2.5.1. Processing Steps of Hydrogen Production from LPG Conventional process for producing hydrogen from light hydrocarbons involves the following process steps: • Feed preparation • Sulfur removal • Steam reforming • CO shift conversion • Autothermal reforming • Process gas cooling • Synthesis gas purification (PSA pressure swing absorption) [5] 2.5.1.1. Sulfur Removal LPG feed first passes through an ambient temperature sulfur adsorption vessel
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Mains gas is most likely to be piped natural gas. The most serious risk to human health is via a leak‚ however small‚ in the piping system that transports the gas inside the building. Natural gas is a mixture of hydrocarbons‚ including methane. It is colourless and odourless‚ which makes a leak difficult to notice. Exposure to high levels of natural gas quickly causes unconsciousness and even death. Exposure to low levels can cause dizziness‚ nausea or heart palpitations. It has this affect because
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GAS LAWS Properties of Gases Gases expand into any available volume • gas molecules escape from open containers. Gases are completely miscible • once mixed they will not spontaneously separate. Gases are described in terms of T‚ P‚ V and n Volume‚ Amount and Temperature • A gas expands uniformly to fill the container in which it is placed – The volume of the container is the volume of the gas – Volume may be in liters‚ mL‚ or cm3 • The temperature of a gas must be indicated
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Organic molecules are the molecules of life that include Carbon and Hydrogen. Organic molecules consist of four important classes which are lipids‚ carbohydrates‚ proteins and nucleic acids. The most important organic molecule is Carbon. Carbon can form with up to 4 different atoms to form chains‚ rings and branches. Organic molecules also contain monomers. Monomers are the “building blocks” of macromolecules. Macromolecules are made up by chains of monomers‚ these are called polymers. Continuing
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the most abundant thing in the universe? Hydrogen is the answer! Now with a little bit more refining it will be. Good morning fellow students today I will be talking about hydrogen powered vehicles. Firstly‚ some terms need definition.Hydrogen- a colourless‚ odourless‚ flammable gas which is the lightest and simplest of all known elements.Vehicle- A device or structure for transporting persons or things. Secondly‚ now to explain the ways to use hydrogen as a fuel. The first way is called electrolysis
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ChEMBL CHEMBL17564 RTECS number PA1490000 Beilstein Reference 1718732 Gmelin Reference 59 3DMet B01450 Jmol-3D images Image 1 SMILES [show] InChI [show] Properties Molecular formula CH4 Molar mass 16.04 g mol−1 Appearance Colorless gas Odor Odorless Density 0.6556 g L−1 Melting point -182 °C‚ 90.7 K‚ -296 °F Boiling point -164--160 °C‚ 109-113 K‚ -263--256 °F Solubility in water 22.7 mg L−1 log P 1.09 kH 14 nmol Pa−1 kg−1 Structure Molecular shape Tetrahedron Dipole
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Gas Chromatography Purpose: The purpose of the gas chromatography lab is to find out how different substances interact with the surface of a solid. Chromatography is a separation technique that depends on the relative distribution of the components of a mixture between a mobile phase and a solid stationary phase. Chromatography measures the tendency of a substance to interact with the surface of a solid or to remain in a mobile phase. When doing a chromatography lab the mobile phase has to
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Reaction of catalase with hydrogen peroxide AIM: I aim to find the rate of reaction between catalase and hydrogen peroxide. Enzymes such as Catalase are protein molecules that are found in living cells. They are used to speed up specific reactions in the cells. Each enzyme just performs one particular reaction so they are all very specific. Catalase enzymes found in living cells e.g. in yeast‚ potato or liver‚ speed up (in our case) the breaking down of hydrogen peroxide. The lock and key analogy…
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GAS HYDRATES AND THE ENVIRONMENT POTENTIAL FUTURE FUEL FOR THE ECONOMY GAS HYDRATES AND THE ENVIRONMENT POTENTIAL FUTURE FUEL FOR THE ECONOMY Thomas Harding SEDV 601 Thomas Harding SEDV 601 Fariha Abedin‚ Nisa Choudhary‚ Romaine Mcleary Fariha Abedin‚ Nisa Choudhary‚ Romaine Mcleary Contents ABSTRACT 1 INTRODUCTION 2 DISTRIBUTION 3 WHAT ARE NATURAL GAS HYDRATES? 4 WHERE DO NATURAL GAS HYDRATES FORM? 5 POSSIBLE PRODUCTION METHOD: 6 Thermal Injection: 6 Inhibitor Injection:
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Technical Paper WFGD Case Study -- Maximizing SO2 Removal by Retrofit with Dual Tray Technology A.A. Silva and P.J. Williams The Babcock & Wilcox Company Barberton‚ Ohio‚ U.S.A. J. Balbo Michigan South Central Power Agency Litchfield‚ Michigan‚ U.S.A. Presented to: EPRI-DOE-EPA-AWMA Combined Power Plant Air Pollutant Control Mega Symposium August 28-31‚ 2006 Baltimore‚ Maryland‚ U.S.A. 6 The Babcock & Wilcox Company BR-1785 WFGD Case Study - Maximizing SO2 Removal
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