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Paraffin waxes make up the majority of commercial waxes. Waxes are characterized by the carbon number, hardness, crystal shape, composition, and molecular weight. These characteristics determine the condition of separating the wax. Paraffin wax is widely used in different industries such as ink, paper, cosmetics, ceramics using powder injection molding and energy storage as phase change materials. Consumption of wax products has increased in the world; especially for food, pharmaceutical products, cosmetics, as well as specialty products. The increase of profitability of wax production will lie in the improvement of blending and modification techniques for macro and micro-crystalline waxes used as the base materials.
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Paraffin waxes make up the majority of commercial waxes. Waxes are characterized by the carbon number, hardness, crystal shape, composition, and molecular weight. These characteristics determine the condition of separating the wax. Paraffin wax is widely used in different industries such as ink, paper, cosmetics, ceramics using powder injection molding and energy storage as phase change materials. Consumption of wax products has increased in the world; especially for food, pharmaceutical products, cosmetics, as well as specialty products. The increase of profitability of wax production will lie in the improvement of blending and modification techniques for macro and micro-crystalline waxes used as the base materials.
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Paraffin waxes make up the majority of commercial waxes. Waxes are characterized by the carbon number, hardness, crystal shape, composition, and molecular weight. These characteristics determine the condition of separating the wax. Paraffin wax is widely used in different industries such as ink, paper, cosmetics, ceramics using powder injection molding and energy storage as phase change materials. Consumption of wax products has increased in the world; especially for food, pharmaceutical products, cosmetics, as well as specialty products. The increase of profitability of wax production will lie in the improvement of blending and modification techniques for macro and micro-crystalline waxes used as the base materials.
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Paraffin wax. --- Paraffin --- Paraffin scale --- Petroleum products --- Waxes
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Paraffin wax. --- Paraffin --- Paraffin scale --- Petroleum products --- Waxes
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Paraffin --- Environmental Exposure --- Paraffin --- adverse effects --- toxicity
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Oxidation --- Hydrogen --- Carbon monoxide --- Paraffin wax --- Copper oxide
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Breast Neoplasms --- Receptors, Estrogen --- Paraffin Embedding --- therapy --- analysis
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Chlorinated paraffins are one of the last classes of chlorinated compounds that are still being produced worldwide and used in high quantities in many applications. They are particularly used in cutting oils in the metal industry, but also as lubricants, plasticizers, flame retardants and as additives in adhesives, rubber, paints and sealants. This volume covers the state-of-the-art of methods for the synthesis and analysis of chlorinated paraffins. Experts in the field provide an overview of their worldwide occurrence and utilization and describe their toxicological properties. International regulations and production volumes are presented as well as an example of a risk assessment study that was carried out in Japan. This book is a valuable and comprehensive source of information for environmental scientists interested in the occurrence and toxicology of chlorinated paraffins and for authorities and producers.
Chlorinated paraffin -- Environmental aspects. --- Chlorinated paraffin. --- Electronic books. -- local. --- Chlorinated paraffin --- Chemistry --- Earth & Environmental Sciences --- Civil & Environmental Engineering --- Chemical & Materials Engineering --- Environmental Sciences --- Environmental Engineering --- Chemistry - General --- Chemical Engineering --- Engineering & Applied Sciences --- Physical Sciences & Mathematics --- Environmental aspects --- Environmental aspects. --- Paraffin, Chlorinated --- Environment. --- Analytical chemistry. --- Geochemistry. --- Environmental chemistry. --- Environmental Chemistry. --- Analytical Chemistry. --- Paraffin wax --- Analytical biochemistry. --- Analytic biochemistry --- Biochemistry --- Chemistry, Analytic --- Chemical composition of the earth --- Chemical geology --- Geological chemistry --- Geology, Chemical --- Earth sciences --- Chemistry, Environmental --- Ecology --- Bioanalytic chemistry --- Bioanalytical chemistry --- Analytical chemistry --- Analysis, Chemical --- Analytic chemistry --- Chemical analysis
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The increasing demand for alternative energy feedstocks is pushing many stakeholders toward the development of new processes, technologies, regulations, as well as new production and economical models. Waste oils represent a consolidated source of valuable raw materials for many industries and, as in the case of used vegetable oils, fit well with the medium- and long-term sustainability objectives of industrialized countries. Waste oils are transversal to many value chains, such as food, the plastic industry, and fossil fuel extraction; thus, they could represent precious raw materials if properly exploited. In this context, a state of the art is provided, which covers technical, regulatory, and research aspects of the topic.
polymer-flooding produced water --- filtration --- interception characteristics --- filter medium pollution --- PPSO --- volatiles --- FAs --- antioxidant activity --- phenolics --- waste cooking oil --- biolubricant --- biodiesel --- recycling --- vegetable oil filtration --- vegetable oil degumming --- nuclear magnetic resonance --- free fatty acids --- acid value --- NMR quantification --- waste cooking oils --- waste oil characterization --- used vegetable oil --- bio-lubricant --- legislation --- waste plastic pyrolysis oil --- paraffin enrichment --- DMF equilibrium extraction --- DMSO equilibrium extraction --- n/a
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