Whitepapers

Petroleum refining processes have evolved over the years to maximize efficiency and output as crude oils are turned into finished products. One such evolution has been the increased level of quality testing done on petrochemicals such as aromatics. Read our whitepaper to compare total chlorine levels in aromatics.

This paper describes an engineering methodology for understanding risk, particularly in catalyst tubes, and making decisions regarding operation. A successful case study is presented in which the production of a hydrogen constrained unit was optimized through inspection and engineering.

The global Downstream industry is experiencing significant investment and capacity expansions whilst contending with growing trade tensions, workforce shortages, oversupplied markets & a slowing global economy – this complimentary report covers the whole Petrochemical, Chemical, Refining & LNG value chains, with latest insight on: • External industry threats and challenges overview • Updates for every major US & International project • Owner/Operator case studies • Spending activity & trend analysis across all Downstream verticals.

"Near-zero" emission control of plant pollutants is achievable through innovative technologies. But is the petrochemical industry ready to commit and pursue long-term, environmentally oriented and sustainable policies? A white paper series analyzes the dilemma challenging petrochemical companies in the decision-making for economic growth and sustainability goals. The series investigates the environmental performance quandary from three perspectives: government regulatory agencies, petrochemical operating companies, and environmental controls system technology providers. Specifically, this white paper addresses the challenges faced by operating companies to forge a road map to balancing profitability, environmental performance and sustainability.

Silicon is a contaminant and, depending on where the contamination occurs along the supply chain, repercussions can range from engine problems for gasoline end users, to possible poisoning of naphtha hydrotreater catalysts at the refinery level. Read our whitepaper to understand the effects of silicon contamination in the refining process

Optical gas imaging (OGI) cameras can help you detect industrial gases quickly, accurately, and safely - without shutting down systems. OGI cameras can scan and survey areas that are hard to reach with traditional measurement tools. OGI cameras can also detect leaks from a safe distance, displaying these invisible gases as clouds of smoke.

“Near-zero” emission control of plant pollutants is achievable through innovative technologies. But is the petrochemical industry ready to commit and pursue long-term, environmentally oriented and sustainable policies? A white paper series analyzes the dilemma challenging petrochemical companies in the decision-making for economic growth and sustainability goals. The series investigates the environmental-performance quandary from three perspectives: government regulatory agencies, petrochemical operating companies, and environmental controls system technology providers. Specifically, this white paper addresses the challenges faced by regulatory agencies in balancing economic growth with environmental policy.

With the ever increasing need to measure incoming crudes as quickly and efficiently as possible, the industry has responded with a new test method: ASTM D8252. Download our method brief to learn how Petra MAX complies with this method while offering nickel and vanadium analysis in less than 5 minutes.