Applicable conditions
- Distributed, intermittent sources such as injection molding
- Production lines requiring independent operation
- Low-load points unsuited to long-distance ducting
- Phased retrofits of existing workshops
Source treatment equipment
RAO-800
In-situ catalytic treatment — Integrates pretreatment, RAO catalytic oxidation and air movement in a compact enclosure close to an individual production line, with linked start and stop control.
Operating limits
Select the model and internal sections for the pollutants, airflow, temperature, humidity, oil mist and particle load. RAO-800 describes a particular configuration and does not fit every production line.
System combinations
Combine with local capture hoods, dry filtration, dehumidification and an existing clean-exhaust header. Link operation to production status to limit unnecessary running.
PROCESS & OPERATION
Near the source. Linked to production.
RAO-800 integrates pretreatment, catalytic treatment and air movement close to suitable distributed sources. The retrofit focuses on capture, shorter transport paths and production-linked operation.
Explore testing & validation ↗- 01
Capture locally
Confirm hood position and the direction of pollutant release.
- 02
Shorten duct runs
Limit unnecessary dilution airflow and long-distance transport.
- 03
Link operation
Coordinate production status with start-up, shutdown and purge requirements.
- 04
Validate before rollout
Check one line’s performance and operating costs before a phased retrofit.
Suitability assessment
Review compounds, airflow, oil mist and start/stop frequency at distributed sources such as molding stations.
System integration
Check the existing exhaust header, branch balance and shutdown isolation.
Energy review
Compare measured electricity, consumables, operating hours and maintenance against the original baseline.
EQUIPMENT STRUCTURE
Internal functional sections
The arrangement illustrates the relationship between treatment sections and maintenance access. The configuration depends on pollutants, airflow, temperature, humidity and upstream loads.
