Environment & Safety
Hydrocarbon Processing Top Project Awards 2020
The global hydrocarbon processing industry (HPI) continues to expand and modernize to efficiently meet growing demand for energy, transportation fuels and petrochemicals.
Using ASME Section VIII Division 2 Class 1 to your advantage
It is globally recognized that ASME codes are widely used international codes for the construction of mechanical equipment operating in power, refining, petrochemical and nuclear facilities.
Digital: Harnessing the power of digital platforms to improve plant performance and increase customer success
Digital online platforms offer significant potential benefits across the oil and gas value chain by employing advanced analytical tools and near-real-time access to technical expertise to improve day-to-day plant performance.
What went wrong with my furnace?
We should learn from our own mistakes and experiences, but it is wiser to keep track of and learn from all past mistakes and experiences, including those made by others.
Editorial Comment: Optimizing operations by advancing process controls, instrumentation and automation technologies
When driving by or visiting a refinery or petrochemical plant, one cannot help but gaze at the expansive sea of metal towers.
Selecting the right rotary control valve
The primary function of a control valve is to regulate flow. Accurate, consistent and reliable performance of this task affects many important process unit or plant metrics,
Fired heaters in the process industries: Optimizing operations and minimizing emissions
The process industries, which include chemicals, metals and mining, oil and gas, petrochemicals, pulp and paper, and refining, are very energy intensive
Business Trends: A sustainable future—Unraveled
With the prominence in the oil and gas industry around sustainability, it is worthwhile to examine what it means to be “sustainable.”
Engineering Case Histories: Case 110: A checklist for vibration analysis
Periodically, I receive questions from engineers around the world on why a piece of critical machinery is vibrating excessively.
Increase uptime by reducing systematic failure risk
Pondering the history of industrial incidents, it would be incorrect to assume that most failures occur randomly.
- Ketjen introduces new breakthrough catalyst that mitigates the effects of iron poisoning in FCCUs 8/20
- Sumitomo Chemical achieves scale-up of its process for producing propylene directly from ethanol 8/20
- EcoCortec, Jakob Schober GmbH awarded sustainability award for closed-loop circular films solution 8/20
- Addverb reinvents its factory automation development with Siemens Xcelerator 8/20
- Sanctions-hit Indian refiner Nayara turns to ‘dark fleet’ 8/20
- EIA: Crude and gasoline inventories fall, distillates rise 8/20
