Air Pollution Control

F.P. Engineering are the Southern African arm of CTP in Austria with the rights to market and manufacture the RTO units under the CTP umbrella with the design undertaken in Austria.

We together with CTP would like to introduce you to "The route to efficient air pollution control". CTP with its inhouse research division and team of highly experienced engineers is one of the leaders of pollution control in Europe and in the supply of the optimal control system for the destruction of:

1. Volatile Organic Compounds (VOC)
2. Carbon Monoxide
3. Hydrogen Sulphide
4. Nitrogen Oxides
5. Dioxins
6. Organic Particulate Matters

The RTO's - Regenerative Thermal Oxidizers - are designed to cope with fluctuating flows and concentrations of raw gas at lower operation costs than thermal recuperative oxidizers. The use of prismatic ceramic honeycombs in the heat exchanger enlarges the heat exchanger area three and a half times with the pressure drop in the AutoTherm remaining very low.

The plant is operated by a fully automated control system. We offer a number of options on control systems, all of which are easy and safe to operate. The modular design of AutoTherms enables additional units to be added if higher efficiency or a larger capacity is required at a later date.

COMPACT RTO MULTI-BED SYSTEM

High Purification rate 99.9+ %
Low or High VOC concentrations - we easily surpass the directives

Typical CTP multi-bed installation

How it works ...

Valve box

New generation of compact multi-bed RTO's

• Very high destruction efficiency (>99.9 %)
• Low pressure drop (17 to 29 mbar)
• High thermal efficiency (> 97 %)
• Simple system consisting of separated inlet and outlet regenerative heat exchangers ensuring gas tightness and spanned by a single combustion chamber which guarantees perfect mixing and minimal radiation loss.
• Reliable, quick acting, impervious poppet valves which boast countless hours of fail-safe operation owed to CTP's smart and durable design
• Weatherproof instrumentation and heating system
• CTP's hot bypass caters for a wide range of solvent concentrations and can rapidly adapt to varying inlet conditions (flow fluctuations, concentration peaks)
• CTP's bake-out procedure eliminates particle build-up and through its ability to adjust duration and temperature has proved its effectiveness in many challenging applications
• Advanced and enhanced heating technology featuring 3 options: burner / electrical heater / direct fuel injector