Adsorption Activated Carbon: TECNIUM-CARB
Gas treatment and odor control using porous filtrating medias. Includes adsorption by means of activated carbons, impregnated and non impregnated, catalitic, water regenerable and thermically activated.
In most cases the pollutants contained in gases have very low perception thresholds (mercaptans, VOC’s, H2S, …) and the granular carbon can adsorb and fix them to its surface, due to its high porosity and intermolecular forces of attraction.
Proper selection of type of activated carbon is critical, as well as sizing of tower, materials, dimensions, etc.
Advantages
- Easy to assembly
- Low cost of investment
- Low maintenance costs (regeneration, renewal and energy consumed)
- Reduced space lay-out
Applications
Is a widely used technology in the treatment of middle-low flow rates such as:
- Wastewater treatment plants: Pumping station, thickeners, pretreatment and dehydration
- Food industry: In particular the treatment of gaseous emissions from roasting processes, processing and cooking fats
- Chemical Industry: Elimination of volatile organic compounds (VOC’s), gases from reactor vents and heavy metal removal
Downloads:
Gas Treatment Catalogue – English – 2.22 MB
More information
Give us your contact details and we will advise you on the best solution for your application.
View also
Tecnium to exhibit at IFAT Munich 2024: The leading fair for water management, waste, and raw materials
Tecnium, a company dedicated to developing advanced solutions for gas treatment and specialised machinery for various industries, is pleased to announce its participation in IFAT Munich 2024, the most important international environmental technology fair, [...]
Advanced technologies for emission reduction in global fertiliser production
Effective emission management in the fertiliser industry Fertiliser production is pivotal in meeting the global food demand yet presents the inherent challenge of managing emissions harmful to the planet and human health. [...]
Efficiency in gas treatment: The change and evolution towards cleaner processes
Gas treatment technologies for various industries The increasing focus on environmental sustainability has placed the treatment of industrial waste gases at the heart of continuous improvement strategies for many industries. This approach [...]
How do process pumps work for the chemical industry?
What are process pumps? Process pumps play a vital role in the chemical industry, being essential for the safe and efficient processing of corrosive, abrasive, and sometimes hazardous fluids. These pumps are [...]
Gas Treatment within the paper industry: what do we propose?
State-of-the-art solutions and technology for gas treatment The paper industry faces significant challenges in managing emissions and residual gases, in terms of both environmental compliance and operational efficiency. The paper production processes [...]
Current challenges in liquid handling with vertical and submersible centrifugal pumps like the ones we manufacture
What applications do our vertical submersible centrifugal pumps have? In the vast field of industrial engineering, the efficient and safe handling of liquids represents a constant challenge, especially when dealing with corrosive [...]
Effective dust removal: advances in dedusting gas treatment
Why is dedusting gas treatment important in modern industry? In the world of engineering and industrial environmental management, dedusting gas treatment has emerged as a crucial discipline, addressing significant challenges associated with [...]
Advantages of magnetic drive pumps in industrial applications
Magnetic drive pumps represent a significant innovation in fluid engineering, standing out in modern industry for their efficiency and safety. These pumps, fundamental in various industrial applications, make a difference in terms of performance [...]
Motor pumps and process pumps
What applications can they cover within the industrial sectors we work with? In the complex and diversified world of modern industry, motor pumps and process pumps play a fundamental role. These essential [...]
