Engineering & Design
Mechanical design and fitness-for-service assessment of steam reformer pressure components
Bulk hydrogen (H2) production in a petroleum refinery by steam methane reforming utilizes high temperatures, moderate pressures and catalyst-filled tubes that generate high tube temperatures of up to 920°C (1,690°F), imposing relatively harsh performance demands on system components.
Advanced steam system optimization program
The steam system forms an integral part of the safe, reliable and profitable operation of a process plant. Steam constitutes approximately 30% of the energy used in a typical petroleum refinery.
Innovations
Ross Systems and Controls (SysCon) recently completed the qualification to self-certify its touchscreen purged panels as meeting the rigorous standards of Underwriters Laboratories’ UL-698A Code and the National Fire Protection Association’s NFPA-496 Code.
Engineering Case Histories: Case 100—Was sloshing the cause of a failure?
Some situations in failure analysis demand an understanding of the wave motion of a liquid wave in a tank, called “sloshing.”
How pipeline management becomes part of a plant safety strategy
A typical refinery or chemical plant contains miles of pipelines.
Optimize your insulation to reduce costs
Corrosion under insulation (CUI) is a common problem that is shared by the oil and gas (onshore and offshore), refining, petrochemical, power and manufacturing industries.
Enhancing refinery profitability with a novel offgas conversion technology
The refining industry is challenged every day to optimize product slates that comply with market demand, product specifications, environmental regulations and refining-petrochemical integration, all while remaining profitable.
Establishing a plastics processing sector in NE India—A short analysis
The Assam gas cracker project was proposed as a part of the implementation of the Assam Accord, which was signed on August 15, 1985.
CFD simulation in chemical reaction engineering
Reaction engineering is a branch of chemical engineering that deals with the design and optimization of chemical reactors.
Energy losses from the radiant firebox wall of pyrolysis furnaces
The steam cracking unit is highly energy demanding, requiring high-severity pyrolysis furnaces to break the carbon-carbon bonds, as well as high pressure for the purification of its products.
- European Commission unveils plan to drop ICE ban in the EU 12/18
- U.S. EPA expects to finalize biofuel rules in first quarter of 2026 12/18
- German cabinet approves draft biofuels law, food-based ingredient use to continue 12/18
- NextChem opens new plastic upcycling plant in Italy 12/18
- Ineos' Sir Jim Ratcliffe calls on Europe's politicians to take immediate action to protect the European chemical industry 12/18
- MB Energy expands aviation fuel supply to airlines at Copenhagen Airport 12/18
