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Gelan produced plate heat exchanger, heat transfer efficiency significantly improved, high pressure, corrosion resistance, compact structure, small size, stable operation, disassembly 69 times without leakage, long service life, applicable to a wider range of working conditions, more stable operation.
In an ethylene cracking oven, large molecules are broken down into smaller ones. Propylene and ethylene are two of the valuable chemicals produced there. For this purpose, extreme heat is used. It has vital parts like the Section, Convection Section, TLE (Cooling Part and Decoking System. Steam and coal tar are combined first. The radiant heat portion then provides the heat. Some large molecules, such as ethylene, are separated by the intense heat. After that, the gas is quickly cooled to prevent further alterations. The carbon buildup has to be cleaned on a regular basis.
High Temperature Operation:
Coil Design:
Efficient Heat Transfer:
Modular Design:
Advanced Control Systems:
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Heat Recovery Systems:
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Shell and tube heat exchanger has a wide range of applications in chemical, petroleum, pharmaceutical, food, metallurgy, electric power and other industries. It can be used for heating, cooling, condensation, evaporation and other processes, is to realize the heat transfer and energy conversion of the important heat transfer equipment.
Radiant furnaces use heat that shines out like the sun. They work fast. They are used to melt metal and make it soft. Convection furnaces use hot air or gas to make things warm. They save energy and keep things warm for a long time. They are used to make metal, dry things, and make clay pots.
Single-pass furnaces let the heat go through one time. They are easy and not expensive, but they could be better at saving heat. Multiple-pass furnaces let the heat go through many times. This makes them better at using heat. They help keep things warm and save energy. They are used in oil and to produce chemicals.
Gas feed furnaces heat gas. They are used to burning things and making reactions happen. They are used in oil and gas work. Liquid feed furnaces heat liquids. They are used in oil work, like cleaning oil. They are made to heat liquids well and not get clogged.
ISO and ASME Compliance: Manufactured based on ISO and ASME standards so that the CE and FDA are highly obtained in order to achieve excellent quality of manufacture up to 80% without having a high failure rate, hence little or no maintenance cost.
Precision Engineering: Gelan has 415 international-grade plate and gasket molds and 31 CNC precision machines which are able to produce high quantities in both standard and custom applications. The gaskets are very tough, withstanding up to 69 disassemblies without leakage, far above the national requirements.
Good Heat Sharing: Gelan plates have a unique shape that helps mix the liquid well, even when it moves slowly. This helps share heat better and keeps things clean.
Low Push Needed: Gelan plates have holes in the right spots and smooth paths for the liquid. This means we do not need to push a lot to move the liquid, so it works well.
Strong Under High Pressure: The gaskets and plates are solid. They can hold a lot of pressure without breaking. It is especially made for high pressure spots. It can handle high pressure work easily.
Lasts a Long Time: The gaskets are made of good stuff that keeps away rust. They are also slippery, so they do not break easily and last longer.
No Leaks, Works Well: Gelan plates have a sound sealing system that keeps them strong. They do not leak, which makes them work well for a long time.
Good Ethylene Furnace: The ethylene furnace is made to save energy and make ethylene. It uses special coils to spread heat well. The furnace parts do not get dirty fast, so they keep working longer. It also ensures that the heat and flow stay steady, so we get more ethylene and less waste.
Ethylene cracking furnaces are vital in the oil and gas industry. These units break giant molecules into ethylene. Ethylene is used in items like rubber and plastic. A suitable boiler will create more ethylene. It also reduces the amount of power used. Picking the ideal heater is vital. As a result, things become better and safer. Also, to be safer, the finest stoves consume less fuel and produce more.
An ethylene-cracking furnace is a big machine. It helps break down oil or gas to make new things. These new things are used to make plastic, rubber, and lots of other things we use every day.
The Furnace gets very, very hot—hot like fire. It heats up the oil or gas until it breaks into smaller pieces. Then, it cools down really fast, so the pieces stay small.
We put oil or gas in the furnace. It can be things called ethane, propane, or naphtha. These come from deep underground, from oil or gas. We use what we have and what costs less.
The furnace makes things like ethylene and propylene. These are important for making plastic toys, bottles, and rubber. It also makes a few other things, like gas and tiny bits of different chemicals.
The furnace gets super hot, and it is hard to control. Sometimes, sticky black stuff called coke builds up inside. This makes the furnace work poorly. We need to clean it often. Also, it uses a lot of energy to stay hot, so it can be hard to save energy.
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