Continuous catalyst regeneration
Controlling efficiency in continuous catalyst regeneration maximizes the catalyst lifespan by minimizing thermal damage, and affects the overall quality of the final product. Keep Reading
Emission compliance
Many processes generate harmful gases and particulate matter, which are subject to environmental regulation. Compliance with these regulations must be demonstrated to avoid fines and other sanctions. Keep Reading
Ethylene oxide
Derived from ethylene, ethylene oxide is a highly versatile chemical building block with many useful derivatives. These chemicals are integral to the manufacture of a wide range of consumer products. Keep Reading
Ethylene production
Millions of tons of ethylene are produced each year, using a wide range of hydrocarbon feedstocks. It is typically used to produce the raw materials for more complex polymers. Keep Reading
Marine fuel
Marine fuel is a viscous oil which can be burned to generate the power for marine vessels. It must be purified before use to remove water and dirt. Keep Reading
Power & steam boilers
The high temperatures required for many manufacturing processes are supplied by boilers – to control efficiency, the combustion reaction must be controlled by monitoring the oxygen level present. Keep Reading
Process/fired heaters
Process/fired heaters are used to provide a safe, efficient and controlled method for maintaining heat within a liquid or gaseous medium such as water, oil or chemical mixture. Keep Reading
Refining
A refinery converts crude petroleum oil into useful end products. This requires safe operation and maximum process efficiency in order to optimize the quality and quantity of the final product. Keep Reading
Sour gas treatment
Sour gas treatment involves using amine solutions to remove acid gases such as hydrogen sulfide and carbon dioxide from hydrocarbon gas in refineries and gas plants. Keep Reading
Sulfur recovery
The Claus sulfur recovery unit (SRU) and tail gas treating unit (TGTU) require a suite of process gas analyzers to ensure safe operation, high efficiency, and meet environmental regulations. Keep Reading
Sulfuric acid production
Sulfuric acid is produced by the Contact Process, which converts sulfur dioxide into sulfur trioxide, which in turn is converted into the final product. Keep Reading