2017年10月31日 — optimal furnace design Suitable for furnace revamp and grass root furnace designs
Steam Cracking Furnaces | A Linde Company - Linde Engineering
Linde’s proprietary PyroCrack ® technology handles the full spectrum of feedstocks - from light hydrocarbons to naphtha and heavy liquids such as gas oils and hydrocracker residues. …
Cracking and Quenching: Initially an ethane-propane mixture or liquid feed like Naphtha or gas oil is fed to furnaces in which, under high severity conditions is cracked, forming ethylene, …
Cracking Furnace - an overview | ScienceDirect Topics
In steam cracking, a gaseous or liquid hydrocarbon feed such as naphtha, LPG, or ethane is diluted with steam and then briefly heated in a furnace (obviously without the presence of …
Ethylene Dichloride (EDC) Furnaces | A Linde Company
Linde is a leading supplier of ethylene dichloride (EDC) cracking furnaces, supplying the majority of EDC furnaces worldwide since our first installation in 1959, utilizing both our unique offset …
Cracking Furnace - an overview | ScienceDirect Topics
Thermal cracking in a furnace, commonly referred to as a cracking furnace, is one of the most common methods to produce ethylene. These furnaces may also be referred to by many other …
SRT® Ethylene Furnaces - Lummus Technology
Both provide quick quench to the cracking effluent for high ethylene yield and extended TLE run-length. Lummus Technology uses best available burner technology to minimize flue gas …
(45j) High Efficiency Ethylene Cracking Furnaces - AIChE
This paper describes the outcome of a feasibility study to the application of the high efficiency furnace concept to ethylene steam cracking furnaces. The high efficiency is achieved by …
Electrification of Steam Cracking Furnaces | A Linde Company
Cutting carbon emissions by 95% or more! Steam crackers require huge amounts of energy in the form of fired heat to break hydrocarbons down into olefins and aromatics. As such, they …
Advanced Process Control of an Ethylene Cracking Furnace
2015年3月10日 — Liquid hydrocarbons and the dilution steam are fed into the tubular reactors. The reaction section is divided into eight zones, which can be heated independently to achieve the …