Environment & Safety Gas Processing/LNG Maintenance & Reliability Petrochemicals Process Control Process Optimization Project Management Refining

Environment

Low-pressure absorption of CO2 from flue gas: Plant economics with incentives

Politecnico di Milano: Tellini, M.  |  Manenti, F.

The precedent to this article, published in the April 2011 issue of Hydrocarbon Processing, discussed the chemical feasibility and process engineering design to absorb carbon dioxide (CO2) from flue g..

HP Integration Strategies: The energy water nexus

ARC Advisory Group: Miller, Paul

Whether or not you subscribe to the global warming and “peak oil” arguments, it is clear to almost everyone in the industrial world that “business as usual” is not sustainable inde..

HP Viewpoint: Age of turbulence: Charting the refining course toward a profitable future

Shell Global Solutions International BV: Ozmen, S. M.

High-performing enterprises draw on external expertise during all project phases, from scouting and front-end engineering and development through to operations.

How do project management practices guide turnaround execution?

Universitat Politècnica de València: Amendola, L.  |  Artacho, M.A.
PMM Institute for Learning: Depool, T.

The complex nature of turnaround maintenance projects leads to the development of various methods of managing plant turnarounds. To discover the strengths and weaknesses of each approach during plant ..

Optimize sulfur recovery in dilute H2S sources

ITS Reaktortechnik GmbH: Heisel, M. P.
WorleyParsons: Slavens, A. F.

The new direct oxidation process is an economic method for sulfur recovery from low-H2S content gases, converting H2S in a gas catalytic process directly to elemental sulfur.

Identify and control excess air from process heaters

Bechtel Corp.: Ahamad, S.  |  Vallavanatt, R.

Process heaters are the largest consumers of energy in most plants. A refinery, on average, burns approximately 2 billion Btu/hr of fuel in fired heaters. The total quantity of fuel burned (heat relea..

Redefining reforming catalyst performance: High selectivity and stability

Axens: Le Goff, P.-Y.  |  Lopez, J.
Axens North America: Ross, J.

Highly developed CCR catalysts are more robust to ensure extended service over 7–9 years.

Upgrade heavy oil more cost-efficiently

Ivanhoe Energy: Cabrera, C. A.  |  Silverman, M. A.

A new technology can economically upgrade and significantly improve the properties of heavy oil by reducing viscosity, increasing gravity and removing contaminants.

HP Brief

Hydrocarbon Processing Staff: Thinnes, Billy

European refiner affirms renewables project Total has reaffirmed its partnership and financial backing to the technology of renewable products company Amyris, the companies said in a recent statement...

Improve performance monitoring of your turbomachinery

Canadian Natural Resources Ltd.: Bhachu, U.  |  Francis, J.

This case study documents the performance variables to consider and apply when monitoring and tracking the efficiency deterioration for a steam turbine using DSs in a PI process book.