Industry overview

• Energy and heat supply

• Chemicals

• Refineries

• Food industry

• Waste recycling

• Steel and metal processing

• Building materials industry

• Wood processing

Benefits

• Suitable for all standard and numerous special fuels.

• Wide range of hot gas temperatures can be mapped.

• Large control range with low emission values.

• Homogeneous temperature profile at the hot gas outlet.

• Low radiation losses.

• Complete combustion of the fuel.

• Variable mixed gas/mixed air volume.

• Low maintenance intervals and robust design.

• Suitable as a thermal afterburner, for flue gas reheating, and as a

classic combustion chamber for many applications.

COMPACT ALL-STEEL HOT GAS GENERATOR FOR RAPID

TEMPERATURE CHANGES AND LARGE VOLUME FLOWS

The CCS-LT was specially developed for processes with rapid

temperature changes, intermittent operation, and high volume

flows. The compact, all-steel construction without refractory

lining enables short start-up times, low weight, and flexible

installation options. The tangentially fed mixed gas, together

with the SAACKE SSB burner, ensures low emissions, a very

homogeneous temperature profile, and low pressure losses

– ideal for applications with low outlet temperatures and

energy-efficient mixed gas operation.

Power range

2 – 26 MW

Fuels

• Fuel gases

• Low-calorific fuel gases

• Extra-light fuel oil

Exit temperatures

400 – 650 °C (Fuel gases up to 800°C)

Industry overview

• Energy and heat supply

• Chemicals

• Refineries

• Food industry

• Waste recycling

• Steel and metal processing

• Building materials industry

• Wood processing

Benefits

• Suitable for all standard and numerous special fuels.

• Wide range of hot gas temperatures can be mapped.

• Large control range with low emission values.

• Homogeneous temperature profile at the hot gas outlet.

• Low radiation losses.

• Complete combustion of the fuel.

• Variable mixed gas/mixed air volume.

• Low maintenance intervals and robust design.

• Suitable as a thermal afterburner, for flue gas reheating, and

as a classic combustion chamber for many applications.

COMPACT HOT GAS GENERATOR FOR CONFINED SPACES

AND FLEXIBLE APPLICATIONS

Where space is limited, the CCS-HT compact offers a powerful

solution for energy-intensive processes. The compact hot gas

generator is based on a stable double-jacket design with refractory

lining and is optimized for natural gas firing with the SAACKE SSB

burner. High air excess, large control ranges, and a sophisticated

combustion chamber geometry ensure low emissions, uniform hot

gas temperatures from 600 to 1.000 °C, and high energy efficiency.

Thanks to its compact design, the CCS-HT compact is particularly

economical, flexible in use, and ideal for customer-specific

requirements.

Power range

2 – 20 MW

Fuels

• Natural gas / Special gases

• Low-calorific fuels on request

Exit temperatures

< 600 – 1.000 °C

ERSATILE HOT GAS GENERATOR FOR DEMANDING

INDUSTRIAL PROCESSES.

The CCS-HT is ideal for drying processes and the thermal utilization

of exhaust gases, exhaust air, and vapors.

With its robust double-jacket design, efficient air flow, and flexible

fuel selection, it offers high temperature homogeneity, short start-up

times, and low emissions. In combination with SAACKE industrial

burners, the CCS-HT offers maximum operational reliability, a wide

control range, and maximum efficiency—even with changing process

requirements.

Power range

2 – 40 MW

Fuels

• Standard fuels

• Heavy oil

• Low-calorific gases and liquids

• Numerous pulverized fuels

Exit temperatures

< 600 – 1.000 °C

THE ULTRA-LOW-NOX BURNER FOR YOUR PROCESS HEAT.

Thanks to its efficient and low-pollutant combustion, the SAACKE

TEMINOX complies with the most stringent emission regulations

for both gas and oil operation, while keeping residual oxygen

levels in the exhaust gas low. The burner is available with an

integrated fan as a monoblock version or with a separate fan

as a duoblock version.

Power range

3 – 28 MW

Fuels

• Natural gas

• Liquid gas

• Hydrogen

• Light fuel oil

• Synthetic fuels

• Special fuels (biogases, bio-oils, etc.)

Applications

• New construction and modernization of industrial plants:

• Shell boilers

• Water-tube Boilers

• Thermal oil heaters

• Thermal processing systems

Industry overview

• Energy and heat supply

• Chemicals

• Refineries

• Food industry

• Waste recycling

• Steel and metal processing

• Building materials industry

• Wood processing

• Consumer goods

Benefits

• Lowest emissions that reliably comply with or even exceed

country-specific emission regulations, such as BImSchV.

• High efficiency due to low residual oxygen in the exhaust

gas, even with high emission requirements.

• Highly efficient, soundproofed fan (monoblock) with low

power consumption.

• Compliance with CE directives, type-tested.

• Robust and modular design.

• Easy installation, commissioning, and maintenance.

• Suitable for a wide range of heat generators.

• Available as natural gas, light oil, or dual-fuel burners with

the option of simultaneous operation of two fuels and 

combustion of special fuels.

• Version for air preheating (optional).

• Integrated combustion management system (optional).

• Further modular system extensions possible.

Industry overview

• Energy and heat supply

• Chemicals

• Refineries

• Food industry

• Waste recycling

• Steel and metal processing

• Building materials industry

• Wood processing

• Consumer goods

Benefits

• Thermal utilization of industrial by-products.

• Low-emission combustion.

• No support fuel required.

• Reduction of CO2 emissions and significant contribution to environmental

protection.

• Previously unused fuels replace conventional standard fuels such as natural

gas or light oil – your advantage in times of uncertain heating markets.

• Reliable compliance with emission requirements according to BAT (Best

Available Technology).

• Significant reduction in the number of start-up and shutdown processes

with unnecessary ventilation sequences thanks to a large control range.

• Suitable for sub- and over-stoichiometric combustion with a large lambda

range of 0.3–4.0.

• Flame geometry can be individually adapted to each combustion chamber

through various burner settings. If required, unmatched stable and short

flames are possible.