Organic Mist Removal

Capture emissions. Recover value.

The Organic Mist Removal System captures and removes organic aerosols, plasticizers, oil mist, and condensed vapors from industrial exhaust streams, helping industries reduce odours, recover valuable materials, lower operating costs. and comply with industry emissions regulation.

Built around proven MECS Brink fiber bed technology, the system delivers exceptional removal efficiency while supporting long-term sustainability goals.

INTRODUCTION

A Smarter alternative to thermal destruction

Many industrial processes generate condensed organic vapors that form visible emissions, blue smoke, odors, and fine aerosol particles.

Traditionally, these emissions are treated using afterburners or thermal oxidation systems, which consume significant amounts of natural gas and destroy potentially recoverable products.

Organic Mist Removal offers a more sustainable alternative by capturing organic aerosols before they are emitted or destroyed.

CHALLENGES

Industry challenges

Visible Blue Smoke

Condensed organic vapors often create visible plumes that can affect environmental compliance and community perception.

Our solution:
High-efficiency fiber bed filtration removes submicron aerosols before they leave the stack.

Product Losses

Plasticizers, oils, and condensable compounds can be lost through exhaust streams.

Our solution:
Recover valuable condensate instead of destroying it through thermal treatment.

High Energy Consumption

Afterburners require significant natural gas consumption.

Our solution:
Reduce or eliminate dependence on thermal destruction technologies through high-efficiency mist separation.

CO₂ Emissions

Fuel-intensive treatment systems contribute to indirect carbon emissions.


Our solution:
Lower energy demand and reduce overall CO₂ footprint.

HOW THE TECHNOLOGY WORKS

Three-step treatment process

Pre-Filtration

High-efficiency pre-filtration removes larger contaminants and protects downstream equipment.

Cooling & Condensation

Optional cooling technology encourages vapor condensation for improved collection efficiency.
Available options include: heat exchangers and adiabatic cooling systems.

Brink Fiber Bed Mist Elimination

The final stage captures fine organic aerosols and submicron droplets using proprietary Brink fiber bed technology.

Pre-Filtration

High-efficiency pre-filtration removes larger contaminants and protects downstream equipment.

Cooling & Condensation

Optional cooling technology encourages vapor condensation for improved collection efficiency.
Available options include: heat exchangers and adiabatic cooling systems.

Brink Fiber Bed Mist Elimination

The final stage captures fine organic aerosols and submicron droplets using proprietary Brink fiber bed technology.

Activated Carbon Polishing (Optional)

For applications requiring ultra-low emissions, a final activated carbon filtration stage provides additional removal of residual VOCs and organic compounds, ensuring the highest level of environmental performance and compliance.

Activated Carbon Polishing (Optional)

For applications requiring ultra-low emissions, a final activated carbon filtration stage provides additional removal of residual VOCs and organic compounds, ensuring the highest level of environmental performance and compliance.

PERFORMANCE

Proven results

Up to 99.5%

Particle removal
efficiency.

99%

Removal of droplets below 3 microns.

<1 mg/Nm³

Achievable in many applications.

<5 mg/Nm³

Typical outlet
concentrations.

5–6 Years

Typical filter life


KEY BENEFITS

Why choose Organic Mist Removal?

High Efficient Brink Mist eliminators ready to install
Product Recovery
Recover plasticizers, oils, and organic compounds for potential reuse.
Emissions Regulation
Designed to help facilities meet stringent environmental regulations by reducing visible emissions, aerosols, and residual organic compounds while supporting long-term compliance objectives.
Lower Operating Costs
Reduce fuel consumption and energy costs compared to thermal destruction systems.
Reduced CO₂ Emissions
Support sustainability initiatives and ESG targets.
Outstanding Removal Efficiency
Capture fine organic aerosols and visible emissions.
Long Service Life
Low-maintenance design with no major moving parts beyond the blower.

Ready to improve your gas treatment performance?

TYPICAL APPLICATIONS

Designed for organic emission challenges

PVC Flooring Production
Plasticizer recovery and smoke elimination.
Vinyl & Conveyor Belting
Control organic aerosols while improving process efficiency.
Textile Finishing
Capture and remove oil-based emissions.
Polymer & Plastics Manufacturing
Reduce visible emissions and recover valuable materials.
Roofing & Bitumen Processing
Control condensable organic emissions.
Edible Oil Production
Organic aerosol removal and recovery.

CASE STUDY

Recover product instead of destroying it

A flooring manufacturer sought to reduce emissions while evaluating new plasticizer formulations.

The Organic Mist Removal System successfully demonstrated that plasticizers could be recovered rather than destroyed through afterburners, significantly reducing natural gas consumption and associated CO₂ emissions while maintaining emission control performance.

2 x 15000 Am3/hr units at PVC Belting production in the Netherlands

FAQ

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GET IN TOUCH

Request a quote or speak with our experts to find the best solution for your plant.

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