Construction
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.
Global Project Data
According to <i>Hydrocarbon Processing's HPI Market Data 2018,</i>’ total capital expenditures (CAPEX) are expected to reach $144 B in 2018.
Business Trends: Rejuvenating the contract “spine” of megaprojects—Part 1
Business executives and project managers are grappling with challenging business environments and a 20-yr legacy of failing megaprojects.
Industry Perspectives: Secondary unit construction surges in the near term
Although the refining industry is expected to add more than 7 MMbpd of new distillation capacity by the early 2020s, the global refining industry will witness a boost in secondary processing capacity, as well.
Refining: Russia plans ramp-up in refinery expansion, construction
Russian fuel producers aim to ensure regular supplies of oil products to both the domestic market and foreign importers in the coming years by building new refineries and modernizing existing plants across the country.
Editorial Comment: The future of refining—sulfur need not apply
According to multiple industry reports, crude oil consumption will continue to increase over the short term.
Demolition of a refinery—a site exit with many winners
The demolition of a refinery site is a complex, large-scale project.
Upgrading the bottom of the barrel
In the past few decades, new technologies, including both carbon rejection methods and catalytic conversion methods, have emerged.
Improve welding technology for heavy-wall pressure vessels in creep-resistant steel
The standard practice recommended for high-pressure vessels with heavy wall thickness requires the implementation of weld joint preparation with a narrow gap technique. This generally calls for a two-beads-per-layer sequence, along with the use of the submerged arc welding (SAW) process.
- 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
