top of page

Afterburner for Industry & Laboratory

Reliable removal of hydrocarbons and ammonia. From laboratory to industrial scale—customized, reliable, and compliant with TA Luft and BImSchG.

20 years of project experience

Optimized Operating Temperatures & Heat Recovery

Standard- & Custom-Design

Compliant with BImSchG & TA-Luft

ENG_Whitelight_Allokat_Zusammenbau_2.jpg

Catalytic Oxidizer

Laboratory

Lab scale catalytic oxidizer

Efficient exhaust gas treatment at a reduced operating temperature (300 °C). Up to 25 Nm³/h with a speed-controlled fan. Ideal for debinding and e-fuels slip combustion.

Catalytic Oxidizer

for industry

Catalytic Oxidizer Allokat 80

Extremely low energy consumption, ideal for stable processes. Can be flexibly configured as a core unit, a compact system mounted on a forklift frame, or in a container for outdoor installation.

Up to 3,000 Nm3/h.

Thermal Oxidizer

for industry

TNV600.jpg

Exceptional robustness in the face of highly fluctuating exhaust air flows and unknown gas compositions. The optimal solution for exhaust gases from pyrolysis and waste incineration processes.

Up to 3,000 Nm3/h.

For which industries and processes?

Kiln & Furnace Processes:

Reliable binder burnout for pressed and injection-molded ceramics, as well as zirconia components in dental technology.

Energy & e-Fuels:

Efficient slip combustion (methane/ hydrogen/...) in the production of synthetic fuels.

 

Refrigeration & Heating Technology:

Safe ammonia slip combustion for industrial heat pumps and cooling plants.

Recycling & Waste Management:

Heavy-duty purification of pyrolysis gases and waste incineration exhaust air.

Research & Development (R&D):

Highly adaptable emission control systems tailored for the development phase.

Catalytic or thermal?

Catalytic afterburning

The catalyst lowers the activation energy required for the reaction, enabling a process at lower temperatures. This reduces energy consumption and thus operating costs. Stable process conditions are a prerequisite for this.

Low energy consumption

Ideal for stable processes

Thermal afterburning

When gas composition and volume flow vary significantly, a high degree of flexibility in process control is required. This is made possible by TNV.

Heating can be provided electrically or with gas. The comparatively high energy requirement compared to the catalytic process can be reduced by using heat exchangers.

Robust under highly fluctuating exhaust air flows and unknown gas composition

Ideal for exhaust gases from waste incineration or pyrolysis processes

Our services

With sound expertise and a practical approach, we support our customers in the fast and reliable implementation of their projects – from the initial idea to successful realization.

Exhaust gas measurements to assess your exhaust gas situation

Maintenance & Service

Maintenance of in-house and third-party equipment to extend its service life

ENG_ETNV 100.jpg

TNV on a chamber furnace

About Us

For over 15 years, we have been developing efficient solutions for industrial exhaust air purification. Starting with industrial furnace construction, we are now an experienced partner for a wide range of industries – with a clear focus on economical and sustainable plant concepts.

Our team combines process engineering expertise with modern automation and develops customized solutions throughout the entire project lifecycle. You benefit from fast response times, a dedicated contact person, and a collaborative partnership based on mutual respect.

Our goal: maximum efficiency, the highest environmental standards, and solutions that deliver long-term success.

Allog in Numbers

389

Installed units

133

Satisfied customers

17

Countries where our systems are in operation

Finding the right solution together

Every system is as unique as your process. Talk to our experts and receive a well-founded, practical assessment – free of charge and tailored to your needs.

Contact us

Allog Engineering GmbH

Schulstr. 9-11

27726 Worpswede

Germany

 

info@allog.de

Tel.: +49 4794 4455180

Imprint Allog Engineering

Privacy Policy

bottom of page