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Hydrogen

HP News

Hydrocarbon Processing Staff: Thinnes, Billy

Refining capacity in the US increases slightly At the beginning of 2014 in the US, there were 139 operating refineries and three idle refineries with total atmospheric crude oil distillation capacity ..

How to make anything with a catalytic cracker

High Olefins FCC Technology Services, LLC: Dean, C.
Technip Stone & Webster Process Technology: Letzsch, W. S.

Various refined products can be produced via an FCCU only with changes in operating condition, different feedstocks and advanced/specialty catalyst choices.

Case history: Modernization of Russia’s refining industry—Part 1

RAS, A.V. Topchiev Institute of Petrochemical Synthesis, Gubkin Russian State University of Oil and Gas: Levinbuk, M.
Gazprom Neft: Galkin, V. V.  |  Makhiyanov, V.

Russian laws governing transportation fuels and crude oil have undergone many changes. These regulatory changes will involve the revamping of Russia’s refining industry. At present, this nation h..

HP Petrochemicals: Coal re-emerges as a primary petrochemical feedstock

Nexant Consulting: Velson, J.

Coal-to-chemicals routes are now an important and viable option for producers in China and beyond. Those that look upon them as atavistic dinosaurs do so at their peril.

Catalyst demand to increase over the next five years

HP Editorial Staff: The Freedonia Group, Inc.

The global demand for petroleum refining, chemical synthesis and polymerization catalysts will rise 5.8 %/yr to $19.5 billion in 2016, as listed in Table 1. The growth is directly related to increasin..

Case history: Characterization of shale oils and heat exchanger performance

KBC Advanced Technologies, Inc.: Sayles, S.  |  Romero, S.

LTOs are paraffinic, low in asphaltenes but high in filterable solids. Understanding the impact of these mechanisms can shed light on preheat exchanger performance and the prediction of fouling rates.

Optimize hydrogen plant efficiency with new MTS catalysts

Technip: Hartono, T.

To study the impact on plant efficiency of using MTS catalysts, a comparison case study was held between the HTS-based and MTS-based H2 designs currently in operation.

Russian refiners use oxygenates to preserve octane

RAS, A.V. Topchiev Institute of Petrochemical Synthesis, Gubkin Russian State University of Oil and Gas: Levinbuk, M.
OAO Gazprom Neft: Kuznetsov, S. E.
Gubkin Russian State University of Oil and Gas: Zolotarev, A. S.

A case study was conducted regarding the physical and chemical properties of key gasoline oxygenates, such as methyl tertiary butyl ether (MTBE), tertiary amyl methyl ether (TAME) and other blending components.

A biofuels roadmap for Europe to 2030

E4tech: Bauen, A.

What will the transport sector use as an energy source in 2030? If you answered gas, electricity or hydrogen, you could be on the right track. These sources are becoming increasingly useful to meet cl..

Project management: Construction of modern-day hydrogen capacity in the Middle East

Linde Engineering North America, Inc.: Shahani, G.  |  Shahani, S.  |  Crisler, M.  |  Kogan, L.

Refining heavier and high-sulfur crude oils consumes high volumes of hydrogen (H2). Most refineries have exhausted process-based H2 supplies and must use on-purpose sources. This article follows the d..