Catalysts
WR Grace acquires China catalysts firm Noblestar
WR Grace officially acquired Noblestar Catalysts, a Qingdao, China-based manufacturer of FCC catalysts, catalyst intermediates and related refining industry products. Grace said it expects to make additional investments at the site for environmental, safety and manufacturing upgrades.
BASF to build emissions catalysts plant in Poland
Construction of the new 40,000 square meter facility – BASF’s largest in Europe – will begin before the end of 2012. The plant will start production in the first quarter of 2014. Additional expansion will follow, raising the total investment volume for the project to approximately €150 million.
HP Viewpoint: Age of turbulence: Charting the refining course toward a profitable future
High-performing enterprises draw on external expertise during all project phases, from scouting and front-end engineering and development through to operations.
HP Impact: Chemical industry execs look to the future
Chemical industry executives plan to soon use the significant cash on their balance sheets to pursue strategic acquisitions and new product developments to spur company growth, according to a survey r..
HP Construction: Europe
Clariant has inaugurated what is said to be Germany’s biggest pilot plant for producing climate-friendly cellulose ethanol from agricultural waste. Located in Straubing, Bavaria, and supported by..
HP Construction: Asia-Pacific
Jilin Qianyuan Energy Development has selected Chemtex, along with Black & Veatch’s patented PRICO LNG technology, to deliver a major liquefied natural gas (LNG) facility. Expected to be complete..
Chemtura expands co-catalysts output in Germany
A constant and reliable quality is essential for the performance of MAO used as a co-catalyst in single-site catalyst technologies, say Chemtura officials, who are hoping the expansion will further increase the security of supply for its customers’ engineered-polymer projects.
Maximize diesel production in an FCC-centered refinery, Part 1
For refineries with an FCC unit as the main conversion vehicle, the debate is how existing refinery assets can best be used to economically increase diesel production.
Redefining reforming catalyst performance: High selectivity and stability
Highly developed CCR catalysts are more robust to ensure extended service over 7–9 years.
Increase FCC processing flexibility by improved catalyst recycling methods
The dynamic global refining market emphasizes the need for greater operating flexibility in the fluid catalytic cracking (FCC) unit.
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