Platecoil Pillow Plates Flue Gas Heat Exchangers Gas Condenser and Gas Heater

Short Description:

Platecoil Flue Gas Heat Exchangers
Waste Gas Heat Recovery Heat Exchangers
Platecoil Gas Heater
Platecoil Gas Condenser

Core Heat Exchangers Elements : Laser Welded Pillow Plates

Material Custom-Made: Corrosion Resistance Alloy Available

Design Advantage : High Efficieny Heat Exchange

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Platecoil Gas Heat Exchangers Introduction

What is Platecoil Gas Heat Exchangers ?

The Platecoil gas heat exchanger is a specialized gas heat exchanger for gas cooling, condensation, or heating. Its core element is the Platecoil® heat exchanger plate. A number of plates arranged in parallel and at intervals to form a heat exchanger plate banks, which together with the gas inlet and outlet form the Platecoil gas heat exchanger.

Depending on the purpose of gas heat transfer, Platecoil gas exchangers can be categorized into gas coolers, gas condensers and gas heaters. Gas coolers and gas condensers usually use cooling water as heat transfer medium, while gas heaters usually use steam or hot water as heat transfer medium.

The different operating conditions of the gases and the spatial conditions of the site determine that every Platecoil gas cooler is different in its calculation and design. Each Platecoil gas cooler is a customized product. The Platecoil gas heat exchangers consists of 3 main parts, the Gas Inlet part, Plate Bank part and the Gas Outlet part. The size and quantity of Plate Banks vary for different gas conditions, and the above diagram is only an illustration.The Plate Bank consists of an external casing and an internal Platecoils®, with a number of Platecoils® arranged at equal intervals inside the casing.

Platecoil Gas Heat Exchangers Insatllation Site

Working Process for Platecoil Gas Heat Exchangers

The Platecoil gas heat exchanger is connected to the external gas pipeline through the Gas Inlet and Gas Outlet. The gas in the pipeline enters the Platecoil gas cooler through the Gas Inlet, flows evenly into the inter-plate channel of the Plate Bank, exchanges heat with the HTM inside the Platecoil® when flowing through the Platecoil®, and then flows into the rear pipeline from the Gas Outlet.

The HTM Inlet and HTM Outlet of the Plate Bank are connected to the external HTM pipeline. The HTM enters into the inlet manifold, then flows into each Platecoil® uniformly after distribution. Inside the Platecoil® HTM is forced turbulence, then exchanges heat efficiently with the gases outside the Platecoil®, and then flows into the external pipeline through the outlet manifold and the HTM outlet.

Under gas heating conditions, hot water, steam, thermal oil or other heating media can be circulated in the plate.

The Platecoil gas heat exchangers's Platecoil® structure, overall equipment construction and gas flow rate inside the heat exchangers are simulated and calculated using Platecoil's proprietary gas heat transfer software to ensure uniform and consistent cooling of the gas over a sufficient residence time.