Description
Approximately 25% of the usable energy of the fuel gas is released in the exhaust of the gas engine. This can be captured for cogeneration in a combined heat and power plant. This heat exits the engine at ~450oC as ‘high grade heat’, contrasting to ‘low-grade heat’ available from the generator cooling circuits. This high temperature and flow makes it well suited for utilisation in a waste heat boiler. The superheated steam produced in the boiler is typically available at 1-25 bar pressure for utilisation with nearby steam users. Steam boilers are utilised in a range of different gas applications with this being a popular solution for hospitals, sewage treatment works and industrial process plants.
Jet-flow pipe heat transferring efficiency is very high, normal heat pipe heat transferring rate :22W(M2.C),but Jet-flow pipe can increase to 52W(M2.C).
Jet-flow pipe through air spray to low down the pipe temperature , increase the pipe working life.and easy to clean dust,and hardly to block dust on it. and spray air can be heated to more than 600C, so it can sue for high smoke heat energy saving stage.
Heat Pipe steam generator widely use all kinds of Klin ,gas/oil engine,other waste hot smoke industries,We can design Heat Pipe steam generator based on the smoke element to saving energy and get more steam or hot water for clients.
Heat Pipe steam generator data(steam pressure 0.6mpa)
Exhuast smoke temperature ºC |
16000-24000NM3/H | 8000-12000NM3/H | 4000-6000NM3/H |
300ºC | 1.1-1.4T/h steam | 0.5-0.6T/h steam | 0.4T/h steam |
350ºC | 1.35-1.8T/h steam | 0.6-0.75T/h steam | 0.5T/h steam |
400ºC | 1.6-2.16T/h steam | 0.7-0.9T/h steam | 0.6T/h steam |
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