Engineering & Design
HP Petrochemicals: Update on ethylene tube coating technology
Improving the efficiency of ethylene furnaces has been a long-time goal for olefin manufacturers. The steam cracking or pyrolysis of hydrocarbons to yield ethylene also coproduces unwanted coke that a..
HP Project Management: Outsourcing creates opportunities beyond engineering
The present “shale revolution” has generated opportunities in the engineering, procurement and construction (EPC) industry that even a few years ago would have seemed fanciful. Billions of d..
HP Viewpoint: Going our way?—How the US will benefit from natural gas and fuel cell technology
A remarkable convergence is taking place in North America, as rising natural gas production meets the growing market for both stationary fuel cells providing power to businesses and the utility grid, ..
HP Viewpoint: The data revolution
The world’s population is expected to exceed 9 B people by 2040, and the corresponding energy demand for many of these newly affluent consumers will rise similarly. For the industrial sector, mor..
HP Industry Perspectives: RFS—An endless loop
Renewable fuels remain a huge burden for the global refining industry. Today’s transportation fuels, when used with later-model vehicles, have dramatically reduced tailpipe emissions. With much p..
Multi-faceted approach on energy efficiency methods
The hydrocarbon processing industry (HPI) is a high-energy-consuming business. After cost for feedstocks, energy is the next largest operating expense for an HPI facility. Since the first oil embargo ..
Sulzer acquires weld overlay company Interweld
The integration will start after closing, which is expected in the beginning of 2015. All employees will be retained, ensuring ongoing customer dedication in the weld overlay marketplace.
ExxonMobil, Arisdyne eye cavitation process for downstream production
The new multi-year agreement covers the development and commercialization of applications based on the CFC technology within the global petroleum industry.
Maximize LPG recovery from fuel gas using a dividing wall column
Refiners are challenged to recover LPG from mixed fuel gas streams due to the difficulty of separating the lighter components from bulk gas. To maintain profitability, it is essential to direct all of the crude oil components to the optimum disposition. This practice is becoming more significant due to increasing LPG demand in some countries and the supply of lighter crudes in countries such as the US.
Shale gas drives new opportunities for US downstream
This shift to lighter feeds for the SC will reduce the future availability of other petrochemical feedstocks—in particular, propylene.
- thyssenkrupp Uhde completes pre-FEED for HAMR Energy’s renewable fuels project in Australia 8/21
- CMB.TECH completes merger with Golden Ocean 8/21
- 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
