VOC Treatment - Modular Equipment
ACCM
Advanced Concentrator with CTO Module - ACCM
Advanced Concentration + Catalytic Oxidation Module
Industrial Applications
The patented ACCM system is specifically designed for workplace environments and low-flow, low-concentration organic exhaust streams. In addition to treating VOC emissions from process equipment in accordance with applicable emission requirements, industries are placing increasing emphasis on workplace health and safety.
ACCM is designed to treat low-flow, low-concentration fugitive or intermittent VOC emissions generated during manufacturing processes, helping reduce the impact of organic vapors on personnel, equipment, and the surrounding work environment.
Operating Principle
The ACCM system integrates a concentration unit and a catalytic oxidation unit through a patented system design.
Low-concentration exhaust is drawn by the ACCM system fan into the concentration unit, where VOCs are physically adsorbed onto a high-efficiency hydrophobic adsorbent. The adsorbed VOCs are then desorbed using hot air at approximately 180°C.
The concentrated VOC stream is directed to the catalytic oxidation unit and treated at approximately 200°C. After catalytic oxidation, the high-temperature clean gas passes through a heat recovery system and the recovered thermal energy is reused for desorption in the concentration unit.
ACCM Technology
HAR + SAC + HHE + HMFP
- HAR: Honeycomb Adsorption Rotor
- SAC: Single-Atom Catalyst Thermal Oxidizer
- HHE: High-Efficiency Heat Exchanger
- HMFP: Equipment Health Management and Failure Prediction System
ACCM Technology
HAR + SAC + HHE + HMFP
- HAR: Honeycomb Adsorption Rotor
- SAC: Single-Atom Catalyst Thermal Oxidizer
- HHE: High-Efficiency Heat Exchanger
- HMFP: Equipment Health Management and Failure Prediction System
| Model | Process Airflow (NCMH) | HAR | CTO | Dimensions (L×W×H) mm | Weight (kg) |
|---|---|---|---|---|---|
| ACCM-10 | 10,000 | SCB-1525 | CS-1000 | — | — |
| ACCM-20 | 20,000 | SCB-1940 | CS-2000 | 7,865 × 2,350 × 2,630 | — |
| ACCM-30 | 30,000 | SCB-2450 | CS-3000 | — | — |
| ACCM-40 | 40,000 | SCB-2650 | CS-4000 | — | — |
| ACCM-50 | 50,000 | SCB-2950 | CS-5000 | — | — |
| Advantage | Description | Typical Applications |
|---|---|---|
| Mobility | Compact and lightweight equipment with a caster-equipped base, allowing the system to be moved to different operating locations as required. | General industries, intermittent-emission equipment, facilities without outdoor installation space, and cleanrooms. |
| Safety | SCR-controlled electric heating with no open flame. An integrated high-temperature detection and safety shutdown mechanism is provided. No gas or fuel oil supply is required; only electrical power is needed. | General industries, facilities without fuel supply, no-open-flame production areas, and cleanrooms. |
| Low-Temperature Exhaust | Patented energy-saving design maintains a low treated-gas outlet temperature, approximately inlet temperature +3°C according to the original design data. | General industries, no-open-flame production areas, cleanrooms, and facilities without outdoor installation space. |
| Continuous Online Regeneration | Continuous adsorption and regeneration during operation, without shutdown for routine adsorbent replacement. | General industries and 24-hour continuous-production facilities. |
| Modular and Easy to Maintain | The system uses modular components. When a component requires replacement, it can be exchanged within a relatively short maintenance period. Standby equipment can also be provided to help minimize production interruption. | General industries and 24-hour continuous-production facilities. |
| Extremely Low Operating Cost | Patented energy-saving design is intended to minimize system operating costs. | General industries and 24-hour continuous-production facilities. |