ETS | Fitration | E-Carb
ETS | Fitration | E-Carb
The E-Carb & E-Carb Plus technology is designed based on two mechanisms, physical and chemi-sorbtion by which activated carbon is able to remove contaminants and odour from the gas stream.
We understand the impact that moisture, temperature and humidity can have on the life and effectiveness of activated carbon allowing us to design an effective solution for different applications.
Activated carbon has a particularly high surface area allowing it to physically adsorb at the molecular level. This is largely due to the distribution of Micro, Meso and Macro pores, where the bulk of the surface area is derived from the Micro and Meso pores.
Media selection is a critical part of designing an activated carbon system with varying base materials determining the different properties and adsorption characteristics:
- Coconut based activated carbon exhibit a larger ratio of micro pores vs. meso and macro pores and are therefore highly suited to adsorption of smaller molecules.
- Coal based activated carbon exhibit a larger ratio of meso pores vs. micro and macro pores and are therefore highly suited to adsorption of medium molecules.
- Wood or Lignite based activated carbon exhibit a larger ratio of macro pores vs. micro and meso pores and are therefore highly suited to adsorption of larger molecules. (More suited to liquid based applications.
- Activated Alumina is a non carbon based dry media which is only supplied impregnated with potassium permanganate (KMNO4) and is suitable for most gas phase applications.
Our range of media options include non-impregnated granular activated carbon (GAC) as well as several varieties of chemically impregnated pelleted activated carbon in both Coconut and Coal. Chemical impregnates include:
- Potassium Hydroxide (KOH)
- Sodium Hydroxide (NaOH)
- Potssium Iodide (KI)
- Potassium Permanganate (KMNO4)
We also offer High H2S adsorption carbon in both Coconut and Coal which H2S loading capacities greater than double that of traditional impregnated carbons. Furthermore these high capacity carbons are completely safe for disposal in either composting or landfill as they do not have the issue of high acidity that impregnated carbons exhibit when depleted.
Application
- For wastewater, industrial or a general odour complaint.
Specifications
To contact Emission Treatment Solutions about ETS | Fitration | E-Carb use Get a quote.
We understand the impact that moisture, temperature and humidity can have on the life and effectiveness of activated carbon allowing us to design an effective solution for different applications.
Activated carbon has a particularly high surface area allowing it to physically adsorb at the molecular level. This is largely due to the distribution of Micro, Meso and Macro pores, where the bulk of the surface area is derived from the Micro and Meso pores.
Media selection is a critical part of designing an activated carbon system with varying base materials determining the different properties and adsorption characteristics:
- Coconut based activated carbon exhibit a larger ratio of micro pores vs. meso and macro pores and are therefore highly suited to adsorption of smaller molecules.
- Coal based activated carbon exhibit a larger ratio of meso pores vs. micro and macro pores and are therefore highly suited to adsorption of medium molecules.
- Wood or Lignite based activated carbon exhibit a larger ratio of macro pores vs. micro and meso pores and are therefore highly suited to adsorption of larger molecules. (More suited to liquid based applications.
- Activated Alumina is a non carbon based dry media which is only supplied impregnated with potassium permanganate (KMNO4) and is suitable for most gas phase applications.
Our range of media options include non-impregnated granular activated carbon (GAC) as well as several varieties of chemically impregnated pelleted activated carbon in both Coconut and Coal. Chemical impregnates include:
- Potassium Hydroxide (KOH)
- Sodium Hydroxide (NaOH)
- Potssium Iodide (KI)
- Potassium Permanganate (KMNO4)
We also offer High H2S adsorption carbon in both Coconut and Coal which H2S loading capacities greater than double that of traditional impregnated carbons. Furthermore these high capacity carbons are completely safe for disposal in either composting or landfill as they do not have the issue of high acidity that impregnated carbons exhibit when depleted.
Application
- For wastewater, industrial or a general odour complaint.
Specifications
To contact Emission Treatment Solutions about ETS | Fitration | E-Carb use Get a quote.
E-Carb is an activated-carbon gas treatment technology that removes contaminants and odour from a gas stream. Activated carbon's particularly high surface area enables physical adsorption at the molecular level, alongside chemical sorption. The range suits wastewater, industrial applications and general odour complaints, with granular carbon and chemically impregnated pellets available in coconut and coal media.
- Coconut, coal, wood and lignite carbon have different pore profiles
- Chemically impregnated pellets use potassium hydroxide, sodium hydroxide, potassium iodide or potassium permanganate
- Activated alumina is dry, non-carbon media supplied only with potassium permanganate impregnation
- High-H₂S coconut and coal carbon has over twice traditional impregnated carbon's loading capacity
- Depleted high-H₂S carbon can go to composting or landfill
Source: listing by Emission Treatment Solutions on IndustrySearch · Updated 1 Nov 2026
AI Overview is generated by artificial intelligence and may contain mistakes.
Written by AI from the listing by Emission Treatment Solutions on IndustrySearch. It is meant to use only what that listing says, but it can still get details wrong, so check them with the supplier before you buy.
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