THERMAL PLANTS

FIRE AND FLAME

The resource-conserving process of raw materials and energy requires flexible and innovative concepts. This can be achieved by environmentally safe treatments of gaseous and liquid waste. A valuable side effect is the utilization of released energy, for example through heat recovery. Depending on customer-specific requirements, different processes - and products - are implemented.

STATIC COMBUSTION CHAMBER

Disposal, energy conversion, recycling
Waste gases, liquid waste
Simple, robust construction
High utilization
Long life span

ROTARY KILN

Thermal treatment of bulk material
Execution depending on material, bulk density, humidity etc.
Direct, indirect heating
High mechanical, chemical resistance
High flexibility with regard to changing charge material

HEATING UNIT

Well-engineered thermodynamic processes
Liquid and gaseous fuels
Reliable provision of temperature-dependent processes
Constant temperature profile
High energy efficiency due to the high degree of efficiency
Direct and indirect heating
Optimal design and construction
Excellent refractory materials
Additional benefits such as energy recovery in combination with combustion technology

CONVEYING STORAGE EQUIPMENT

Field-proven systems
Robust, durable
Solutions tailored to specific applications
Mixers, shredders, tank storage etc.

FLUE GAS TREATMENT

Cleaning the flue gases from thermal processes
Consistent compliance of the requirements of the Federal Emission Control Act
Different, multi-level procedures
Output range up to 25,000 Nm³/h

DENOX-SYSTEM

In compliance with EU emission regulations, also setup for future revisions
Reduction of harmful and environmentally hazardous nitrogen oxides from emissions caused by incineration plants
Better air quality

POWER GENERATION

Energy conversion
Utilization of solid, liquid, gaseous recyclables
Electricity and heat generation
Commercial methods for waste heat recovery

SAFETY CONTROL

Well-arranged and easy operation
Free programmable and fail safe
Operator panel, communication with the process control system
Correct firing adjustment
Optimal burning processes
Simultaneous monitoring of several burners or complete plants
Short response time
Quick fault diagnosis
Location-independent
Optional remote diagnosis and/or maintenance