Insulation systems in hydrocarbon processing facilities are integral to the effective thermal performance of process pipes and vessels. While insulation plays an important role in process control, energy efficiency, noise reduction and passive fire production, it is important to consider how an insulating system stands up to a persistent threat in hydrocarbon processing facilities – corrosion under insulation.
According to a recent digital refining article,1 fired heaters are responsible for an estimated 400 MMtpy–500 MMtpy of CO
2
, with at least 73% of average refinery CO
2
emissions coming from combustion.
Are your reactor yields lower than forecast? Does your fixed-bed catalytic reactor suffer from hotspots?
Accurate measurement is more essential than ever in the oil and gas industry. Understanding the chemical composition of raw materials and the consistency of processed products is key to manage processes, reduce risks, and maximize outcomes.
Obsolescence is one of the most detrimental and worrisome issues in manufacturing units. This is predominantly because of rapid advancements in technology.
Most industrial assets operating at elevated temperatures require thermal insulation for energy conservation, thermal protection or process stabilization.
Equipment malfunction or an unplanned shutdown of a sulfur recovery unit (SRU) can have a significant effect on a production company’s profitability, along with an equally serious impact on personnel safety and the environment.
Steam turbines are essential for successful operations in refining and petrochemical plants, such as at the wet gas compressor and regenerator air blower of a fluidized catalytic cracking unit (FCCU).
The performance of refinery operations depends on the stable operation of the plant.
For most refinery facility managers, the demands of running plants efficiently, meeting environmental regulations and maximizing returns on product specifications challenge even the most disciplined professionals.