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Investment Opportunities & Business Ideas in Senegal, West Africa - Identification and Selection of right Project, Thrust areas for Investment, Industry Startup and Entrepreneurship Projects

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Readymade Khaini (Geeli) Manufacturing Industry

Readymade Khaini (Geeli) Manufacturing Industry. Production of Chewing Tobacco. ???? ?????? Smokeless tobacco is also called spit tobacco, chewing tobacco, chew, chaw, dip, plug, and probably a few other things. It comes in two forms: snuff and chewing tobacco. Khaini is a form of chewing tobacco used in India, containing slaked lime. The most commonly used tobacco product in India is khaini, a tobacco, lime mixture, that is used by every ninth adult (11.2%). The next most commonly used tobacco product is beedi, smoked by 7.7% of adult Indians. Gutkha, a tobacco, lime, areca nut mixture, ranks third (6.8%) and betel quid with tobacco ranks fourth (5.8%). The prevalence of tobacco use among men is 42.4%, while among women it is 14.2% India, home to the world’s second highest number of tobacco users (around 275 million), last year had set a target of reducing tobacco use by 20% by 2020 and 30% by 2025. There is a huge demand for products like khaini and gutkha in India, The tobacco demand and consumption is very high in India, which will continue to be the key driver of growth in the market. This will be followed by demand from countries outside of India. A large portion of the Indian economy depends on agriculture, and tobacco is the principal cash crop across many states. Bidi (Traditional cigarettes), snuffs and smokeless tobacco, including gutka, khaini and zarda, are the most popular tobacco-based products. Bidi dominates the tobacco market in India, followed by chewing tobacco and cigarettes. Indian tobacco is exported to around 100 countries. India exports unmanufactured tobacco primarily to Western Europe, South & South-east Asia, East Europe and Africa. Exports of manufactured tobacco recorded a 25% growth from US$ 222.3 million in 2013-14 to a record US$ 278.6 million in 2014-15, while unmanufactured tobacco recorded a dip of 13.82% from US$ 789.04 million in 2013-14 to a US$ 680.01 million in 2014-15 respectively. The tobacco market is expected to grow at a CAGR of 6.3% over the period FY 2016 to FY 2020. A large portion of Indian economy is agricultural based where tobacco is the principal cash crop that is grown in many states. India is the 2nd largest producer and 3rd largest exporter of the tobacco in the world. Bidi dominates the tobacco market in India, followed by chewing tobacco and cigarettes. Indians consume bidis, snuffs and smokeless tobacco, including gutka, khaini and zarda. The global smokeless tobacco industry is projected to grow at the significant growth rate in the near future owing to increasing consumption of chewing tobacco in developing economies. Key players are shifting their focus from cigarette to the smokeless tobacco products due to growing demand. On the basis of type, it is segmented into chewing tobacco, dipping tobacco, dissolvable tobacco. Among all the types, chewing tobacco segment is dominating the market and the segment is expected to reach USD 9.96 billion by the end of 2023 with registering a CAGR of 4.30% during the forecast period. However, chewing tobacco segment is further categorized into loose leaf, plug, twist, chew bags and others. Dipping tobacco is further categorized into moist snuff, dry snuff and snus. Growing demand of chewing tobacco, majorly among the low-income community of consumers is also influencing the market growth. Popularity of consumption of smokeless tobacco among the daily wage workers, is projected to be high due to the low cost and high production capacity of tobacco in the developing country. In addition to the 45.7 million people who directly depend on tobacco Industry, there are millions who indirectly earn their livelihood from the Tobacco Industry such as people engaged in packaging, warehousing, flavour & fragrance, paper, jute, mentha, areca nut, transporters etc. Tags Khaini Manufacturing Process, Tobacco and Pan Masala Formulations, Khaini Manufacturing Process, Cost of Khaini Manufacturing, How to Make Khaini, Khaini Ingredients, Tobacco Based Products, Manufacture of Pan Masala, Tobacco and Tobacco Products, Khaini, Production of Khaini, Khaini Tobacco, Smokeless Tobacco, Tobacco Manufacture, Khaini Production, Indian Tobacco Industry, Tobacco Industry in India, Tobacco Industry, Chewing Tobacco, Tobacco Cultivation, Khaini Tobacco Manufacture, Manufacture of Pan Masala, Khaini Manufacture, Khainee Manufacturing Unit, Manufacturing of Smokeless Tobacco, Starting Tobacco Product Manufacturing Company, Smokeless Chewing Tobacco, Smokeless Tobacco, Small Business Ideas in Manufacturing of Tobacco Industry, How to Start Pan Masala Business, Project Report on Khaini Manufacturing Industry, Detailed Project Report on Tobacco Product Manufacturing, Project Report on Khaini Production, Pre-Investment Feasibility Study on Chewing Tobacco Manufacturing, Khainee Production, Techno-Economic feasibility study on Khaini Production, Feasibility report on Smokeless Tobacco Production, Free Project Profile on Chewing Tobacco Manufacturing, Project profile on Khaini Production, Download free project profile on Tobacco Product Manufacturing, How to Make Chewing Tobacco, Smokeless Tobacco Composition, Tobacco and Tobacco Products, Chewing Tobacco Composition and Process for Producing, Production of Smokeless Tobacco, Khainee and Tobacco Manufacturing
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Gypsum Mining Business

Gypsum Mining Business. Investment and Business Opportunity in Mineral & Mining Sector Gypsum is an evaporite mineral most commonly found in layered sedimentary deposits in association with halite, anhydrite, sulfur, calcite, and dolomite. Gypsum (CaSO4.2H2O) is very similar to Anhydrite (CaSO4). The chemical difference is that gypsum contains two waters and anhydrite is without water. Gypsum is the most common sulfate mineral. Gypsum is a mineral found in crystal as well as masses called gypsum rock. It is a very soft mineral and it can form very pretty, and sometimes extremely large colored crystals. Massive gypsum rock forms within layers of sedimentary rock, typically found in thick beds or layers. It forms in lagoons where ocean waters high in calcium and sulfate content can slowly evaporate and be regularly replenished with new sources of water. The result is the accumulation of large beds of sedimentary gypsum. Gypsum is commonly associated with rock salt and sulfur deposits. It is processed and used as prefabricated wallboard or as industrial or building plaster, used in cement manufacture, agriculture and other uses. Uses of Gypsum Gypsum uses include: manufacture of wallboard, cement, plaster of Paris, wall plasters, mortars, sheet rock, fertilizer, soil conditioning, and a hardening retarder in Portland cement. Varieties of gypsum known as "satin spar" and "alabaster" are used for a variety of ornamental purposes; however, their low hardness limits their durability. Relation to Mining Most of the world’s gypsum is produced by surface-mining operations. In the United States, gypsum is mined in about 19 states. The states producing the most gypsum are Oklahoma, Iowa, Nevada, Texas, and California. Together, these states account for about two-thirds of the United States’ annual production of gypsum. Over 30 million tons of gypsum is consumed in the United States annually. Canada, Mexico and Spain are other significant producers of raw gypsum. In all, more than 90 countries produce gypsum. In most open pit gypsum operations, benches are drilled and blasted using ammonium nitrate as the explosive. Because gypsum is so soft, most drills can drill through it at a rate of roughly 23 ft. per minute. Sometimes the drill holes become wet, which can cause problems with the ammonium nitrate. In these cases the ammonium nitrate is bagged in plastic bags before being lowered into the blast hole. Mines use approximately 1 kg of explosives for each ton of gypsum they blast. Market Outlook On the back of rising demand from industries such as construction, ceramic, cement etc., the India gypsum market is poised to grow significantly in the coming years. Government is also backing the industry by allowing up to 100% foreign direct investment (FDI) for gypsum products. As a result, FDI inflows to gypsum products industry in India have registered significant growth in the last few years. The country is thus anticipated to witness huge growth in gypsum consumption. And as per our prophecy, gypsum consumption in India would grow at a CAGR of around 4% during 2012-13 to 2017-18. The rapid infrastructure development in the country is expected to boost the Indian Gypsum industry. The growing demand for Gypsum, due to amplified construction industry, massive cement consumption and extensive use of gypsum in fertilizer and ceramic has resulted in very high gypsum consumption. The Indian gypsum Market is expected to exhibit immense opportunity for domestic as well as foreign investors. With the support of rising demand from industries such as construction, ceramic, and cement; the Indian gypsum market is poised to grow significantly in the coming years. The global gypsum market is valued at $1.49 billion in 2016, equivalent to 252 million tonnes, with 33.3% and 60.9% being consumed in the plasterboard and cement industries, respectively. The gypsum market is forecast to grow at a CAGR of 9.9% to reach nearly $2.4 billion by 2018 and $3.8 billion by 2026. Nearly all gypsum is used in three prime applications: building construction, cement (where it is used as a setting retarder), and agriculture (mostly for soil conditioner and fertilizer). Another common application is wet or powdered plaster. Minor applications include dentistry and surgical/medical, e.g., plaster casts. Population growth is dramatic in many developing countries, particularly India and China, and represents a major driver in gypsum consumption. Not only does large-scale industrialization create a need for rapid improvements in infrastructure, but increasingly prosperous population’s demand higher-quality housing and better living conditions. The global gypsum industry is mainly driven by the construction and renovation sectors as natural gypsum is especially suitable for the manufacture of cement, building plasters, dry mixes, wallboards and other gypsum products. In some of these uses, gypsum has no effective substitutes, for instance, in Portland cement production. On an average basis, an increased use of wallboards and plasters has been a major driver for gypsum production worldwide. The construction industry has significant spatial and temporal variability, with strong dependence on macroeconomic situation in each specific country and region. The macroeconomic variability in the construction industry affects the behavior of the gypsum market, which influences the dynamics of gypsum production volumes. The total reserves/resources of mineral gypsum in India as on 1.4.2015 have been estimated at 1,330 million tonnes of which 37 million tonnes have been placed under 'Reserves' and 1,293 million tonnes under 'Remaining Resources' category. Of the total reserves/resources, Fertilizer/ Pottery grade accounts for about 80% and Cement/Paint grade 13%. The Unclassified and Not-known grades together account for 5% resources. The remaining two percent of resources is shared by Surgical Plaster and Soil Reclamation grades. By States, Rajasthan alone accounts for 81% resources, Jammu & Kashmir 14% and Tamil Nadu 2% resources. The remaining 3% resources are in Gujarat, Himachal Pradesh, Karnataka, Uttarakhand, Andhra Pradesh and Madhya Pradesh Gypsum deposits are usually found at shallow depths and are scattered over large areas. The deposits are mined out by opencast method and usually by manual mining except a few semi-mechanized mines in Rajasthan. In semi mechanized mines, gypsum is excavated by backhoe excavator and directly loaded into trucks/ dumpers. The trucks and dumpers loaded with gypsum are dispatched directly to the user industry or are taken to railway siding for further loading into railway wagons for dispatch to far living user industry. In some mines of Rajasthan, the excavated gypsum is ground before dispatching to the user or party. Based on the use of gypsum, the production is classified into different grades like Fertilizer grade, Cement grade, plaster of Paris grade, surgical grade, etc. Exports of gypsum and plaster at 110,882 tonnes in 2015-16 increased by 69% from 65,645 tonnes in the preceding year. Exports of alabaster was not reported during 2015-16, although during 2014-15, it was 21 tonnes. Other segments that would attract attention would be production of gypsum wallboard which is currently negligible in India. It could find better prospects because of its light weight and other special characteristics. It being an excellent partition material could facilitate its utility in high rise building constructions. India's domestic resources of gypsum are large enough to meet increased demand. Tags Gypsum Mining, Gypsum, Gypsum Mines in India, Gypsum Industry, Gypsum Mining Business Plan, Gypsum Mining Business, Industrial Minerals & Rocks, Gypsum Mine Production, Mineral & Mining Sector Investment and Business Opportunity, Business Plan for Gypsum Mining, Gypsum Industry in India, Project Report on Gypsum Mining, Detailed Project Report on Gypsum Mining, Project Report on Gypsum Mining, Pre-Investment Feasibility Study on Gypsum Mining, Techno-Economic feasibility study on Gypsum Mining, Feasibility report on Gypsum Mining, Free Project Profile on Gypsum Mining, Project profile on Gypsum Mining, Download Free Project Profile on Gypsum Mining, How to Start a Gypsum Mining Business, Business Plan for Gypsum Production, Gypsum Mining Opportunity, Process of Mining Gypsum, Gypsum Mining and Processing, Gypsum Mining Plant, Gypsum Mining Startup Business
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LPG Cylinder Refilling Plant

LPG Cylinder Refilling Plant. LP Gas Industry. How to Start a Liquefied Petroleum Gas Filling Project LPG – Liquefied Petroleum Gas – describes flammable hydrocarbon gases including propane, butane and mixtures of these gases. LPG, liquefied through pressurization, comes from natural gas processing and oil refining. LPG is used as heating, cooking and auto fuel. The term is widely used to describe two prominent members of a family of light hydrocarbons called “Natural Gas Liquids” (NGLs): propane (C3H8) and butane (C4H10). The term “liquefied gas” may seem a contradiction in terms since all things in nature are either a liquid or a solid or a gas. Yet, liquidity is the unique character of LPG that makes it such a popular and widely used fuel. At normal temperature and pressure, LPG is gaseous. It changes to a liquid when subjected to modest pressure or cooling. In liquid form the tank pressure is about twice the pressure in a normal truck tyre, which means it is very safe when properly handled. LPG is a derivative of two large energy industries: the processing of natural gas liquids and the refining of crude oil. The major sources of commercial LPG are natural gas processing and petroleum refining. Raw natural gas often contains excess propane and butanes which must be removed to prevent their condensation in high-pressure pipelines. In petroleum refining, LPG is collected during distillation, from lighter compounds dissolved in the crude oil, as well as generated in the “cracking” of heavy hydrocarbons. Therefore, LPG can be considered a by-product and its exact composition and properties will vary greatly with the source. LPG Cylinder Refilling or Bottling Plant LPG bottling or refilling plant is a plant where LPG is filled into bottles (cylinders) for storage and distribution among various LPG distributors. The plant has the facility to receive bulk LPG by Tank trucks (of various capacities e.g. 12MT, 17MT etc.) or pipeline from a reliable source e.g. Refinery or any other LPG Bottling Plant. Uses of LPG: LPG can be used in many applications in the industrial sector namely in space- and process-heating, powering industrial ovens, production of food, kilns, furnaces, production of packing material as well as in powering forklift trucks in warehouses. 1) The top most use of LPG is to use as the main fuel for vehicles. It burns better than diesel or petrol and hence, the top most use for LPG is to use it as ignition fuel. It is also more energy efficient and is said to leave lesser damaging impact on the atmosphere and the environment. 2) LPG is also popularly used as a refrigerant. Since butane and propane are both considered to be energy efficient, LPG serves as a great hydrocarbon. 3) LPG is also used as a chemical feedstock. 4) Apart from being used as a motor fuel, it is also a great fuel used for other purposes. 5) LPG is also used for agricultural purposes in drying processes. 6) As a great industrial fuel, LPG is also used in solution heating processes. 7) The other main use of LPG is as domestic fuel or what we know as cooking fuel. LPG gas is a combination of propane and butane. Even these individual components have many domestic uses. Like propane is used in portable stoves as well as barbeques and butane is used in deodorants and even gas lighters used to light gas ovens in the kitchens and even cigarettes. 8) LPG is also used in centralized heating solutions both for domestic as well as industrial premises. 9) The paper industry as well as the food processing industry is also one of the top most industries which rely heavily on LPG. It has also a major role in the plastic industry and is even used in making explosives. 10) LPG is also used to produce electrical energy by running turbines. Advantages: • Compared to petrol, running the vehicle engine on LPG results in around a 10% increase in consumption. • A very important advantage of LP Gas as a fuel is the cost of itself. • It has a higher heating value, allowing you to heat your home at a lower price. • LPG is easy to transport • Due to higher octane rating, the combustion of LPG is smoother and knocking is eliminated and the engine runs smoothly. • When LPG leaks past the rings into the crankcase, it does not wash oil from cylinder walls and does not generate black carbon. Hence, the lubricating layer is not washed away. Thereby, the engine life is increased by 50%. • Due to the absence of carbon deposits on the electrodes of the spark plugs, the life of the spark plugs is increased. • Using LPG is very easy as it can be utilized without the need for significant infrastructural changes and technological requirements. • LPG offers energy solutions that are extremely economical. • LPG cannot be tampered with and hence its purity is maintained. • LPG generates the minimum greenhouse gas discharge out of all the existing fossil fuels. It comprises really less quantity of Nitrogen, Sulphur, and other particulate substances that are detrimental to the atmosphere. Research states that cooking with LPG actually helps in bringing down the greenhouse emission by up to 70 percent. Market Outlook The global liquefied petroleum gas (LPG) market is highly competitive, featuring a large number of equally balanced competitors. The top five companies accounted for 17.2% of the global market in 2013. Owing to their higher energy content and ability to burn easily as compared to other fuels, LPG, also known as autogas, is used as fuel in automobiles. The numerous environmental benefits of using autogas is another factor driving its demand. This is because autogas is considered to be greener as compared to other fuels such as gasoline and diesel. Autogas also enjoys legislative policy support and is cost-effective, thus driving its adoption. LPG is widely used as cooking fuel in residential sectors. The ease in transportation through pipelines, tankers, and cylinders results in the low cost distribution of LPG cylinders. Moreover, the low CO2 emission from LPG makes it one of the best fuels in the cooking sector. LPG is extensively used in the rural sector. The Indonesian government launched a conversion program and distributed LPG cylinders and gas stoves to the rural population. Similarly, the Indian government has also come up with initiatives, supporting the low cost distribution of LPG cylinders to rural sectors. All these factors contribute to the heightened demand for LPG. By end use, the residential and commercial segment led in 2013, accounting for a 63.25% of the global LPG market. The segment is expected to continue its lead in the market in the coming years. By geography, the Middle East and Africa is expected to lead in the global LPG market, followed by Asia Pacific. By source, the non-associated gas segment is expected to witness the highest growth rate in the coming years. Global Liquefied Petroleum Gas (LPG) market is expected to experience significant growth. The growing demand for LPG in residential and commercial sectors in developing nations has increased the demand for liquefied petroleum gas (LPG) market. Several initiatives taken by the government in the developing nations like Indonesia, China, and India to substitute traditional cooking fuels such as coal, wood, and kerosene with liquefied petroleum gas (LPG) will fuel market growth in the upcoming years. Governments across the world are promoting LPG as auto emission gas because it emits lesser quantities of carbon-dioxide gas into the air causing less pollution. In addition, rapid urbanization and growing demands of consumers in developing nations are promoting the demand for real estate, infrastructure, cars, electronic devices, and other goods followed by consumption of energy resources. The demand for LPG will continue to rise followed by its consumption particularly in the developing countries where the transportation industry is undergoing rapid growth and development. Liquefied petroleum gas (LPG) is a flammable mixture of various hydrocarbons, and majorly consists of propane and butane. LPG gas is colorless and odorless; and emits less quantity of CO2 when compared to petrol or diesel. Thus, LPG is extensively used as a cooking fuel, both in commercial and residential setups throughout the country. Application of LPG in the industrial sector is also increasing, owing to growing use of LPG as a feedstock in petrochemical plants in the country. Moreover, rising demand from transport segment and increasing consumption of LPG to produce various chemical components such as propylene, ethylene, butadiene, etc., is further anticipated to boost demand for LPG in the country in the coming years. Furthermore, increasing prices of naphtha, rising LPG imports and expanding distribution network are anticipated to fuel consumption of LPG in India during FY17-FY26. LPG consumption in India is forecast to surpass 35 MMT by FY26. North region dominated India LPG market over the past few years, and is further forecast to continue dominating the market through FY26. North region comprises several LPG bottling plants, oil refineries and petrochemical plants. A rapid increase in urban population combined with increasing LPG penetration in rural areas has resulted in a 10% growth in LPG consumption, making India the second largest LPG consumer in the World at 19 million tonne per year. Based on Government's continued efforts to promote clean fuel and increased adoption by consumers, LPG consumption is expected to see a sustained double-digit growth in the years to come. Few Indian major players are as under: • Adani Dhamra L P G Terminal Pvt. Ltd. • Aegis Gas (LPG) Pvt. Ltd. • Aegis Logistics Ltd. • Alert Petrogas Ltd. • Asia LPG Pvt. Ltd. • Balaji Pressure Vessels Pvt. Ltd. Tags LPG Filling Plant, LPG Cylinder Filling Plant, LPG Cylinder Plant, LPG Bottling Plant, LPG Gas Refilling Plant, LPG Gas Bottling Plant, LPG Gas Plant, Setting Up LPG Filling Plant, Project Profile on LPG Cylinders, Gas Filling Plant, Profitable Investment Opportunity in LPG Filling Plant, Gas Plant for LPG Cylinder with LPG Refilling, Gas Bottle Refill, Gas Bottle Refill, LPG is Filled into Bottles (Cylinders), Liquefied Petroleum Gas, LPG Gas Cylinder Filling Station and Plant, LP Gas Cylinder Filling Process, LP Gas Industry, LPG Stations (Cylinders and Autogas Filling Units), Mini LPG Bottling Plant, Cost of Setting Up LPG Bottling Plant, LPG Filling Plant Design, LPG Filling Plant Business Plan, LPG Bottling Plant Process Diagram, Project Report on LPG Bottling Plant, Investing in LPG Bottling Plant, Business Plan for Liquefied Petroleum Gas (LPG) Filling Plant, Cylinder Bottling Plant, Setting Up LPG Cylinder Filling Plant, Set Up LPG Bottling Plant, Project Report on LPG Gas Bottling Plant, Detailed Project Report on LP Gas Cylinder Filling, Project Report on LPG Gas Cylinder Filling Plant, Pre-Investment Feasibility Study on LPG Cylinder Refilling Plant, Techno-Economic feasibility study on LPG Gas Bottling Plant, Feasibility report on LPG Gas Cylinder Filling Plant, Free Project Profile on LP Gas Cylinder Filling, Project profile on LPG Gas Cylinder Filling Plant, Download free project profile on LPG Cylinder Refilling Plant
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Red Oxide Primer Manufacturing Business

Red Oxide Primer Manufacturing Business. Project Opportunities in Paint and Coating Industry. Production of Red Oxide Primer from Mill Scale Red oxide primer is a specially formulated coating used as a base coat for ferrous metals. Red-oxide primer serves a similar purpose to interior wall primers in that it prepares your metal for a topcoat, but it also gives iron and steel surfaces a layer of protection. Working with red oxide primer is not difficult, but it helps to be aware of some safety precautions and application tips. Red oxide primer is intended for use on interior and exterior ferrous metal and is not usually suitable for galvanized or nonferrous metals like aluminum, copper or brass. Red oxide primer is an anti-corrosion coating designed to stop rust formation. It can be applied directly over a rusty surface and is most ideal for exterior use. Red oxide primer can be covered with most conventional topcoats once it fully dries. Red Oxide Primer is an oil modified alkyd based primer suitably pigmented with micro fine red oxide and extenders. It is ideal for ferrous metal surfaces. It is free from heavy metals like lead, mercury and chromium. Primers create a flat-sheen surface that new paint can bond easily to. Primers are an intermediary coat between an unfinished or previously painted surface and new paint. Most primers are similar to paints in that they contain mostly fillers and pigments. They will create a coarse, flat surface for new paint to adhere to, but do not have enough binders or resins to truly fill out the difference in texture between the joint compound and the drywall paper meaning that even if you use a primer, you may still see an uneven finish in your paint. One advantage of primer is that many are able to be tinted, which is especially helpful when painting dark colors. A dark tinted primer will mean fewer coats of finish paint to achieve the deep color desired. Uses • Economical primer for general steel application • Not to be used on Galvanised Iron under very humid conditions Application • Ready for use with brush and roller • For spray application add Mineral Turpentine (Turps) • Steel must be free of oil, grease, rust or dirt • Remove rust and scaling paint with wire brush • Apply one coat Market Outlook The India paints & coatings market is estimated to register a growth rate of 7.10% during the forecast period (2018-2023). The coatings industry is one of the most heavily regulated industries in the world, so producers have been forced to adopt low-solvent and solvent less technologies in the past 40 years, and will continue to do so. The number of coatings producers is large. Most of the large multinationals have expanded operations in fast-growing areas like China. The most noteworthy trend has been consolidation, especially among the largest producers. After a decade of steady growth, production in Asia accounts for 50–55% of the total. Production and consumption are nearly identical in each country, as trade is limited to relatively small quantities of high-value product. Generally, coatings grow in tandem with the economy, so growth will continue to focus on the developing world. In emerging countries, coatings are growing at a much faster rate. The best prospects for growth are in China (6–7% average annual growth in the near future), India (6.6%), Iran (4–5%), Poland (4%), and Saudi Arabia (3–4%). Total global growth should be about 4% per year. On a value basis, it is likely that growth will be even higher as a result of increased production of relatively higher-valued coatings. Building & Construction is the fastest growing application of metal coatings Manufacturers use functional products such as paints, stains, lacquers, primers, and clears to come up with end products of metal coatings which are used in the building & construction industry. Metal coatings are applied on HVAC, trims, ceiling grids, blinds, purlins, railings, roof & wall panels, doors, soffits, and others. Mega construction projects in Qatar, Kuwait, Saudi Arabia, Oman, and Bahrain are expected to drive the building & construction industry which will in turn drive the metal coatings market in the Middle East. The growth in the market is going to be driven by emergence of the middle class in India, increase in the propensity to spend and growing young population tending to stay in nuclear families. Primer is extensively used in the building & construction sector. It is used as a preparatory coat on the walls and other substrates, before applying the paint. Along with this, foreign companies have been entering these markets to take advantage of the prevailing opportunities. This has created demand for the commercial infrastructure, such as offices, production houses, buildings, warehouses, etc., leading to increase in the construction activities in these countries. The primer market is estimated to witness high growth during the forecast period, 2018-2023. Asia-Pacific is expected to witness highest growth in the demand for primers during the forecast period, owing to the booming construction sector, and increasing automotive & furniture production in the region. Tags Red Oxide Primer (ROP), Red Oxide Primer Manufacturing Plant, Red Oxide Primer Composition, Red Oxide Primer Formulation, How to Make Red Oxide Primer, Red Oxide Metal Primer, Red Oxide Primer Manufacture, Primer (Paint), Start Formulation for Red Oxide Primer, Profile on Red Oxide Primer Production, Manufacturing Process of Red Oxide Primer, Red Oxide Primer Manufacturing, Red Oxide Primer Manufacturing Project Report, Paint Primer, Manufacture of Paint Primer, Red Oxide Metal Primer Manufacture, Red Oxide Paint & Primer, Red Oxide Primer Paint Making, Red Oxide Primer Chemical Formula, Paint and Coating Industry in India, Red Oxide Primer Chemical Composition, Paint and Coatings Manufacturing Industry, How Start Formulation for Red Oxide Primer? Industrial Primers, Metal Primer Paint, Red Oxide Primer Manufacture in India, Project Report on Red Oxide Primer Manufacturing Industry, Detailed Project Report on Red Oxide Primer Manufacturing, Project Report on Red Oxide Primer Manufacturing, Pre-Investment Feasibility Study on Red Oxide Primer Manufacturing, Techno-Economic feasibility study on Red Oxide Primer Manufacturing, Feasibility report on Red Oxide Primer Manufacturing, Free Project Profile on Red Oxide Primer Manufacturing, Project profile on Red Oxide Primer Manufacturing, Download free project profile on Red Oxide Primer Manufacturing
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Infrared Reflected (IR) Paint Manufacturing Industry

Infrared Reflected (IR) Paint Manufacturing Industry. New Paint Technology: Infrared Reflective Coatings Infrared technology is different than the old fashioned way of just applying heat to paint. It used to be that painters would use a torch to strip old paint. It worked great, except that it caused a ton of house fires and vaporized the lead paint, which is a serious health hazard. There has been a revolution in the paint industry with the emergence of heat reflective paint, which improve buildings’ insulation properties in an eco-friendly way. These paints are generally available in light colours because they can reflect up to 80% of solar radiation. The heat reflective paint lessens the ‘urban heat islands’ effect, which allows cooler buildings. A cooler building means lesser use of air conditioners and lower carbon dioxide emission. This way, heat reflective paints are the best option for those who believe in caring for the environment and longevity of the building. Uses and Application A number of industrial coating manufacturers are already employing this new paint technology for their customers’ applications. In North America, IRR pigments are utilized in metal roof coatings to reflect heat from a building’s roof. Because more heat is reflected away from the structure’s surface, less energy (and money) must be expended on cooling the interior. In large buildings, the savings on cooling costs can be significant over time. IRR coatings are also used for other building applications, such as in the manufacture of windows and doors, where IRR pigments help limit deformation of door and window frames. In Europe, coatings producers also utilize IRR pigments in building facade coatings such as stucco. IR-Reflective Coatings Benefits: General Benefits • Longer potential life-cycle due to less polymer degradation and thermal expansion due to lower temperature. • Aesthetically pleasing colors. • Cooler to the touch for better ergonomics. • Improved system durability and less thermal degradation Roofing Benefits • Less heat to transfer into buildings. • Reduced heat island effect. • Lower peak energy demand. • Reductions in air pollution due to lower energy usage, power plant emissions, and a reduction in urban air temperatures. • Installation crews can work longer into the day before roof gets too hot to work on. Market Outlook The heat reflective paints & coatings market has been analyzed by utilizing the optimum combination of secondary sources and in-house methodology along with an irreplaceable blend of primary insights. Infrared-reflective coatings can be formulated with various pigments, metals (such as aluminum) or other materials to produce an IR-reflective barrier. The paints industry in India has been growing at the rate of around 12% a year. The paints market has crossed the Rs. 135 bn mark. By volume, the market is estimated at 1.4 mn tonne which is growing at an average annual growth of over 6 to 8% (12% by value). The global IR Reflected coating market is expected to reach USD 5.41 billion by 2025. The automotive sector is one of the major contributors toward the heat reflective paints & coatings market. The high growth in economies and the increasing per capita income among consumers in the developing countries are increasing the demand for automobiles. This, in turn, is increasing the demand for heat reflective paints & coatings in this area. This trend is expected to continue in the automotive sector, thus leading the market during the forecast period. In the emerging economies, such as China, India, and Brazil, industrial infrastructure & equipment market is growing, which is expected to impact the heat reflective paints & coating market positively. Further, the use of heat reflective paints & coatings is increasing in building & construction, industrial, consumer goods, and oil & gas industries. Demand for paints comes from two broad categories: Decoratives: Major segments in decoratives include exterior wall paints, interior wall paints, wood finishes and enamel and ancillary products such as primers, putties etc. Decorative paints account for around 75% of the overall paint market in India. Asian Paints is the market leader in this segment. Demand for decorative paints arises from household painting, architectural and other display purposes. Demand in the festive season (September-December) is significant, as compared to other periods. This segment is price sensitive and is a higher margin business as compared to industrial segment. Industrial: Three main segments of the industrial sector include automotive coatings, powder coatings and protective coatings User industries for industrial paints include automobiles engineering and consumer durables. The industrial paints segment is far more technology intensive than the decorative segment. The paints sector is raw material intensive, with over 300 raw materials (50% petro-based derivatives) involved in the manufacturing process. Since most of the raw materials are petroleum based, the industry benefits from softening crude prices. The paint industry in India has moved forward from a predominant decorative paints market to a more diversified market with seasonal fluctuations. Several factors that have contributed to the rapid growth of the Indian paint industry include adoption of latest technologies and innovative products launch. Over the last few years, India has been experiencing a major growth in paint sales. Increasing levels of income, education and increasing urbanization has helped the paint market to grow considerably. In addition to this, usage of enamel and emulsion paints over traditional white wash, increasing penetration in the rural market and digitalization are also driving the paint industry. The paints industry is largely dominated by organized players accounting for about 65% of the industry’s value and the unorganized players accounting for the rest 35%. Of the two segments in the paints industry, the industrial paints segment mainly comprises organized players whereas the decorative segment also involves some component of unorganized players as the decorative paints segment is not significantly dependent on technology compared to the industrial paints segment that involves higher technical know-how. The unorganized segment involves selling of low end products like low end distemper, cement paints etc. Moreover, the growth in the Indian paint market is driven by rapid urbanization, emergence of the middle class, increase in disposable incomes, growing infrastructure, increase in the tendency to spend extravagantly and growing young population inclined towards leading a lavish lifestyle. The growth of the paint industry in India has been consistent with the GDP growth rate over the years. There is a shift in the market in terms of growing stress upon the usage of environment friendly paints. The companies have introduced various paints products which are eco friendly and less harmful to the environment in recent years. The market has also witnessed inflow of a gamut of innovative products which serve to the changing decor styles and improving aesthetic tastes of growing urban population. Tags Infrared Reflected (IR) Paint, IR Paint, Formulating Infrared Coatings, Infrared Reflective Pigments, IR-Reflective Pigments, I.R. Reflecting Paint, IR Reflecting Wall Paint, Infrared-Reflective Coating, Infrared Reflective Paint, Heat Reflective Coatings, /IR Reflective Coating, Infrared Reflective Coating Composition, IR Reflective Paint, Highly Infrared Reflective Paint, Infrared Reflective Coating Construction, Heat Reflective Paint, Highly Durable Infrared-Reflective Coatings, Project Report on Infrared Reflected (IR) Paint Industry, Detailed Project Report on Infrared Reflected (IR) Paint, Project Report on Infrared Reflected (IR) Paint, Pre-Investment Feasibility Study on Infrared Reflected (IR) Paint, Techno-Economic feasibility study on Infrared Reflected (IR) Paint, Feasibility report on Infrared Reflected (IR) Paint, Free Project Profile on Infrared Reflected (IR) Paint, Project profile on Infrared Reflected (IR) Paint, Download free project profile on Infrared Reflected (IR) Paint
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Electric Motor Production Business

Electric Motor Production Business. Industrial Motor Manufacturing Industry India Electric Motors Market to Cross $ 2.25 Billion by 2023 Electric motor is the electro-mechanical machine which converts the electrical energy into mechanical energy. In other words, the devices which produce rotational force is known as the motor. The working principle of the electric motor mainly depends on the interaction of magnetic and electric field. The electric motor is mainly classified into two types. They are the AC motor and the DC motor. The AC motor takes alternating current as an input, whereas the DC motor takes direct current. Advantages of Electric Motors: Electric motors have a number of advantages when compared to traditional engines. The initial cost of an electric motor is much lower than a fossil-fuel engine with the same horsepower rating. Electric motors have relatively few moving parts, which means they have a longer lifespan. Typically, an electric motor that is properly maintained offers up to 30,000 hours of operating life without needing major repairs. Overall, electric motors require minimal maintenance service. Additionally, electric motors are highly efficient, and automated controls allow for automatic and remote start and stop functions. Electric motors don’t require fuel, so there is no engine oil maintenance or battery service, and they don’t freeze in sub-zero temperatures. Low Initial Cost - The initial cost of an electric motor is considerably lower than a fossil-fuel engine with the same Output Horsepower Rating (in nearly every case). Long Life - Because electric motors contain relatively few moving parts, they have extensive operational life spans. For instance, an appropriately selected and maintained electric motor offers up to 30,000 hours of operating life without major repairs. (This is the approximate equivalent of 3½ years of perpetual usage.) Low Maintenance Requirements - Electric motors are durable and have extensive operating life and minimal service requirements. High Efficiency - Electric motors are highly-efficient with ratings that range from 50% to 95% (depending on the motor's size and operating conditions). Automated Control - Automated controls are easily installed to operate electric motors, providing the versatility of automatic and remote Start/Stop functions. No Fossil Fuels - They require NO fuel, engine oil maintenance, battery service, and do NOT freeze in sub-zero temperatures. Labor Cost Savings - Electric motors reduce requirements for labor due to lower maintenance and easier control which ultimately makes production more profitable by reducing costs). Occupational Safety - Motors contribute to the safety of the work environment, emitting little noise, NO exhaust, and without flammable fuels. Market Outlook Electric motors are the essential of every industry in India. AC and DC type electric motors are integral parts of Electric equipment industry in India. However the electric motors also use for domestic purpose. Agriculture and industrial sectors are the main consumers of Electric motor Industry in India consuming more than 75 percent of consumption. India electric motors market is driven by growing awareness towards energy conservation, surging acceptance of electric vehicles, and improving industrial infrastructure in the country. The market is further fuelled by growing HVAC industry, rapid urbanization, and stringent regulations toward power consumption. Electric motors are attributable to nearly 30% of the power consumption in the industries. Manufacturers are continuously coming up with product innovation and improved technologies in motor drives. Energy efficient motor is the upcoming trend in the electric motors market. AC electric motors dominate the country’s electric motors market, as these motors are more efficient and are widely used in industrial and residential sectors. In 2017, industrial sector held the largest market share in terms of value and is expected to maintain its market dominance during the forecast period as well. The industrial compressors industry in India, valued at $ 673 million in 2018, is forecast to grow at a CAGR of 7% until 2023, thereby boosting demand for electric motors. In India, largest demand for electric motors is being witnessed in the western region, backed by increasing number of industries in the region. Moreover, growing number of government initiatives can be attributed to the region’s dominance in India electric motors market. India electric motors market is projected to surpass $ 2.25 billion by 2023. Anticipated growth in the market can be attributed to increasing number of industries and construction activities in the country, in addition to growing government focus towards adoption of energy efficient motors. Moreover, rising population in tier II and tier III cities, increasing urbanization, and government initiatives such as Make in India, Smart City Mission, affordable housing, AMRUT, etc., are expected to positively influence the electric motors market in India during forecast period. Global Electric Motors Market The global electric motors market is expected to face significant rise in the coming years due to its uses in broad range of commercial, residential, and industrial applications. These applications generally comprises of refrigerators, elevators, compressors, pumps, fans, and various other systems. Rise in stringent regulations regarding electricity consumption is boosting the growth of the market. Increasing need to reduce the gas effects of green house is bolstering the global market growth. Positive outlook of the manufacturing industries have the potential to boost the market growth of electric motors. Since electric motor is the most important component used in production of heating, ventilating, and cooling equipment of motor vehicles, it is being majorly demanded in the market. It also finds applications in various home appliances. Rise in earning level leading to increasing disposable income is majorly boosting the demand for global electric motors market. This has led to improved standards of living which is also supplementing the market growth. Optimizing electrical consumption by using energy efficient electric motors is minimizing financial burden on government and consumers. The global electric motors market is anticipated to attain a valuation of US$ 120.68 bn by the end of 2019. On the basis of output power capacity, the global electric motors Market is segmented into fractional horsepower and integral horsepower motors. Of these, fractional horsepower segment lead in the market. However it is estimated that the integral horsepower motors will witness a rapid growth in terms of CAGR in the years to come. The main reason behind the high demand for integral horsepower motors is stringent electricity consumption rules. The growing importance of Energy Efficiency will create a heightened demand for energy-efficient electric motors within industrial sectors. The electric motor market in the Asia-Pacific region is primarily driven by a number of factors, such as economic growth in the emerging nations, increasing penetration of electric vehicles, and rising industrial activities. Moreover, the demand for energy-efficient electric motors from the oil & gas production sites apart from the residential and commercial sector in the Asia-Pacific region has seen an unprecedented increase during the past few years and is expected to increase further during the forecast period. Furthermore, industries, such as automotive, chemical, fertilizers and petrochemical are witnessing steady growth in the region, which is expected to offer tremendous growth opportunity for the global electric motor players in the Asia-Pacific region. The usage of types of motors in any application depends on the requirements of the application. Therefore, the introduction of advanced electric motors has increased the popularity of high-tech equipment such as robots and electric cars. Moreover, the global electric motor market is segmented based on the output power of the electric motor and their applications in end-user industries such as industrial machinery, transportation, motor vehicles, household appliances, and heating ventilation & air conditioning. With the automobile industry making huge investments to cater to stringent pollution standards, the electric vehicle industry is set to grow exponentially, paving an opportunistic way for electric motors industry participants. These stringent regulations regarding curbing CO2 emissions will impact the industry growth positively. OEMs are pushed to reduce their fleet emissions that will be challenging along with ICE optimization. Achieving these targets after 2020 will require electrification, thereby strengthening the product penetration. However, operational & supply chain issues may act as challenge to the industry participants. These issues may include product delivery mismanagement or difference in expectations of manufacturer & customer regarding service quality. Probability of product failure due to overheating and low resistance is another factor negatively impacting the industry growth. Shifting consumer preference towards solar powered consumer goods has instigated immense potential to the industry size. These products have gained traction owing to provision of the benefits such as product efficiency and low power consumption. U.S. department of Energy (DOE) is making huge investments for development of superior efficiency products and promoting solar energy usage. Their rising usage has accelerated the electric motors production, thereby supporting the high revenue generation till 2024. The rising fuel prices and pollution has led to an increasing demand for electric vehicles in developed and emerging economies such as Germany, the U.S., China and Japan. Moreover, the adoption of electric motors in the automotive industry has risen considerably owing to the advent of low-cost and highly efficient electronics coupled by improvements in permanent magnetic materials. Tags Electric Motor, Motor Manufacturing Process, Production of Electric Motors, Manufacturing of Electric Motors, Electric Motor Production, Electric Motor Manufacture, Electric Motor Manufacturing Process Pdf, Manufacturing Process of an Electric Motor, Automatic Electric Motor Production, How Electric Motors are Made, Electric Motor Assembly, Industrial Motor Manufacturing, Manufacture of Electric Motor, Electric Motor Manufacturing, Motor Manufacturing, Motor Manufacturing Industry, Electric Motors Industry, Industrial Motors, Industrial Electric Motor, Motors Manufacturing Plant, Electric Motor Manufacturing Industry, Manufacture of Small Electric Motors, Small Electric Motor Manufacture, Electric Motors Manufacturing Plant, Low-Cost Electric Motor Manufacture, Production of Electric Motors, Project Report on Motor Manufacturing Industry, Detailed Project Report on Electric Motor Production, Project Report on Electric Motor Production, Pre-Investment Feasibility Study on Electric Motor Production, Techno-Economic feasibility study on Electric Motor Production, Feasibility report on Electric Motor Production, Free Project Profile on Electric Motor Production, Project profile on Electric Motor Production, Download free project profile on Electric Motor Production
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Start, Run and Manage a Super Speciality Hospital

Start, Run and Manage a Super Speciality Hospital. India Healthcare Market Potential Opportunities for Market Entry Hospital, an institution that is built, staffed, and equipped for the diagnosis of disease; for the treatment, both medical and surgical, of the sick and the injured; and for their housing during this process. The modern hospital also often serves as a centre for investigation and for teaching. A speciality hospital is a hospital that is specialized in a certain area. Like cardiac conditions, orthopedic conditions, or any specialized category. Benefits of Choosing a Specialty Hospital • High-quality staff with focused experience • Peer support from patients with similar injuries • Specialized patient and family education and resources • More options to participate in research studies • Access to services not found in most rehabilitation centers • Specialized long-term support Market Outlook The hospitals are playing a vital role in maintaining the well-being of the people. Hospitals offer medical workers opportunities for investigations in the form of laboratory facilities, trained personnel, patients and accumulated records, which are not available elsewhere. This research is thought to be an important factor in the successful practice of medicine and the advancement of medical science. The modern trend is to establish a close association between the small rural hospitals, research centers and between all hospitals and other community health organizations in order that their personnel may have provision for an adequate research and diagnostic and therapeutic facilities. Healthcare Industry in India • Healthcare has become one of India's largest sectors both in terms of revenue and employment. • Indian companies are entering into merger and acquisitions with domestic and foreign companies to drive growth and gain new markets. • The hospital industry in India stood at Rs 4 trillion (US$ 61.79 billion) in 2017 and is expected to increase at a Compound Annual Growth Rate (CAGR) of 16-17 per cent to reach Rs 8.6 trillion (US$ 132.84 billion) by 2023. Rising income level, greater health awareness, increased precedence of lifestyle diseases and improved access to insurance would be the key contributors to growth. The sector is expected to generate 40 million jobs in India by 2030. The industry is growing at a tremendous pace owing to its strengthening coverage, services and increasing expenditure by public as well private players. The Hospital industry in India that accounts for 80% of the total healthcare market, is witnessing huge investor demand from both global as well as domestic investors. Future of the Healthcare Industry in India: Growing Rapidly in 2018 The healthcare industry in India is already one of the country’s largest sectors in terms of both employment and revenue generation. Apart from drivers such as strong economic performance, rising population, and the increased prevalence of chronic diseases, significant growth within India’s healthcare industry over the recent years is also believed to be facilitated by a rapid privatization of healthcare services, particularly in secondary and tertiary healthcare services in rural and urban areas. Meanwhile, India’s competitiveness in the global healthcare market also indicates in its huge availability of well-trained medical professionals and cost competitive in pharmaceutics, medical devices, and medical tourism sectors. Rising income levels, the aging population, growing health awareness, and a changing attitude towards preventive healthcare is expected to boost healthcare services demand in future. The hospital services’ market represents one of the most lucrative segments of the Indian healthcare industry. Various factors, such as increasing prevalence of diseases, improving affordability, and rising penetration of health insurance are fuelling the growth in the Indian hospital industry. Several private players are also entering the sector with new plans of establishing hospitals and health centers around the country. India's high population makes it an important player in the Healthcare Industry. Healthcare has become one of India’s largest sectors - both in terms of revenue and employment. Healthcare comprises hospitals, medical devices, clinical trials, outsourcing, telemedicine, medical tourism, health insurance and medical equipment. The Indian healthcare sector is growing at a brisk pace due to its strengthening coverage, services and increasing expenditure by public as well private players. Healthcare scenario is fast changing all over the world. Today Indian health care industry is business driven and one can see entry of all sorts of service providers to be part of this massive multi core business, growing at the rate of 13% annually. Globalization and privatization have also changed the functioning of the healthcare system. The private health network is spreading fast throughout the country. Economic, political, social, environmental and cultural factors are influencing the health care and the delivery of the health care services. Few Indian major players are as under • Adani Hospitals Mundra Pvt. Ltd. • Ahalia Healthcare Ltd. • Alchemist Hospitals Ltd. • Apollo Hospitals Enterprise Ltd. • B P Poddar Hospital & Medical Research Pvt. Ltd. • B S R Super Speciality Hospitals Ltd. Tags Super Speciality Hospital, Setting up a Super Specialty Hospital in India, Setting up a Hospital in India, Healthcare Project, Hospital Set up Cost, Hospital Set up Cost in India, Cost of Setting up a Small Hospital in India, Multi Speciality Hospital Project Report Pdf, Setting up of Super-Specialty / Multi-Specialty Hospitals, Business Plan for Hospital, Setting up a New Hospital in India, How to Start a Hospital Business? Health Sector in India, Project Report on Multispeciality Hospital, Project Report of Hospital for Bank Loan Pdf, Hospital Project Report in Excel, Hospital Project Report India, Project Report to Start a New Hospital, Multispeciality Hospital, Health Care Business, Starting a Healthcare Business, Healthcare Business Ideas, Setting up a Hospital, Healthcare Business Ideas in Medical Sector, Healthcare & Medical Business Ideas, Project Report on Super Speciality Hospital, Detailed Project Report on Super Speciality Hospital, Project Report on Super Speciality Hospital, Pre-Investment Feasibility Study on Super Speciality Hospital, Techno-Economic feasibility study on Super Speciality Hospital, Feasibility report on Super Speciality Hospital, Free Project Profile on Super Speciality Hospital, Project profile on Super Speciality Hospital, Download free project profile on Super Speciality Hospital, Business Plan for Hospital, How Does One Start a Hospital in India?, Set up Healthcare Centre, Want to Start Health Care Business?, Best Hospital in India, How to Start Hospital, Project Report on Setting up Hospital in India, Business Ideas for Start-ups in Healthcare Industry, Health Care Startups are Booming, Best Healthcare & Medical Business Ideas, How do I Start Health Care Business, Healthcare Business Ideas & Opportunities, Health Care Business Ideas that You Can Start Today, Profitable Healthcare Business Ideas, Health Care Business Plans
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Transistor and Semiconductor

The transistor is a semiconductor device which transfers a weak signal from low resistance circuit to high resistance circuit. The words Trans mean transfer property and istor mean resistance property offered to the junctions. In other words, it is a switching device which regulates and amplify the electrical signal likes voltage or current. The greatest advantage of power transistors is their small size, as it allows them to be used in almost any electronic device. Global chip-making vendors such as Intel and TSMC are carrying out R&D activities that will result in shrinking the transistor by half or even more. Power transistor revenue is projected to grow by 6 percent this year to a record $13.6 billion, according to IC Insights' 2017 0-S-D report. The market grew by 5 percent last year after suffering a 7 percent decline in 2015, according to the firm. The growth of the Power Transistors Devices market has been attributed to demand in application/end-users such as Automotive & Transportation, Industrial & Power, Consumer, Computing& Communications & Others. Furthermore the research is geographically segmented as United States, China, Europe, Japan, Southeast Asia & India. Semiconductor is a physical substance that is designed to manage and control the flow of current in electronic devices and equipment. It neither allows a freely flowing electric current nor repels it completely. A semiconductor is in between a conductor and insulator and commonly used in the development of electronic chips, computing components and devices. It is generally created using silicon, germanium or other pure elements. Due to their role in the fabrication of electronic devices, semiconductors are an important part of our lives. Imagine life without electronic devices. There would be no radios, no TV's, no computers, no video games, and poor medical diagnostic equipment. The new electronic systems are shifting demand for semiconductors among the major application segments—body, safety, driver information, powertrain, and chassis. The global semiconductor market grew by 21.6 percent and reached USD 419 billion in the year 2017. The market is expected to be up by 9.5 percent to reach to US$451 billion in 2018. Semiconductors will play an important role in the growth and innovation of automotive technologies used for connected cars and electric vehicles. The rapidly-evolving automotive market presents a glowing opportunity for automotive semiconductors to support increased connectivity, battery performance in EVs, enhanced sensors, and other technologies.
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p-Toluenesulfonic acid

p-Toluenesulfonic acid, also known as tosylate or para-toluene sulfonate, is a member of the class of compounds known as p-methylbenzenesulfonates. p-Methylbenzenesulfonates are benzenesulfonic acids (or derivative thereof) carrying a methyl group at the para- position. p-Toluenesulfonic acid is slightly soluble (in water) and an extremely strong acidic compound (based on its pKa). p-Toluenesulfonic acid (PTSA or pTsOH) or tosylic acid (TsOH) is an organic compound with the formula CH3C6H4SO3H. It is a white solid that is soluble in water, alcohols, and other polar organic solvents. p-toluene sulfonic acid is widely used as catalyst agent in the synthesis of pharmaceuticals, pesticides, polymerization stabilizer and organic synthesis (esters, etc.), paint intermediates and resin curing agent. And it is also the commonly used acid catalyst in organic synthesis. It is neutralized with sodium hydroxide and then obtains sodium p-toluene sulfonate, and react with phosphorus pentachloride, can obtains p-toluenesulfonyl chloride. The latter used in the nucleophilic substitution reaction, also used as alcohol hydroxyl protective group. P-CH3C6H4SO3Na + PCl5 ?p-CH3C6H4SO2Cl. Uses (1) For chemical reagents, but also for dyes, organic synthesis. (2) Used as the intermediates of medicine (such as doxycycline), pesticides (such as dicofol), dyes. Also used in detergents, plastics, coatings and so on. (3) For medicine, pesticides, dyes and detergents, but also for plastics and printing coatings. (4) Widely used in the catalyst synthetic medicine, pesticides, polymerization of the stabilizer and organic synthesis (esters, etc.). Also used as medicine, paint intermediates and resin curing agent. The Demand for P-Toluenesulfonic Acid Market Industry is anticipated to be high for the next six years.
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Steel/Iron Pellets

Pellets are small balls of iron ore used in the production of steel. They are made with technology that uses the powder that is generated during the ore extraction process, once considered waste. Iron ore pellets are spheres of typically 6–16 mm (0.24–0.63 in) to be used as raw material for blast furnaces. They typically contain 67%-72% Fe and various additional material adjusting the chemical composition and the metallurgic properties of the pellets. Typically limestone, dolostone and olivine is added and Bentonite is used as binder.
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