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AGRM Combustion Valve Train

We specialize in designing, manufacturing, installing, and debugging combustion systems for industrial kiln process heating applications. From glass kilns to Incineration kilns, we have the ability to handle combustion valve train systems related to oxy fuel combustion in various industries. Years of work experience help us provide you with the most suitable product.

aGRM Combustion Valve Train Applicable

Applicable Kiln: glass furnace, fiber glass furnace, cement kiln, incineration kiln, metallurgy kiln, etc.

Applicable fuel: pipeline natural gas, liquefied natural gas, liquefied petroleum gas, rock stratum gas, coke oven gas, heavy oil, coal tar, light diesel oil, petroleum coke.

Combustion Valve Train
Combustion Valve Train
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Executive standards

Strictly follow the european standard EN746-2 or american standard NFPA86 for design and manufacturing

Key valve mechanism components

The air valve mechanism consists of many components, each with its unique purpose. We insist on using the world’s highest quality raw materials, and our main suppliers include Honeywell, Rosemount, Gaotzi, Fisher, Sweter, Kite, SMC, Yokogawa.
The combustion valve train is an important component of the industrial combustion system. However, we must carefully design and manufacture them to ensure that the finished equipment components operate as expected. The gas valve train we provide has undergone rigorous inspection, including professional degreasing, leak detection, pressure resistance and other factory inspections. We will provide quality certificates and factory reports in accordance with standard requirements to ensure that you can rest assured during use.
You can always seek help from AGRM’s combustion experts for any problems you encounter during use.

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Design of Full Oxygen Combustion System

We are the earliest team to promote and apply full oxygen combustion technology. We have over 20 years of industry experience and general contracting experience in over 70 full oxygen combustion projects, as well as installation and commissioning performance of over 240 sets of various types of full oxygen combustion valve trains.
Our professional team can provide control systems, combustion valve train design, and selection of full oxygen combustion burners based on customer needs.

Selection Of Burners

We have 5 series of full oxygen combustion burners and custom burner blocks, with over 28 specifications and models. We will recommend a suitable burner for your specific combustion conditions and process requirements.

Control System

We can specify a combustion control system for you according to customer requirements, or we can provide you with a control system for the entire kiln. Our team has rich practical experience to ensure the safety, reliability, and user-friendly interface of the control system we provide.

Combustion Valve Train

The combustion valve train is an important part of high-temperature industrial kilns. We can provide you with valve train design solutions that meet your process needs according to customer needs.

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Essential Factors to Consider Before Making a Plan!

Valve type

Select the valve type suitable for full oxygen combustion applications. Ensure that the selected valve has high temperature and corrosion resistance characteristics, and can achieve reliable sealing and adjustment functions.

Material selection

Select the valve type suitable for full oxygen combustion applications. Ensure that the selected valve has high temperature and corrosion resistance characteristics, and can achieve reliable sealing and adjustment functions.

Size and flow rate

Determine the size and flow rate requirements of valve components based on the design parameters of the full oxygen combustion system. Ensure that the diameter, aperture, and flow area of the valve are suitable for the expected combustion gas flow rate and can provide the required flow adjustment range.

Control method:

Select a suitable valve control method based on the control requirements of the full oxygen combustion system. Manual operation, electric actuator, pneumatic actuator, or other automatic control devices can be used to achieve valve opening and adjustment control.

Safety considerations

When designing the valve train, consider the safety requirements of the full oxygen combustion system. Ensure that the valve has reliable sealing performance, which can prevent gas leakage and fire risk. At the same time, emergency shut-off devices or valve position detection devices can be added as needed to enhance the safety performance of the system.

Durability and maintenance convenience

Considering the durability and maintenance convenience of valve components. Choose a reliable valve brand and quality to ensure its stability during long-term operation. In addition, when designing valve components, consideration should also be given to the requirements of easy maintenance and repair to reduce downtime and maintenance costs

We will provide relevant documents such as system installation documents, system PID diagrams, material lists, certificates of conformity, factory inspection records, degreasing and inspection records, and special equipment licenses with the equipment.

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