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Gas Fired Boiler

Pembelian Minimum 1
Negara Asal Indonesia
Update Terakhir 24 Mar 2020
Harga
Rp 10.000 *harga belum termasuk PPN

Penjual

PT. Indira Dwi Mitra

Verified Supplier
Alamat

Jl.Raya kali baru, Blok F No. 09 laksana Park - kec.Paku Haji, Teluknaga - Tangerang Banten

No. Telepon

+628XXXXXXXX

No. Whatsapp

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Detil Produk Gas Fired Boiler

Fire tube boilerFire tube boilers are designed to transfer hot gases from the heating source and cycle these gases through tubes that circulate through a drum filled with water. This process effectively transfers the heat from the gas into the water, which effectively generates steam.Due to this rel
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Detil Produk

Fire tube boiler

Fire tube boilers are designed to transfer hot gases from the heating source and cycle these gases through tubes that circulate through a drum filled with water. This process effectively transfers the heat from the gas into the water, which effectively generates steam.

Due to this relatively simple design, fire tube boilers are easy to operate and inexpensive to purchase. With the ability to generate medium to low degrees of pressure, fire tube are exceptionally versatile and able to be configured in a variety of designs. The following information explains some of the most common designs for fire tube boilers.

1. Horizontal Return Tubular Fire Tube Boiler

As one of the oldest and most simple designs for industrial boilers, the Horizontal Return Tubular fire tube boilers are still being produced today. It features a shell, a tube sheet on each end of the shell, and tubes that connect both tube sheets.

The boiler is mounted above the masonry or steel furnace. Once the combustion products leave the furnace, it's directed through the tubes on the end of the boiler. After going through the tubes, the combustion products leave the other end of the boiler. The combustion products are directed to the chimney or stack.

2. Firebox Boiler Design

The firebox boiler design utilizes locomotive boilers and fire tube firebox boilers. As a one-pass boiler design, the combustion products pass through the locomotive boiler once. Depending on the arrangement of the tubes and baffles, some firebox boiler designs may be a three-pass or two-pass.

The most common characteristic of the firebox boiler design is a furnace that may be contained partially in the boiler. The furnace is cooled by water for the majority of its entire surface area.

Multi-pass boilers are an extremely common option. These boilers are typically found in colleges, universities, or areas where the system is used to produce steam for space heating or use to create hot water.

3. Scotch Fire Tube Boiler Design

The scotch fire tube boiler design is most commonly referred to as the scotch marine boiler. With this design, the furnace is a big diameter tube located inside of the boiler. The furnace and boiler are circumferenced by water.

Some of the larger, older scotch boilers would have two or even three different boilers. However, most of today's modern scotch boilers only have one. Depending on the arrangement of the tubes and baffles, these systems can be two, three, or even four-pass.

Systems with four passes are typically recognized as the best option when balancing condensation induced corrosion and economic heat transfer. With every pass through the boiler, heat from the combustion products is transferred to the water located in the boiler. After a certain number of passes, it increasingly becomes economically difficult to extract heat from cooling products of combustion. At the same time, if the combustion products cool too much, the gases for combustion will condense, which can lead to corrosion.