Hydrogen co-firing burner package gas burner [BJ-HM burner]
BJ-HM
Supports a mixing ratio from 100% hydrogen to 100% city gas. We meet customer needs with low NOx combustion and stable flames.
The "Hydrogen Co-firing Specification" has been introduced for the Blue Jet Burner (BJ)! By switching the co-firing ratio, it allows for flexible responses to CO2 reduction and fuel supply balance. It achieves low NOx combustion and uniform flame shape across the entire co-firing ratio. 【Features】 1. Zero CO₂ emissions during hydrogen-only combustion It can accommodate a flexible hydrogen co-firing ratio that contributes to decarbonization and low carbonization. 2. Hydrogen co-firing is possible by simply replacing existing burner parts It can be switched to a hydrogen co-firing burner just by replacing parts from the existing BJ burner body. * 3. No need to replace parts when changing the co-firing ratio Since hydrogen, city gas, and combustion air are combusted using a pre-mixing method, there is no concern about backfire or backflow, ensuring safety. Changes in the co-firing ratio do not require part replacements, allowing for preparation for future fuel supply. 4. Compatibility of low NOx and stable combustion The NOx performance is comparable to that of city gas-only combustion across the entire co-firing ratio. It achieves both low NOx and stable combustion. 5. Compact and easy to maintain.
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【Specifications】 Model (Burning Capacity): BJ-100HM (up to 116kW) BJ-200HM (up to 233kW) BJ-300HM (up to 349kW) BJ-400HM (up to 465kW) BJ-600HM (up to 1163kW)
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Applications/Examples of results
It can be used in a wide range of fields, including hot air generation devices, heat treatment furnaces, drying ovens, and food drying ovens.
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Since its establishment in 1959, Seiei Manufacturing Co., Ltd. has supplied gas burners and industrial furnaces to various fields. Leveraging the "combustion technology" and "thermal utilization technology" developed during this time, we are working on the development of "hydrogen and ammonia combustion technology" and "low-carbon thermal equipment." At the "Thermal Technology Research Institute," we can conduct combustion tests of hydrogen gas burners, as well as tests for painting drying and aluminum melting using hydrogen combustion. Additionally, we can perform various tests to solve issues related to thermal equipment. As professionals in thermal equipment, we are committed to contributing to the realization of carbon-neutral manufacturing.



