Industrial air treatment / Odor control
Engineered systems that capture or transform odor-causing compounds before they become an operational, environmental or community concern.
Purpose-built
technologies
CFM standard
product range
Standard enclosure
SS316 available
Continuous-duty
operation
The systems
System selection starts with the air itself: contaminant profile, flow, variability, access and operating priorities. ANBE configures the treatment path around those conditions.
FCA / Activated carbon
System 01
The FCA family draws contaminated air through a selected activated-carbon media bed. It is a robust, maintainable approach for hydrogen sulfide and organic odor compounds in wastewater and industrial service.
System 02
The DUV family combines UV-C irradiation and a nano-TiO₂ photocatalytic stage to oxidize hydrogen sulfide and volatile organic compounds, with an integrated prefilter protecting the treatment chamber.
DUV / UV-C + nano-TiO₂
System finder
Use this preliminary selector to identify a likely treatment pathway. Final sizing requires project data and ANBE engineering review.
This tool provides orientation, not a guaranteed equipment selection or performance commitment.
Preliminary direction
Share your operating data and we will review the treatment path, airflow and configuration together.
Send project conditionsInside the treatment
Explore how each system moves and treats contaminated air.
The extraction fan conveys foul air from the contained source toward the vessel.
Internal flow distribution promotes contact across the selected media bed.
Target compounds attach to the activated-carbon surface according to media selection and duty.
Treated air exits the system; media condition is managed through the maintenance plan.
Particulate loading is reduced before air enters the treatment chamber.
UV-C light acts within the controlled chamber and activates the photocatalytic surface.
Hydrogen sulfide and organic compounds are transformed through the combined process.
Optional inlet and outlet H₂S sensing can add operational visibility where specified.
Model families
Published flows are standard product ranges. Actual selection depends on contaminant loading, contact requirements, pressure loss, layout and project-specific criteria.
Activated-carbon adsorption
| Model | Airflow | Carbon media |
|---|---|---|
| FCA-100 | 100 CFM | 159 lb |
| FCA-200 | 120–200 CFM | 245 lb |
| FCA-250 | 210–280 CFM | 442 lb |
| FCA-300 | 290–400 CFM | 551 lb |
| FCA-350 | 420–600 CFM | 750 lb |
| FCA-400 | 620–700 CFM | 980 lb |
Media type and bed configuration are selected for the target compounds and operating profile.
UV-C + nano-TiO₂
| Model | Airflow | Power |
|---|---|---|
| ANBE-DUV-05-SS | 500 CFM | 2.4 kW |
| ANBE-DUV-10-SS | 1,000 CFM | 7.2 kW |
| ANBE-DUV-15-SS | 1,500 CFM | 10.8 kW |
| ANBE-DUV-20-SS | 2,000 CFM | 11.5 kW |
| ANBE-DUV-25-SS | 2,500 CFM | 12.6 kW |
Lamp arrangement, prefiltration and monitoring options are defined during technical review.
Where we work
ANBE systems serve contained sources across wastewater infrastructure and selected industrial processes. Every application begins with source characterization.
Air extraction from wet wells and enclosed pumping infrastructure.
Treatment near receiving, screening and preliminary process areas.
Ventilation and odor control for enclosed liquid or sludge process sources.
Project-specific review of organic odors, H₂S and mixed air streams.
Not sure how to define the source? We can begin with a short operating-data review.
Describe the applicationEngineering workflow
A disciplined selection process reduces assumptions and aligns the equipment with the conditions it will actually face.
Start the reviewDefine source, airflow, contaminant profile, temperature, humidity, hours and variability.
INPUT / OPERATING DATACompare adsorption and photocatalytic oxidation against duty, access and maintenance priorities.
DECISION / TREATMENT PATHEstablish material, fan, controls, media or lamp arrangement and monitoring options.
OUTPUT / TECHNICAL PROPOSALCoordinate connections, power, drainage where applicable, access clearances and plant interfaces.
DELIVERY / SITE READINESSPlan commissioning checks, operating routines, consumables and preventive maintenance.
LIFECYCLE / CONTINUITYBuilt to be operated
Control architecture and maintenance access are considered as part of the system—not as afterthoughts.
Operating modes are selected around site routines and the required level of automation.
FCA documentation provides for Modbus TCP / SCADA integration where included in project scope.
Sensor configurations can support inlet/outlet visibility or media-condition planning, by model and scope.
Filters, media, lamps and inspection points are incorporated for planned intervention.
Lifecycle support
Technical alignment before selection and proposal.
Operating and maintenance information for the supplied configuration.
Startup checks and coordination within the agreed project scope.
Media, filters and lamps organized around preventive maintenance.
Prepare your project
These are the operating data points that make an early technical conversation productive.
Measured flow, ventilation target or source dimensions.
H₂S range, known VOCs, odor behavior and peak conditions.
Temperature, humidity, outdoor exposure, electrical supply and available footprint.
Automation, monitoring, maintenance access, materials and schedule.
About ANBE
ANBE Industrial develops odor-control equipment for demanding wastewater and industrial air applications, connecting treatment science with equipment that teams can operate and maintain.
We begin with the source and operating conditions.
Materials, controls and treatment stages follow the duty.
Documentation and maintenance planning are part of the solution.
Technical FAQ
Need a project-specific answer? Send us the operating conditions.
Selection depends on contaminant type and concentration, airflow, variability, maintenance strategy and site constraints. Activated carbon is often a direct, robust route for H₂S and organic odors; DUV can suit larger or mixed duties where UV-C photocatalytic treatment aligns with the project. ANBE reviews the complete data before recommending a configuration.
Useful inputs include source volume or airflow, H₂S and VOC information, temperature, humidity, operating schedule, peak conditions, electrical supply, installation location and available footprint.
The documented FCA and DUV families are designed for S1 continuous duty when installed, operated and maintained in accordance with the supplied documentation and project conditions.
SS304 is the standard documented construction, with SS316 available as an option where the project environment or specification requires it.
FCA systems require planned inspection and eventual media replacement based on loading and condition. DUV systems require prefilter care, UV lamp inspection/replacement and chamber maintenance. The project documentation defines the applicable routines.
Control and monitoring scope is configured by project. FCA documentation supports manual/automatic modes and Modbus TCP / SCADA integration where specified. DUV monitoring options can include inlet and outlet H₂S sensing.
UV-C treatment can generate ozone inside the reactor. Discharge ventilation, electrical isolation, interlocks, access control and any applicable H₂S/ozone checks must follow the supplied manual and the approved project plan; service should be performed by qualified personnel.
Project assessment
Share what you know. Unknown values are acceptable—we will identify the next useful step.
