytic combustion or catalytic oxidation
Cleaned Air Release
The now-cleaned air is released into the environment, meeting air quality standards and regulations
Introduction of Contaminated Air
The air containing pollutants is drawn into the purification system.
Catalyst Beds
The system contains catalyst materials that help in cleaning the air.
Common catalysts include metals like platinum, palladium, and rhodium supported on materials such as alumina.
Chemical Reaction
The pollutants are turned into less harmful substances like water vapor and carbon dioxide.
Oxidation of Pollutants
Harmful substances are transformed into harmless byproducts.
Cleaned Air Release
The cleaned air is released into the environment, meeting air quality standards.
Introduction of Contaminated Air
The air containing pollutants is drawn into the purification system, where it begins its journey through various stages of advanced treatment designed to remove harmful contaminants.
Catalyst Beds
Catalytic oxidation systems use beds of catalyst materials. These often include metals like platinum, palladium, and rhodium on alumina supports.
Chemical Reaction
As air passes through catalyst beds, chemical reactions occur, oxidizing pollutants. These reactions transform pollutants into less harmful substances like water vapor and carbon dioxide.
Oxidation of Pollutants
VOCs and other pollutants undergo chemical transformation into carbon dioxide, water, and other harmless byproducts, a process known as catalytic oxidation or combustion.
Cleaned Air Release
The now-cleaned air is released back into the environment, ensuring it meets stringent air quality standards and regulations, thus contributing to a healthier and safer atmosphere.
Why choose our solutions?
In your space, even if you don’t have any.
Our units are housed in standalone containers that can be added to your installation, either outside or inside. They require minimal maintenance and no local staff supervision.
Thermal vs. Catalytic
Selective Catalysis
Catalysts can be designed to target specific pollutants, providing a tailored solution for different applications.
Energy Efficiency
Catalysts can be designed to target specific pollutants, providing a tailored solution for different applications.
Continuous Operation
Catalysts can be designed to target specific pollutants, providing a tailored solution for different applications.
Environmental Benefits
By converting pollutants into harmless byproducts, catalytic oxidation contributes to reducing the environmental impact of emissions.
