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Best Business Opportunities in Gujarat - Identification and Selection of right Project, Thrust areas for Investment, Industry Startup and Entrepreneurship

Gas & Petroleum: Project Opportunities in Gujarat

 

PROFILE:

The Oil Industry is a very important industry in the world and a lot depends on the price of the oil and it has been observed that whenever the oil prices increase the price of various products also increases. Oil and gas sector is one of the key catalysts in fuelling the growth of Indian economy. With a 1.2 billion population and an economy that has consistently at approximately 8 per cent annually, India's energy needs are increasing fast, warranting a robust demand for oil and natural gas in the country. India has emerged as the 5th largest refining country in the world, accounting for 4 per cent of the world's refining capacity. India exported 50 million tonnes (MT) of refined petroleum products during 2010-11. With our refining capacity increasing further, this figure is likely to touch about 70 MT by 2014, making India one of the world major exporters of petroleum products.

RESOURCES:

Gujarat State is rich in the hydrocarbon resources and is the largest on land producer of oil and gas in country. Gujarat contributes about 18% of country’s total crude oil production. Similarly it contributes about 11% of country’s total gas production. If we compare on land crude production then it is almost 50% of crude and 40% of natural gas from the Gujarat State. Gujarat State Petroleum Corporation Ltd (GSPC) is an oil and gas exploration company in Gujarat, India. It is India's only State Government-owned oil and Gas Company with the Government of Gujarat holding approximately 95% equity stake. GSPC was incorporated in 1979 as a petrochemical company. Today GSPC has become a vertically integrated energy company, excelling in a wide gamut of hydrocarbon activities across India. The largest gas grid will generate opportunities for transmission and distribution of natural gas to domestic and industrial users. Three LNG terminals coming up in the state will provide the fuel for growth. Refineries and petrochemical complexes in operation, invites investment in downstream projects.

 

GOVERNMENT POLICIES:

The oil ministry has empowered state-run exploration firms ONGC and Oil India to choose customers for gas produced from small fields where output is less than 0.1 million standard cubic meters per day, which would reduce bureaucratic delays and help companies generate revenue expeditiously. Oil India Limited (OIL), a Government of India Enterprise, under the administrative set-up of Ministry of Petroleum and Natural Gas, is engaged in the business of exploration, production and transportation of crude oil and natural gas. The growing demand for crude oil and gas in the country and policy initiative of Government of India towards increased E&P  activity, have given a great impetus to the Indian E&P industry raising hopes of increased exploration. The government in order to increase exploration activity approved the New Exploration Licensing Policy (NELP) in March 1997 which would level the playing field in the upstream sector between private and public sector companies in all fiscal, financial and contractual matters. There will be no mandatory state participation through ONGC/OIL nor there did any carry interest of the government.   In order to increase the exploration and thereby enhance the production of oil and gas in the country the Government of India liberalized the hydrocarbon sector. With the announcement of the liberalization policy in the hydrocarbon sector by Govt. of India for the oil and gas. Pursuant to the signing of PSC many private Exploration and producing Companies started the petroleum operations in the State and thereby the activities in the hydrocarbon sector have increased. In order to cope up with the increasing activities Government of Gujarat created the Office of Directorate of Petroleum to monitor various activities of exploration and exploitation of oil and gas, their production and royalty paid thereon by various organizations in the State of Gujarat. Gujarat State Petroleum Corporation Ltd (GSPC) is an oil and gas exploration company in Gujarat, India. It is India's only State Government-owned Oil and Gas Company with the Government of Gujarat holding approximately 95% equity stake. Today GSPC has become a vertically integrated energy company, excelling in a wide gamut of hydrocarbon activities across India.

 

 

 

 

                     

MINING & MINERALS:Project Opportunities in Gujarat

 

 

PROFILE:

Minerals are valuable natural resources being finite and non-renewable. They constitute the vital raw materials for many basic industries and are a major resource for development. Management of mineral resources has, therefore, to be closely integrated with the overall strategy of development; and exploitation of minerals is to be guided by long-term national goals and perspectives. Ministry of Mines is responsible for survey and exploration of all minerals, other than natural gases, petroleum and atomic minerals, for mining and metallurgy of non-ferrous metals like aluminium, copper, zinc, lead, gold, nickel, etc. and for administration of the Mines and Minerals (Regulation and Development) Act, 1957 in respect of all mines and minerals other than coal, natural gas and petroleum.

RESOURCES:

Gujarat is the ideal state for the investment in mineral based industries looking to the state mineral resources and infrastructural facilities. There is ample opportunity to establish mineral oriented industries like Limestone based cement and soda ash industry, Lignite based power plants, Bauxite-based Alumina plant, Marble & Granite based cutting, polishing plants, Clay based ceramic units, Silica sand based glass units. GNMRL is well placed to take benefit of imminent boom staring at the energy spectrum. GNMRL is unique in itself which focus in coal mining, met coke productions as well as Oil and Gas exploration, the three prime resources which are in great demand. Total area of the State of Gujarat is 1,96,024 sq.kms. Out of which 1,27,000 sq. kms is rocky, which is mineral probable area. About 57,970 sq. kms of these rocky areas have been covered under the Remote Sensing Survey / Pre-detailed Mineral Survey, and about 23,596 sq. kms, under the Detailed Mineral Survey. Till now total 3,63,534 meters of drilling has been completed for various minerals at different places in the state. Out of this, 3,13,613 meters of drilling was conducted by the department, and the remaining 49,921 meters of drilling, by expeditious drilling programme by hiring men & machines. Remaining uncovered area of 69,030 sq. kms will be covered in the next five years by remote sensing / pre-detailed mineral surveys. Total 12,030 sq. kms will be explored by the department, and 57,000 sq. kms, through outsourcing/ private participation.

 

GOVERNMENT POLICIES:

 

The Government of Gujarat has envisaged specific policy initiatives for industrial minerals occurring in the state to attract investment in the fields mineral exploration, exploitation, and mineral-based industries. It is intended to create competitive environment to speed up industrial development in mineral potential area by enhancement of Human Resource capabilities, improvement in infrastructure & adopting modern technology. The approach is to make progress by increasing mineral production and export of value added material through local and global competitiveness. Efforts to develop with special attention to minerals which are only available in the Gujarat as compared to other states in the country and mineral occurring in few states & having high quality. Local employment is created through mineral exploitation while maintaining mine safety & striking ecological equilibrium is also an additional addendum of this policy. To regulate the minor minerals, State Government has framed Gujarat Minor Mineral Rules-1966 under the Section-15 of Mines and Minerals (Regulation and Development) Act- 1957 and Central Government has framed Granite Conservation and Development Rules-1999 and Marble Development and Conservation Rules-2000. In addition, mines are being regulated under other Acts and Rules of Central Government such as Mines Act-1952, Mines Rules-1955, Mineral Conservation and Development Rules-1988. In the major minerals (including Oil & Natural Gas), Gujarat is placed at 3 position as on March-2002 in Mineral Production value. Gujarat ranks second in working mining leases. Only Gujarat produces minerals like Agate, Chalk and Perlite in the country. Production wise Gujarat ranks first in Fluorite and Silica sand, second in Bauxite, Lignite, Fire clay and Clay (others) and third in Quartz and Ball clay and fourth in Limestone and China clay.

 

 

 

Agro and Food Processing: Project Opportunities in Gujarat

 

 

PROFILE:

Agro Industry means a unit which adds value to agricultural products/intermediates/residues; both food and non-food; by processing into products which are marketable or usable or edible, or by improving storability, or by providing the link from farm to the market or a part thereof. The term “agro-food processing industries” covers a wide range of activities utilizing farm, animal and forestry based products as raw materials. Agriculture sector contributes one-fourth of the country’s GDP. India is the largest producer of milk, fruits, pulses, cashew nuts, coconuts and tea in world and accounts for 10 % of the world fruit production. India’s food grain production is expected to rise to 208.5 million tons by March 2006, from 204.6 million tons in 2005. Horticulture sector contributes 30 % of the agriculture GDP and accounts for 8.5 % of cultivated area. In the Global food processing industry Asia-pacific is accounting for 31.10 % of global market. India is the World’s second largest producer of food, next to China and has potential to be number one.

 

RESOURCES:

Gujarat is endowed with abundant natural resources in terms of varied soil, climatic conditions and diversified cropping pattern suitable for agricultural activities. Gujarat is a leading producer of various agricultural crops within India as well as worldwide. Gujarat has highest production in the world for Castor (67%), Fennel (67%), Cumin (36%), Isabgol (35%), groundnut (8%), and Guar seed (6%). The state has also emerged as a frontrunner in several other sectors such as Dairy, Fisheries, Animal Husbandry, Traditional Horticulture and Floriculture. Gujarat is keen to promote the agro-processing industry, which currently consists of small and medium enterprises producing a wide variety of products. It has about 16,400 small enterprises in food processing, beverage and tobacco processing. The agro-processing sector accounts for a significant proportion of the working population in the State. Moreover, the State is well known for its success in dairy cooperatives. Gujarat Cooperative Milk Marketing Federation enjoys a significant market share in the processed foods sector.

GOVERNMENT POLICIES:

The Gujarat Agro Vision 2010 has been formulated with defined growth parameters of gross state domestic product, per capita income and increase in non farm income of rural population due to multiplier effect. A holistic approach has been envisaged with emphasis on agricultural research, conservation of soil and water, economic and social sustainability. A comprehensive Agro Industrial Policy 2000 has been formulated. Tiny, small, medium and large agro industrial units shall be given 6% back ended subsidy for 5 years on the interest on term loan, subject to a ceiling of Rs. 100 lacs. Gujarat government has announced a new Agri Business Policy during the summit 2009. Gujarat government has offered various incentives to attract the investment in agriculture and allied sectors. Some of the incentives include declaration of food processing industry as seasonal industry, cost subsidy to large projects in food processing sector and sops and incentives to enhance competitiveness of small and medium enterprises, etc.

 

SALT INDUSTRY:Project Opportunities in Gujarat

 

 

PROFILE:

India is the third largest Salt producing Country in the World after China and USA with Global annual production being about 230 million tonnes.  The growth and achievement of Salt Industry over the last 60 years has been spectacular.  When India attained Independence in 1947, salt was being imported from the United Kingdom & Adens to meet its domestic requirement.  But today it has not only achieved self-sufficiency in production of salt to meet its domestic requirement but also in a position of exporting surplus salt to foreign countries.  The production of salt during 1947 was 1.9 million tonnes which has increased tenfold to record 20 million tonnes during 2005. The main sources of salt in India are sea brine, lake brine, sub-soil brine and rock salt deposits. Sea water is an inexhaustible source of salt.  Salt production along the coast is limited by weather and soil conditions.

RESOURCES:

Gujarat is blessed with the longest coastline of 1600 km. in India, offering important resources such as salt and marine products for industry. Gujarat is the largest producers of salt in India and ranking 2nd highest export in the world. Gujarat contributes 76 percent to the total production, followed by Tamil Nadu (12 %) and Rajasthan (8%). It also became the highest tax charging state for salt production amongst the six other salt producing states. Apart from using salt for edible purposes, it is substantially used for production of inorganic chemicals.

 

 

 

GOVERNMENT POLICIES:

Salt is a Central subject in the Constitution of India and appears as item No.58 of the Union List of the 7th Schedule, which reads:

a)   Manufacture, Supply and Distribution of Salt by Union Agencies; and

b)   Regulation and control of manufacture, supply and distribution of salt by other agencies.

Central Government is responsible for controlling all aspects of the Salt Industry. Salt Commissioner’s Organisation plays a facilitating role in overall growth and development of Salt Industry in the country. The thrust of the Salt Commissioner’s Organisation currently is on Technological Development and Quality Improvement, Salt Iodisation Program for combating Iodine Deficiency Disorders, Infrastructure Development promoting Salt Industry, Labour Welfare Schemes for Salt Workers particularly housing under Namak Mazdoor Awas Yojna and export of Salt.

 

 

GEMS AND JEWELLERY:Project Opportunities in Gujarat

PROFILE:

Gems and jewellery industry in India occupies a significant position in the Indian economy. It is also one of the fastest growing Industries in the country. The cutting and polishing of Diamonds and precious stones is one of the oldest traditions in India and the country has earned considerable goodwill, both, in the domestic and international markets for its skills and creativity. India was also the first country to have introduced diamonds to the world. The country was the first to mine diamonds, cut and polish them and also trade them. It accounted for 16.7 per cent of India's total Merchandise Exports. At present India exports 95% of the world’s diamonds.

 

RESOURCES:

Gujarat is the leading state in India in gems and jewellery sector, as it contributes to about 72% of the total exports of India. Gujarat has a well established diamond industry. Diamond processing and trading unit are spread across the State in cities such as Surat, Ahmedabad, Palanpur, Bhavnagar, Valsad and Navsari. Gujarat accounts for about 80% of diamonds processed and 95% of diamonds export from India. Surat has 65% share in India's diamond trade. Highly skilled workforce Gujarat’s comparatively cheaper and skilledworkforce can be effectively utilized to setup large low cost production bases for domestic and export markets. Gujarat’s Gems & Jewellery sector is expected to grow at a rate of 15%.

 

GOVERNMENT POLICIES:

The government's interest in the sector is evident from the FDI policy which allows 100% FDI and 74% in exploration and mining of diamonds and precious stones and 100% for gold and silver and minerals exploration, mining, metallurgy and processing. Gems and Jewellery, diamonds and precious metals have been given a special thrust by the Ministry of Commerce & Industry, Government of India, under the Foreign Trade Policy through the following measures:

·         Allowing 100 per cent FDI in the gems and jewellery sector under the automatic route;

·         Abolishing duty on polished diamonds;

·         Lowering import duty on platinum and exempting rough, coloured, precious gems stones from customs duty.  Rough, semi –precious stones are also exempted from import duty;

·         Setting up of Gems and Jewellery Parks and SEZs to stimulate sectoral investments;

·         Allowing import of gold of 8 k and above under replenishment scheme, subject to the condition that import being accompanied by an Assay Certificate specifying purity, weight and alloy content;

·         Permitting import of Diamondson consignment basis for Certification /Grading, and re-export by the authorized offices/agencies of Gemological Institute of America (GIA) in India or other approved agencies.

 

CHEMICALS AND PETROCHEMICALS: Project Opportunities in Gujarat

 

 

PROFILE:

The Chemical and Petrochemical Industry occupies an important place in the country's economy, as the Chemical industry has grown at a pace outperforming the overall growth of the industry. Chemical industry is an important constituent of the Indian economy. Its size is estimated at around US$ 35 billion approx., which is equivalent to about 3% of India's GDP. The total investment in Indian Chemical Sector is approx. US$ 60 billion and total employment generated is about 1 million. Today, petrochemical products permeate the entire spectrum of daily useitems and cover almost every sphere of life like clothing, housing, construction, furniture, automobiles, household items, agriculture, horticulture, irrigation, packaging, medical appliances, electronics and electrical etc. Chemicals and Petrochemicals contribute to more than 62 % of national petrochemicals and 51% of national Chemical sector output. It leads all states in India in terms of the investments committed in the chemical and petrochemical sector, 30% of fixed capital investment is in the manufacturing of Chemical and Chemical Products. Manufacturing of chemicals and chemical products contribute to around one fifth of the total employment in state. The production capacity of major suppliers of polymers, PE/PP/PVC in Gujarat is nearly 70% of the whole country’s production. Large quantity of production of basic chemicals caustic soda, caustic potash and chloromethane, largest supplier of bio fertilizers, seeds, Urea and other fertilizers

 

RESOURCES:

Gujarat's chemicals and petrochemicals industry is one of the fastest growing sectors in the State's economy. The industry offers a wide spectrum of opportunities for the investors both from India and abroad. The well diversified chemical industry has complete portfolio of chemical products including petrochemicals and downstream products, pharmaceuticals, dyes and intermediates. The Chemical Industry in Gujarat comprises of about 500 large and medium scale industrial units, about 16,000 of small scale industrial units and other factory sector units. Gujarat emerged as leading Indian states in terms of the investments committed in the chemical and petrochemical sector. It contributes to more than 62% of national petrochemical and 51% of national chemical sector output. Around 6,000 chemical and petrochemicals products are produced in the state. Manufacturing of chemicals and chemical products contributes to around one fifth of the total employment in state. The chemical industry in Gujarat is a significant component of the State's economy, contributing to more than 51% of Indian production of major chemicals with revenues at approximately more than INR 12,000 crore. Petrochemical Industry in Gujarat produces 13,048 ('000 Tonnes) of petrochemical products and also contributes around 62% to the total production of the country. Gujarat contributes 15% of the total national chemical exports.

 

GOVERNMENT POLICIES:

In Chemical sector, 100% FDI is permissible, manufacture of most chemical products inter-alia covering organic/inorganic, dyestuffs and pesticides is de licensed. The entrepreneurs need to submit only IEM with the Department of Industrial Policy and Promotion provided no locational angle is applicable. Only the following items are covered in the compulsory licensing list because of their hazardous nature: Hydrocyanic acid and its derivatives, Phosgene and its derivatives,Isocynates and di-isocynates of hydrocarbons.

 

TEXTILES:Project Opportunities in Gujarat

 

 

PROFILE:

The textile industry is primarily concerned with the production of yarn, and cloth and the subsequent design or manufacture of clothing and their distribution. The raw material may be natural or synthetic using products of the chemical industry. India Textile Industry is one of the leading textile industries in the world. Though was predominantly unorganized industry even a few years back, but the scenario started changing after the economic liberalization of Indian economy in 1991. The opening up of economy gave the much-needed thrust to the Indian textile industry, which has now successfully become one of the largest in the world.

RESOURCES:

Gujarat is one of the leading industrial states in India and textile industry in particular had contributed in a big way to the industrialisation of the State. In fact, development of many industries likes, Dyestuff, Chemicals, Engineering/Foundry and Cotton farming is solely dependent on this sector. The State is well known for development of Hybrid Cotton, Ginning, power looms, composite mills, spinning units and independent processing Houses. Gujarat being the largest producer of cotton, has obtained tremendous opportunities towards higher and higher value addition product by setting up Modern Process Houses (with the technology of low polluting and less energy costs) in one hand and Knitwear/Ready-made Garments in a big way on the other to fulfil the domestic and international market. Investment opportunities may be, therefore, explored for Cotton Ring Spinning (25,000 spindles), Open End Spinning (1000 rotors), Modern Process House, Shuttleless Weaving (50 looms), Ready-made garments unit and Non-woven and Technical Textile unit with appropriate technology. Bandhani or Bandhej of Gujarat is one of the best tie and dye fabrics in India. Dhamadka and Ajrakh, Mashru are some of the other fabrics of Gujarat. Dhamadka is the art of printing fabrics with wooden blocks. Mashru is a mixed fabric, woven with a combination of cotton and silk. It was originally used by Muslim men, as they were prohibited from wearing pure silk.

 

GOVERNMENT POLICIES:

The Gujarat government is planning to come up with a policy to boost the textile and apparel industry in the state and help it remain competitive in the post-quota regime of the World Trade Organisation. Gujarat’s textile policy provides incentives that are more favourable for large textile units. It provides 25% capital subsidy on purchase of machineries. Custom duty on textile machinery is only 5%. Also, various human resource development activities for the textile industry have been initiated by state government. Subsidy at 50% of R&D expenditure is provided to industries carrying out research. Interest subsidy at 3% is provided for capital equipment for five years. Assistance is also provided for infrastructural development, market promotion and environment protection. Gujarat is also the largest producer and exporter of cotton, the production of which has been increasing over time. So raw material is plentiful. It is the largest producer of denim. Surat is a strong base for synthetic fibers and provides a big market.

 

Waste management: Project Opportunities in Gujarat

 

PROFILE:

Waste utilization, recycling and reuse plays a major role in limiting resource consumption and the environmental impact of waste. Recycling is an integral part of any waste management system as it represents a key utilization alternative to reuse and energy recovery (Waste-to-Energy). Which option is ultimately chosen depends on the quality, purity and the market situation. Hazardous waste management is a new concept for most of the Asian countries including India. The lack of technical and financial resources and the regulatory control for the management of hazardous wastes in the past had led to the unscientific disposal of hazardous wastes in India, which posed serious risks to human, animal and plant life.

 

RESOURCES:

Gujarat is an ideal location for an effective functioning of the projects, which depend on reasonable volume of generated wastes, waste characteristics, public acceptance and potential network of the industry for the zero discharge of the waste. Gujarat is characterized by wide spread industrial establishments, robust infrastructure development and stable socio-political environment. The industrial development has remained and is the robust backbone of Gujarat’s economical and industrial prospects and a driving force of a future economic growth. In a meantime, the rapid industrial development throughout the state has lead resulted in generating abundant industrial wastes which need proper care in pollution mitigation and recycling in and around urban centres of Ahmedabad, Bharuch, Surat etc. 

GOVERNMENT POLICIES:

National policy on waste management is set out in the October 1998 policy statement on waste management - Changing our Ways. It outlines the Government's policy objectives in relation to waste management, and suggests some key issues and considerations that must be addressed to achieve these objectives. The policy is firmly grounded in an internationally recognised hierarchy of options, namely prevention, minimisation, reuse/recycling, and the environmentally sustainable disposal of waste which cannot be prevented or recovered.

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Production of Sweetener from Rice

Production of Sweetener from Rice. Rice Syrup Sweetener, Brown Rice Syrup Manufacturing Business. Brown Rice Syrup is a natural sweetener produced by fermenting cooked brown rice. Rice syrup can be made from white rice, brown rice or certified organic rice. Also known as rice malt syrup, brown rice syrup is made with whole grain rice subjected to an enzymatic reaction. This process breaks down the starches in the rice, and the simpler sugar (maltose and maltotriose) is separated in liquid format. This liquid is then boiled down into syrup. Brown rice syrup is an alternative to refined table sugar and artificial sweeteners and is often included as an ingredient for many processed foods. To make brown rice syrup, brown rice is fermented to break down the starch in the grains, then the liquid is removed and heated until it reaches a syrup-like consistency. Two tablespoons of brown rice syrup contains 110 calories and 25 grams of sugar, so it should be consumed in moderation. Brown rice syrup contains a few trace minerals, including magnesium, manganese, and zinc. But that doesn't make it healthy. Although it's made from brown rice and little else, it's highly refined and concentrated, making it a source of calories and carbs, as well as trace minerals. However, as far as sweeteners go, it is all-natural, nearly always organic, and probably one of the healthiest sugar substitutes available, with the exception of stevia. It can be used as a general sweetener and in cooking. It is vegan, unlike honey, and can be used instead of it. It has a lower glycemic index than sugar but diabetics will need to carefully count it as part of their regulated carbohydrate intake. Rice syrup is used as base sweetener in edible sweet syrups (Flavored / Unflavored), blended honey, bakery foods, cakes, pastries, fillings, toppings, candies, canned fruits, health drinks, juices, soft drinks, Dairy products, ice-creams and so on. Increasing health diseases such as diabetes, heart risks, and high blood pressure has resulted in the introduction of alternatives to conventional table sugar. Natural sweeteners are preferred as alternatives to table sugar and are highly consumed among the consumers in various forms. One such alternative which is one of the most preferred sweeteners is rice syrup or brown rice syrup. Rice syrup is included as one of the main ingredients in processed foods. Rice syrup is considered to be a nutritive sweetener, unlike saccharin and aspartame. Rice syrup is used as a sweetener in cereals and snacks bar. Rice syrups also serve as a table-top sweetener for various beverages such as coffee, tea, health drinks and juices. Growing awareness and demand for rice syrup is expected to pose a major threat to artificial sweeteners such as aspartame and corn sugar. Rice syrup market is expected to grow significantly during the forecast period. Fructose, which is found in many sweeteners, is a fast releasing sugar, which tends to cause insulin to spike. Brown rice sugar is a polysaccharide or a complex sugar, so it dissolves more easily in the bloodstream preventing an accumulation of fat. The complex carbohydrates and nutrients in brown rice syrup mean a longer digestion time and a longer lasting flow of energy. This may help control blood sugar levels and reduce cholesterol. Rice syrup is considered to be a nutritive sweetener owing to the number of minerals included in it such as phosphor and magnesium. The shift in the consumer preference towards food and beverages including natural ingredients is growing at a faster phase. Moreover, soft drink producers are also witnessing rising demand for a soft drink with reduced sugar. Hence, to meet the demand, producers are replacing sugar with natural and artificial sweeteners. A lot of research activities are also going on to produce new natural sweeteners. Companies are also investing in advanced technologies to for product development with innovative and superior quality. Sugar- stevia blend has also made a position in the natural sweetener market with companies launching new products. The market is likely to witness growth due to the wide acceptance of natural sweeteners. The global market for natural sweeteners to witness moderate growth and to register a CAGR of 4.5% between 2017 and 2026. The global market for natural sweetener is also likely to garner US$ 39,091.7 million in terms of revenue by 2026 end. Major factor driving growth of the target market over the forecast period is increasing adoption of natural sweeteners in healthcare industry as well as in daily food, owing to its health benefits such as, it helps to reduce blood sugar in diabetic patients. In addition, increasing concerns related to health among the individuals across the globe is another factor expected to fuel growth of this market. However, comparatively high cost of natural sweeteners than normal sugar is a factor expected to hamper growth of the target market in the near future. The global natural sweeteners market is expected to witness substantial growth over the forecast period on account of growing demand for different kind of substitutes such as low-intensity sweeteners, high-intensity sweeteners and high-fructose syrup in food & beverage and healthcare industry. Natural sweeteners manufacturing companies are expected to benefit from the growing health concerns among people and demand for low-calorie sweeteners as it anticipated that natural sweeteners market will convert into the new business as food & beverage manufacturers will search for inexpensive natural sweeteners. The sweetener market In India today stands at approximately Rs.150 crores with a double-digit growth. This is minuscule, looking into the number of diabetics and pre-diabetics in India. With the changed regulatory scenario allowing the use of sweeteners in everyday consumables, the market is bound to grow. With the entry of new and safer molecules, the artificial sweetener industry in India could witness large volumes. In 2016 the Indian market for food sweeteners was valued at USD 9 billion and is estimated to register a CAGR of 3.5% during the forecast period. India Food Sweetener Market Dynamics Sugar dictates more than 80% share in this market. The major constraint in the sugar market is the volatility in prices, leading to market fluctuations. India is currently the world’s largest consumer of sugar with domestic consumption increasing by more than 4% annually. This growth is due to increased awareness and usage of dietary foods. Another major driver is the growing population of overweight, obese, and diabetic patients which is resulting in growth in this category. On an average 5% of Indian population is obese but when seen in urban settings the numbers are incredibly high. Although presently, HIS does not constitute a major share of the market, this is the fastest growing segment due to the rising health concerns among people. Global sweetener market is forecast to rise in next 5 years driven by demand for naturally-derived sweeteners with stevia emerging as popular sugar substitute in light of increased availability of low-calorie naturally derived sweeteners and rising awareness about them. Stevia is derived from the plant of the same name. The active compounds present in this plant are nearly 150 times sweeter than sugar and have a negligible effect on blood glucose levels. Stevia also does not because the side effects usually associated with artificial sweeteners like aspartame. Tags Rice Syrup Sweetener Production, Brown Rice Syrup, Natural Sweeteners, Rice Syrup Sweeteners, Sweeteners Manufacturing, Production of Rice Syrup, Sweetener Production, Commercial Sweetener Production, Production of Rice Sweetener, Rice Syrup Manufacture, Artificial Sweeteners Production, Sweetener Production Process, Process for Producing a Sweetener, How to Make Rice Syrup, Natural Sweeteners and Sugar Alternatives, Sugar & Sweeteners, Sweeteners for Baking, Rice Sweetener, Brown Rice Sweetener, How is Rice Syrup Made? Rice Syrup Sweetener Production project ideas, Projects on Small Scale Industries, Small scale industries projects ideas, Rice Syrup Sweetener Production Based Small Scale Industries Projects, Project profile on small scale industries, How to Start Rice Sweetener Production Industry in India, Rice Sweetener Production Projects, New project profile on Rice Sweetener Production industries, Project Report on Rice Sweetener Production Industry, Detailed Project Report on Rice Sweetener Production, Project Report on Rice Sweetener Production, Pre-Investment Feasibility Study on Rice Sweetener Production, Techno-Economic feasibility study on Rice Syrup Sweetener Production, Feasibility report on Rice Syrup Sweetener Production, Free Project Profile on Rice Syrup Sweetener Production, Project profile on Rice Sweetener Production, Download free project profile on Rice Syrup Sweetener Production
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Global Inorganic Chemicals Market to Grow 4.5% by 2022.

Global Inorganic Chemicals Market to Grow 4.5% by 2022. Manufacturing of Sodium and Ammonium Molybdate. Project Opportunities in Production of Inorganic Compound Sodium Molybdate Sodium Molybdate also known as disodium dioxide (dioxo) molybdenum is a chemical compound extensively consumed in fertilizer application. Other uses of sodium molybdate include nutritional supplement in food industry and as corrosion inhibitor in industrial applications. Sodium molybdate is often found as dehydrate and was first synthesized by the method of hydration. Sodium molybdate is an organic salt which is found in dietary supplements and other nutritional supplement. Sodium molybdate is a good source of molybdenum, it is used to for nitrogen fixation to support healthy growth of leguminous plants such as peas & leans, clover & Lucerne. Sodium molybdate is used as corrosion inhibition in industry. In addition, sodium molybdate is also used for reducing nitrite requirement of fluids inhibited with nitrite-amine in chemical plants and improves corrosion protection. Sodium molybdate is a chemically altered form of the mineral element, sodium. Sodium is a natural salt, and sodium molybdate is used in the food industry as a fertilizer and nutritional supplement for health. The agricultural industry uses large quantities of sodium molybdate as fertilizer, particularly on vegetables such as broccoli and cauliflower. It is also fed to some cattle to help treat copper deficiencies. As a result of its use on food products you consume, trace amounts of sodium molybdate may end up in the food supply. Sodium molybdate in your food can have a variety of effects on your body, although its complete effects are not fully understood. Sodium Molybdate is useful as a source of molybdenum. It is often found as the dihydrate, Na2MoO4•2H2O. The molybdate (VI) anion is tetrahedral. Sodium molybdate can help correct a sodium deficiency by adding extra sodium to your body; however, sodium molybdate is ingested in such small amounts its contribution to your overall sodium stores is probably negligible. Once in your body, the molybdenum molecule is cleaved off of the sodium molecule and can have positive effects on your health. Rapid industrialization across the globe is leading to increasing discharge of waste water and associated chemicals in to ecosystem, stringent government regulations on water disposal and environmental safety is leading towards increasing capacities of chemical and water treatment. Sodium molybdate is used for corrosion inhibition and water treatment in these facilities. Such investments in these facilities are expected to drive sodium molybdate consumption across the globe. Sodium molybdate is emerging as possible alternative additive for sodium dichromate in the electrolytic production of sodium chlorate to reduce environmental impact without hampering performance in maintaining high current efficiency. Increasing use of sodium molybdate for aforementioned applications is a growth factor for sodium molybdate consumption in near future. Global Sodium molybdate market can be segmented on the basis application, product type, and region. Applications of sodium molybdate has a wide span, due to low toxicity it is used in wide array of applications such as in inks, dyes and pigments, fertilizers, ingredients in food and water treatment agents. It is also used in pharmaceutical industry as an analytical reagent. On the basis of prominent applications, global sodium molybdate market can be segmented as: • Water treatment • Fertilizer • Pigments & dye • Corrosion inhibition • Others Ammonium Molybdate Ammonium Molybdate is an odorless crystalline compound ranging in color from white to yellow-green. Ammonium Molybdate also called molybdic acid hex ammonium, salt tetrahydrate, ammonium molybdate tetrahydrate, and ammonium heptamolybdate tetrahydrate. Molybdate is an odorless compound containing molybdenum and oxygen ions. Ammonium molybdate is an organic compound, which is manufactured by reacting molybdenum trioxide in the presence of excess ammonia. The compound is available in different physical forms: solid powder, liquid, crystals, and chunks. Uses: • As an analytical reagent • Presence of phosphates, silicates, • Arsenates and lead in pigments • In the production of molybdenum metal • In the preparation of dehydrogenation • In the fixing of metals • In electroplating • In fertilizers for crops. The compound is also used as a catalyst in production of polymers and other commercial chemical processes. Ammonium molybdate is also applied as an intermediate in some industries. Due to bright color of molybdate, the compound is employed in paints, inks, and as an indicator & reagent in different colorimetric chemical experiments. Ammonium molybdate is employed as an analgesic in the medical industry. It is employed as a source of molybdate ion for the production of molybdenum metals and ceramics. Ammonium molybdate is manufactured in different grades such as reagent & technical grade, laboratory grade, food & pharmaceutical grade, and industrial grade. These grades are utilized in different industries. Based on region, the ammonium molybdate market can be divided into Asia Pacific, Europe, Middle East & Africa, North America, and Latin America. The global Ammonium Molybdate Market industry has experienced an astonishing change structure-wise such as enhancements in technology, increasing raw material costs, manufacturing base been channeled to Asian countries, novel promising growth markets, etc. The global ammonium molybdate market can be segmented based on product type, application, end- use industry, and region. In terms of product type, the ammonium molybdate market can be segmented into ammonium orthomolybdate, ammonium molybdate tetrahydrate, ammonium octamolybdate, and others. Ammonium molybdate tetrahydrate is also known as ammonium heptamolybdate. It is manufactured by liberating ammonium upon heating ammonium orthomolybdate. In terms of application, the market can be divided into analytical reagent, fertilizers & micronutrient, catalyst, metals & ceramic, electroplating, corrosion inhibitor, pigment, and others. Ammonium molybdate is used in end-use industries such as chemical manufacturing, molybdate products, life science, research & laboratories, and others. Demand for ammonium molybdate is expected to be higher in the chemical manufacturing segment in the next few years. Increasing cost of raw materials and toxicity of ammonium molybdate are estimated to restrain the ammonium molybdate market. The compound is harmful for eyes, skin, kidneys, blood, and respiratory tract if swallowed or inhaled. Asia Pacific is estimated dominate the market in the near future. Industrial and economic growth in the region, and increase manufacturing capacities are boosting the ammonium molybdate market in Asia Pacific, particularly in China, Japan, and India. The ammonium molybdate market is anticipated to expand at a rapid pace in North America. Tags Sodium Molybdate, Molybdenum Compounds, Sodium Molybdate Food Grade, Molybdate Manufacturing Company, Sodium Molybdate Production, Sodium Molybdate Dihydrate Production, Sodium Molybdate Production Process, Sodium Molybdate Dihydrate (Smc), Manufacture Process for Ammonium Molybdate and Sodium Molybdate, Ammonium Molybdate, Chemical Compound, Sodium Molybdate (Na2moo4), Sodium Molybdate Solution, Molybdenum Industry, Sodium Molybdate (Vi), Preparation of Ammonium Molybdate Solution, Ammonium Orthomolybdate, Ammonium Heptamolybdate, Process for Producing Ammonium Molybdate, Ammonium Molybdate Production Technology, Ammonium Molybdate Production, Method for Producing Ammonium Heptamolybdate, Ammonium Molybdate(Vi), Ammonium Molybdate Solution Formula, Ammonium Molybdate Uses, Production of Ammonium Molybdate, Ammonium Molybdate, Preparation of Industrial Ammonium Molybdate, Ammonium Molybdate Solution, Ammonium Molybdate Manufacture, Ammonium Molybdate Production project ideas, Projects on Small Scale Industries, Small scale industries projects ideas, Project Report on Ammonium Molybdate Production Industry, Detailed Project Report on Sodium Molybdate Production, Project Report on Sodium Molybdate Production, Pre-Investment Feasibility Study on Sodium Molybdate Production, Techno-Economic feasibility study on Ammonium Molybdate Production, Feasibility report on Ammonium Molybdate Production, Free Project Profile on Sodium Molybdate Production, Project profile on Sodium Molybdate Production, Download free project profile on Ammonium Molybdate Production
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Production of DL Tartaric Acid and Its Salts for Textile Industry

DL Tartaric Acid is a colorless and semi-transparent or white powder, with a sour taste. It is widely used in many fields such as foodstuff, medicine, the chemical and light industries etc., and is mainly used to make tartrates (tartaric acid salts), like antimony potassium tartrate, and potassium sodium tartrate. It can be used as a beer vesicant, foodstuff sourness agent, and flavoring etc. Its sourness is 1.3 times of that of citric acid, and it is especially suitable to be a sourness agent of grape juice. It is also very important for the tannage, photograph, glass, enamel and telecommunication equipment industries. Tartaric Acid is a white crystalline dicarboxylic acid found in many plants, particularly tamarinds and grapes. Tartaric acid is used to generate carbon dioxide through interaction with sodium bicarbonate following oral administration. Carbon dioxide extends the stomach and provides a negative contrast medium during double contrast radiography. Tartaric acid is an organic acid naturally found in fruits including grapes and tamarind. It is a principal ingredient in wine and provides it with the characteristic tart taste. Tartaric acid is primarily manufactured from natural raw materials; however, it can also be manufactured synthetically from maleic anhydride. Tartaric acid finds applications in the wine, food & beverages, construction, pharmaceutical, chemical, leather tanning, and metal finishing industries. It is used as an acidulant, pH control, and flavorant in wine. Tartaric acid is also used as an anti-microbial agent, anti-caking agent in bakery items and flavorant for fruit juices in the food & beverages industry. In the pharmaceutical industry, it is used as an excipient for drugs with poor solubility at higher pH levels. Tartaric acid is used as an anti-set agent in cement formulations in the construction industry. DL tartaric acid is very useful in many applications, • Tartaric Acid is widely used as antioxidant and acidity regulator in food production. As antioxidant: in canned food to maintain flavor and appearance. As acidity regulator: in canned food and confectionery to improve flavor. • Beverage Dl Tartaric Acid is widely used as antioxidant and acidity regulator in beverage. As acidity regulator: in soft drink to improve flavor. • Pharmaceutical Dl Tartaric Acid is widely used as intermediate in Pharmaceutical. As intermediate: in medicine manufacturing. • Cosmetics • Agriculture/Animal Feed • Other Industries Dl Tartaric Acid is widely used as antioxidant in various other industries. As antioxidant: in leather processing to soften leather. Tartaric acid is used in silvering mirrors, tanning leather, and in the making of Rochelle salt, which is sometimes used as a laxative. Salts of Tartaric Salts of tartaric acid are known as tartrates. It is a dihydroxyl derivative of succinic acid. 1. (R*, R*)-(+-)-2,3-dihydroxybutanedioic acid, Monoammonium Monosodium Salt 2. Aluminium Tartrate 3. Ammonium Tartrate 4. Calcium Tartrate 5. Calcium Tartrate Tetrahydrate 6. Mn (III) Tartrate 7. Potassium Tartrate 8. Seignette Salt 9. Sodium Ammonium Tartrate 10. Sodium Potassium Tartrate 11. Sodium Tartrate 12. Stannous Tartrate 13. Tartaric Acid 14. Tartaric Acid, ((R*, R*)-(+-))-isomer 15. Tartaric Acid, (R*, S*)-isomer 16. Tartaric Acid, (R-(R*, R*))-isomer 17. Tartaric Acid, (S-(R*, R*))-isomer 18. Tartaric Acid, Ammonium Sodium Salt, (1:1:1) Salt, (R*, R*)-(+-)-isomer 19. Tartaric Acid, Calcium Salt, (R-R*, R*)-isomer 20. Tartaric Acid, Monoammonium Salt, (R-(R*, R*))-isomer India Tartaric Acid Market is projected to grow at a robust CAGR due to increasing use of tartaric acid as a preservative in packaged foods coupled with growing use across various end-user industries, such as food & beverages, pharmaceuticals as it acts as an emulsifier and chelating agent. Moreover, the rising adoption of tartaric acid in antacids will drive the growth of the market further. Based on the type of tartaric acid, synthetic segment is expected to hold the largest market share in the forecast period as tartaric acid produced in the country is chemically synthesised. Based on the application, food & beverage is expected to lead the market in the next five years owing to the widespread applications of tartaric acid as emulsifier and preservative in packaged foods, bakery items, soft-drinks etc. The tartaric acid market is expected to record a moderate CAGR between 2018 and 2023. Increasing demand from the wine industry in the Asia-Pacific and Latin American regions, coupled with the growing demand for packaged food, is expected to drive the market during the forecast period. The market is primarily driven by the diverse uses of tartaric acid in the food & beverage industry. Owing to the changing lifestyles, the growing demand for packaged food in developing economies around the world is expected to boost market growth during the forecast period. Tartaric acid is widely used in the pharmaceutical segment. This is owing to its characteristic property of enhancing the taste of medicine, making it the material of choice for use in the pharmaceutical industry. Tartaric acid and its derivatives are widely used in making effervescent salts, which are formed when combined with citrates. The pharmaceutical industry is expected to be the one of the fastest growing segments by end-user industry in the global tartaric acid market due to the rise in medicine demand globally. The natural tartaric acid segment is projected to be the fastest-growing during the forecast period, due to its high usage in applications such food & beverages, especially in the wine industry, resulting in an exponential increase in the consumption and production. Tartaric acid is mostly used in the wine industry due to the major role it plays in maintaining the chemical stability of the wine, controlling the acidity of wine and its color, and finally in influencing the taste of the finished wine. Tartaric acid is widely used in the pharmaceutical segment. This is owing to its characteristic property of enhancing the taste of medicine, making it the material of choice for use in the pharmaceutical industry. Tartaric acid and its derivatives are widely used in making effervescent salts, which are formed when combined with citrates. The pharmaceutical industry is expected to be the one of the fastest growing segments by end-user industry in the global tartaric acid market due to the rise in medicine demand globally. The natural tartaric acid segment is projected to be the fastest-growing during the forecast period, due to its high usage in applications such food & beverages, especially in the wine industry, resulting in an exponential increase in the consumption and production. Tartaric acid is mostly used in the wine industry due to the major role it plays in maintaining the chemical stability of the wine, controlling the acidity of wine and its color, and finally in influencing the taste of the finished wine. Tartaric acid is widely used in the pharmaceutical segment. This is owing to its characteristic property of enhancing the taste of medicine, making it the material of choice for use in the pharmaceutical industry. Tartaric acid and its derivatives are widely used in making effervescent salts, which are formed when combined with citrates. The pharmaceutical industry is expected to be the one of the fastest growing segments by end-user industry in the global tartaric acid market due to the rise in medicine demand globally. The natural tartaric acid segment is projected to be the fastest-growing during the forecast period, due to its high usage in applications such food & beverages, especially in the wine industry, resulting in an exponential increase in the consumption and production. Tartaric acid is mostly used in the wine industry due to the major role it plays in maintaining the chemical stability of the wine, controlling the acidity of wine and its color, and finally in influencing the taste of the finished wine. Tags Process for Producing DL-Tartaric Acid, DL-Tartaric Acid, Tartaric Acid, Process for Manufacture of Tartaric Acid, uses of Dl Tartaric Acid, Tartaric Acid Manufacture, Production of DL-Tartaric Acid, Inorganic Chemical, Chemical Company, Tartaric Acid Formula, Tartaric Acid Production Plant, Natural Tartaric Acid, Chemical Compound, Tartaric Acid Uses, Preparation of Tartaric Acid, Method of Preparing Tartaric Acid, Tartaric Acid Chemical, Tartaric Acid In Wine, Dl-Tartaric Acid Calcium Salt, Dl Tartaric Acid and its Salts, Salts of tartaric acid, tartrates, DL Tartaric Acid and Its Salts for Textile Industry, Project Report on Tartaric Acid Production Industry, Detailed Project Report on DL Tartaric Acid Production, Project Report on Tartaric Acid Production, Pre-Investment Feasibility Study on Tartaric Acid Production, Techno-Economic feasibility study on Tartaric Acid Production, Feasibility report on DL Tartaric Acid Production, Free Project Profile on Tartaric Acid Production, Project profile on DL Tartaric Acid Production, Download free project profile on DL Tartaric Acid Production
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Production of Stable Bleaching Powder

Production of Stable Bleaching Powder. Investment Opportunities in Chemical Industry Stable Bleaching Powder (Calcium Hypochlorite) is a widely used chemical. It decomposes on contact with water, releasing chlorine at the point of application. This makes it a strongoxidising, bleaching and disinfecting agent. Bleaching powder is basically a bleaching agent. It finds application as a bleaching agent in Textile Mills, Hand Looms and Power Looms, Hosiery, Laundry, Paper, Soap and Silicate manufacturing and as oxidizing agent in organic synthesis. It is not for Medicinal Use. Applications and Uses: • Disinfecting and deodorizing in food processing, beverage and sugar industries. • For finishing and extra sheen in the carpet industry. • Effluent control in wastes containing cyanide. • Bleaching of cotton yarn, cotton cloth and hemp in textile Industry. • Bleaching, stain removal & disinfection of cotton clothing in laundries, hospitals & homes. • Disinfection in water treatment & sewage disposal. • Controlling of mosquitoes through eradication of mosquito larvae in drains, gutters, ponds etc. • Disinfection, de-odorizing and bleaching of residential premises, swimming pools, public conveniences etc. • Disinfection for preservation of vegetables & fruits • Stable bleaching powder is used to disinfect ponds or seawater where shrimps and prawns are grown. In addition, it is used as a disinfectant and deodorizing agent to reduce the Biological Oxygen Demand (BOD) concentration in water. • Stable bleaching powder is used to sterilize linen and remove stains. • Stable bleaching powder is used to bleach pulp and straw. • Stable bleaching powder finds wide use in the textile industry as a bleaching agent for cotton yarn and cloth. • SBP is used as a disinfectant and deodorising agent to reduce the BOD concentration and control cyanides in water. It is also used in swimming pools as a disinfectant and cleaning agent, apart from controlling algae. It is used in a variety of applications, the most important being as disinfectants and cleaners. Calcium hypochlorite is extensively used as a chlorine compound, which is highly effective against several microorganisms such as algae, bacteria, fungi, slime and other harmful and objectionable microorganisms which exist in the environment. Accordingly the quantity of textile finishing agents imported and the share of bleaching powder in the past seven years. There are six units manufacturing bleaching powder in Madhya Pradesh with a combined production capacity of 14,000 metric tonnes per annum. Calcium hypochlorite is one of the most widely used bleaching, sanitation and disinfecting agent in the world. It is an integral component of bleaching powder which also includes calcium chloride and slaked lime. Calcium hypochlorite is the second most used chemical type in the hypochlorite market, sodium hypochlorite being the most used type. However calcium hypochlorite has more available chlorine and is relatively more stable than liquid bleach. The global calcium hypochlorite market was valued at around US$ 5 Bn in 2016 and is anticipated to expand at a CAGR of more than 3% from 2018 to 2026. Expansion in the global calcium hypochlorite market is driven by the rise in demand for fresh water and increase in demand for calcium hypochlorite in pulp & paper applications. The calcium hypochlorite market in Asia Pacific is anticipated to expand at a CAGR of around 4% during the forecast period. Rapid urbanization in developing economies such as China and India is estimated to propel the calcium hypochlorite market in the region. Tags Stable Bleaching Powder, Calcium Hypochlorite, Bleaching Powder, Stable Bleaching Powder Manufacture, Stable Bleaching Powder Manufacturing Process, Chemical, Calcium Hypochlorite Manufacture, Stable Grade Bleaching Powder Plant, Bleaching Powder Production, Chemical Processing Plant, Small-Scale Manufacture of Bleaching Powder, Process for Production of Bleaching Powder, How to Manufacture Bleaching Powder? Bleaching Powder Manufacturing Plant, Profile on Bleaching Powder, Bleaching Powder Manufacturing Process Pdf, Bleaching Powder Manufacturing Plant Cost, Chlorine Plant, Flow Diagram of Bleaching Powder Manufacturing, Process of Manufacture of Bleaching Powder, Bleaching Powder Making Process, Bleaching Plant, Start a Bleaching Powder Making Plant, Bleaching Powder Stable, Stable Bleaching Powder Formula, Preparation, Properties & Uses of Bleaching Powder, Formation of Bleaching Powder, Stable Bleaching Powder(Calcium hypochlorite), Stable Bleaching Powder, Textile, Dyeing & Finishing Chemical, Project Report on Bleaching Powder Production Industry, Detailed Project Report on Bleaching Powder Production, Project Report on Bleaching Powder Production, Pre-Investment Feasibility Study on Stable Bleaching Powder Manufacturing, Techno-Economic feasibility study on Bleaching Powder Production, Feasibility report on Bleaching Powder Production, Free Project Profile on Stable Bleaching Powder Manufacturing, Project profile on Stable Bleaching Powder Manufacturing, Download free project profile on Bleaching Powder Production
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Production of Titanium Dioxide (TiO2)

Production of Titanium Dioxide (TiO2). Highly Profitable Chemical Business Ideas Titanium dioxide (TiO2) is a naturally occurring mineral that is mined from the earth, processed and refined, and added to a variety of foods, as well as other consumer products. White in color, it is used to enhance the color and sheen of certain foods and is also key for food safety applications. In its natural state it exists in different bulk crystalline forms, such as anatase and rutile, but during processing it is ground into a very fine powder. It is naturally opaque and bright, which makes it useful for use in paper, ceramics, rubber, textiles, paints and cosmetics. It is also UV-resistant, and is used widely in sunscreens and pigments that are likely to be exposed to light. It is used in a wide variety of personal care products, including color cosmetics such as eye shadow and blush, loose and pressed powders and in sunscreens. Uses & Benefits: The main use of titanium dioxide (TiO2) is as a white powder pigment because of its brightness and very high refractive index. This means that relatively low levels of the pigment are required to achieve a white opaque coating. Pure titanium dioxide is a fine, white powder that provides a bright, white pigment. Titanium dioxide has been used for a century in a range of industrial and consumer products, including paints, coatings, adhesives, paper, plastics and rubber, printing inks, coated fabrics and textiles, as well as ceramics, floor coverings, roofing materials, cosmetics, toothpaste, soap, water treatment agents, pharmaceuticals, food colorants, automotive products, sunscreen and catalysts. Titanium dioxide is produced in two main forms. The primary form, comprising over 98 percent of total production, is pigment grade titanium dioxide. The pigmentary form makes use of titanium dioxide’s excellent light-scattering properties in applications that require white opacity and brightness. The other form in which titanium dioxide is produced is as an ultrafine (nanomaterial) product. This form is selected when different properties, such as transparency and maximum ultraviolet light absorption, are required, such as in cosmetic sunscreens. In the pharmaceutical industry, titanium dioxide is used in most sunscreens to block UVA and UVB rays, similar to zinc oxide. It is also commonly used as pigment for pharmaceutical products such as gelatin capsules, tablet coatings and syrups. In the cosmetics industry, it is used in toothpaste, lipsticks, creams, ointments and powders. It can be used as an opacifier to make pigments opaque. Titanium dioxide is seeing growing demand in photocatalysts due to its oxidative and hydrolysis properties. As a photocatalyst, it can improve the efficiency of electrolytically splitting water into hydrogen and oxygen, and it can produce electricity in nanoparticle form. Applications include light-emitting diodes, liquid crystal displays (LCDs) and electrodes for plasma displays. Titanium dioxide (TiO2) is derived from ilmenite a mineral found in the metamorphic, plutonic igneous rocks and beach sands in India. It can be classified into anatase, rutile and brokite, of which only anatase and rutile are commercially important. TiO2 is consumed across paints, plastics, paper and many other end use segments. The titanium Di-oxide market in India is projected to exhibit a CAGR of 3.98% during 2016-2025, owing to broad growing applications of titanium Di-oxide in paints, rubbers, plastics, textiles, cosmetics, pare & printings, etc. Titanium is the ninth most commonly found element in the earth's crust and is chemically inert in nature. Titanium Di-oxide is an oxide of titanium metal, which occurs naturally in several types of mineral sands and rocks. Minerals, metals and chemicals manufacturing industries majorly produce titanium Di-oxide in two grades namely, Rutile Grade and Anatase Grade titanium Di-oxide, owing toit's high refractive index, hiding power & opacity, low specific gravity and UV protecting properties. Thereby, boosting consumption of titanium Di-oxideacross various downstream industries such as paints, paper, rubber, textiles cosmetics etc. Furthermore, increasing awareness among consumers regarding the physical and chemical properties of titanium Di-oxide is further projected to drive India titanium Di-oxide market in the coming years. "Paints and varnishes manufacturing industry is the leading consumer of titanium dioxide in India. Paints is one of the mostly used building materials in constructions, furniture, automotive and other industries. Strong growth in construction and automotive industries in India is the major factor propeling demand for titanium dioxide pigments in paints and coatings production industry. Over the past few years, India paint market grew at a rate of around 15% and is expected to grow at the same pace in the coming years as well. The global titanium dioxide (TiO2) market size was valued at USD 13.3 billion in 2015. The market is expected to witness growth at a CAGR of over 8.9% from 2016 to 2025, owing to increasing demand from end-user industries. Usage of the product as pigments in paints & coatings formulation is expected to fuel industry growth over the next few years. The major growth drivers for this market are growing demand for titanium dioxide in end use industries like coatings, plastics and others. Technological innovations aimed at improving manufacturing processes to increase product yield with higher quality is expected to have a positive impact on the titanium dioxide pigment market. Within the global titanium dioxide market, the coatings segment is expected to remain the largest market. Increasing demand for architectural and industrial coatings in the developing countries of Asia Pacific, particularly China and India, has presented sound opportunities for titanium dioxide in the coatings industry, which would spur growth for this segment over the forecast period. Based on grade type, the global titanium dioxide market has been segmented into rutile and anatase. The anatase grade type segment is projected to grow at the highest CAGR from 2016 to 2021. Anatase grade titanium dioxide is preferred in the manufacturing of paper, as it is less abrasive to the papermaking machinery. The market for anatase segment is also expected to witness high growth owing to the increasing demand for the anatase grade of titanium dioxide in the paints & coatings application from the construction industry. Global titanium dioxide market is mainly driven by increasing demand for lightweight vehicles in the automobile industry especially in the developed countries like US, Germany and France. Rising demand for lightweight automobiles is expected to play a vital role in growth of global titanium dioxide market. Materials such as polycarbonates are used in manufacturing of lightweight automotive which have low scratch resistance value. Also, the product is used in various industries such as chemical intermediates, fiber, technical titanium, inks for printer and rubber. Paper industry is the third largest user of titanium dioxide and contributed 10.4% in terms of revenue globally. Titanium dioxide is used in manufacturing of decorative papers, these are used in manufacturing of flooring, furniture and wallpapers. Demand for high end furniture is increasing which is expected to boost the demand for titanium dioxide. The paper industry is expected to contribute about 10.4% during the forecast period. The Chloride Process: There are two main stages: a) The conversion of rutile to titanium (IV) chloride b) The oxidation of titanium (IV) chloride (a) The conversion of rutile to titanium (IV) chloride The rutile is fed into a heated bed together with a source of carbon, usually coke. Chlorine is fed into the bed and the reaction takes place to form titanium (IV) chloride in the vapour form which is removed from the bed. Iron and other metals in the ore are chlorinated and also leave the bed in the vapour state. The oxygen in the ores is combined with the carbon to form carbon monoxide and dioxide. The vapour stream is cooled and the metal chlorides other than titanium (IV) chloride are condensed and solidified. The titanium (IV) chloride vapour, which contains almost pure titanium (IV) chloride and has a lower boiling point, is then condensed and stored as liquid. It is then reboiled and distilled to give a purer product to feed to the next stage. (b) The oxidation of titanium (IV) chloride Liquid titanium (IV) chloride is vaporized and burnt in oxygen, together with a hydrocarbon fuel source (for example, methane) to a high temperature to initiate the reaction and keep the temperature high enough for the reaction to proceed: The titanium dioxide is formed (by adding seed crystals) as a fine solid in the gas stream and is filtered out of the waste gases using cyclones or filters. Once again control of crystal growth is important to give particles of the correct size for pigments. This is done by adding nucleating agents to the gas stream (e.g. water or Aluminium chloride) and by cooling the products. The chlorine in titanium (IV) chloride is released and recycled to the chlorination stage of the process above. The product contains small amounts of absorbed chlorine gas which are removed. The product is washed and dried before milling and surface treatment in an identical manner to that used in the Sulfate Process described. Tags Titanium Dioxide (Tio2) Production and Manufacturing Process, Manufacture of Titanium Dioxide, Titanium Dioxide, Tio2, Essential Chemical Industry, Manufacture of Titanium Dioxide, Production of Titanium Dioxide, Commercial Process for Producing Titanium Dioxide, Manufacturing Process of Titanium Dioxide, Process for Production of Titanium Dioxide, Titanium Dioxide Manufacturing Process Pdf, Titanium Dioxide Production Chloride Process, Titanium Dioxide Process Flow Diagram, Titanium Dioxide Properties, Process for Manufacturing Titanium Dioxide, Titanium Dioxide-Tio2, Chloride Process for Titanium Dioxide, Process for Producing Titanium Dioxide, Titanium Dioxide & Titanium, Titanium Dioxide Production, Titanium Dioxide Manufacture, Titanium Dioxide Processing, Preparation of Titanium Dioxide (Tio2), Titanium Dioxide Industry, Titanium Dioxide Manufacturing Plant, Titanium Dioxide (Tio2) Industry in India, Chemical Business, Titanium Dioxide Production Business, Titanium Dioxide Plant, Project Report on Titanium Dioxide Manufacturing Industry, Detailed Project Report on Titanium Dioxide Manufacturing, Project Report on Titanium Dioxide (Tio2) Production, Pre-Investment Feasibility Study on Titanium Dioxide (Tio2) Production, Techno-Economic feasibility study on Titanium Dioxide (Tio2) Production, Feasibility report on Titanium Dioxide (Tio2) Production, Free Project Profile on Titanium Dioxide (Tio2) Production, Project profile on Titanium Dioxide (Tio2) Production, Download free project profile on Titanium Dioxide (Tio2) Production, Titanium Dioxide (Chloride Process), Chloride Process, Chloride Process for Titanium Dioxide
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Production and Formulation of Fish and Shrimp (Prawn) Feed

Production and Formulation of Fish and Shrimp (Prawn) Feed. Commercial Aquaculture Feed Manufacturing Business Food is the main element for living of all animal. Like other animals fish also needs sufficient and nutritious fish feed for proper growth and survival. Maximum fish production is not possible without nutritious feed. The ingredients of well-balanced nutritious feed for fish are protein, carbohydrate, fat, vitamins, minerals and water. The feed like moss or aquatic insects which produce naturally in the pond is not sufficient for fish. Aquafeed, also known as the fish feed, is a commercially produced food item for various aquatic species such as fish, crustaceans, and mollusks. Aquafeed is extensively used in the aquaculture sector. Fish cultivated on farms and feeding on pests found on crops can also be categorized under the aquafeed market segment. Aqua feed is food formulated specifically for fishes, which is commercially manufactured via numerous industrial procedures. Aqua feed is primarily available as pellets, which contain important ingredients that provide nutrition to fish. As per the fish species and size to be fed, these pellets are available in many sizes. Further, the properties of pellets can be easily changed so that they sink to the bottom of fish tanks or float on the surface of the water. The nutrient contents of the feed can be controlled and this has benefitted the global aqua feed market in the recent past. Also, there has been a growth in the farming aquatic species such as crustaceans, mollusks, and fish. With the globally increasing demand for fish and fish-based products, the compound feed demand in the aquatic animal food industry is also expected to increase. The growth is particularly high in emerging countries, such as China, India, and Brazil, owing to the increasing income levels due to expanding the middle class and increasing demand for seafood in these countries. The Asia-Pacific market though, accounts for a significant share in the overall market, is relatively unexplored, owing to the low level of organizing in the industry. Andhra Pradesh accounts for 22% of India’s total commercial aquafeed consumption followed by West Bengal; however, the penetration of commercial aquafeed is still at 10% for finfish category and a little higher for shellfish category in Andhra Pradesh. This makes the state an attractive investment destination for aquafeed manufacturers. From a land of traditional aquafeeding comprising rice/wheat bran, groundnut cake, and other agro products, India is emerging as a significant producer of commercial aquafeed. The thriving Indian aquaculture industry is the biggest advantage for aquafeed manufacturers. However, as majority of farmers feeding the aquatic species with traditional feeds owing to easy availability and lower prices, the transition towards commercial aquafeed will definitely take time. With the growing awareness among farmers regarding benefits of feeding the aquacultured species with commercial aquafeed, the popularity of commercial aquafeed is trickling down to various parts of the country. Further, the growing demand for fish in both the national and international markets is propelling fish cultivators in India to inculcate commercial feeding practices, so that the end product is healthy and nutritional. The global aqua feed market is segmented on the basis of geography and end-users. By end-users, the global aqua feed market is classified into crustaceans, carp, catfish, salmon, mollusks, tilapia, and others such as milkfish, eels, and trout. In 2012, by end-user, the highest demand for aqua feed was from the carps segment, accounting for 25% of the global aqua feed market. Carps have the highest demand in the retail industry whereas crustaceans have the highest demand in the food and the pharmaceutical industries. The rising demand for aqua feed from end-user segments such as mollusks and salmons is expected to propel the global aqua feed market in the near future. In terms of end-user, the global aqua feed market has classified into carp, crustaceans, salmon, mollusks, catfish, tilapia, and others. Carp stood as the leading end-use segment and accounting for 25% of the global aqua feed market. The carp and crustaceans segments are expected to display the fastest growth as they can withstand harsh environmental conditions. Mollusks segment accounted for the second largest share of the overall market and is expected to display above average growth rate in the near future. This is mainly due to the increasing consumer awareness about the health benefits of mollusks. Shrimp feed is produced in order to meet the nutritional requirements of farmed shrimps. It helps in maintaining the required levels of essential amino acids, vitamins, minerals, fatty acids and other important nutrients. Some of the common ingredients used in shrimp feed include fish and squid meal, lecithin, fish oil, cereal flour and other essential and propriety additives. The use of good quality feed helps in improving the shrimp production, profits, and minimizing the environmental pollution generated from shrimp farming. Shrimp feeds have crude protein levels ranging from 32-38% and fat levels of 5-6%. Shrimp Feed production was approximately 600,000 tons, and fish feed production was 650,000 tons. If all the smaller feed mills were included in this survey, the total feed production in 2014 would have been more than 1.5 million tons. The Indian shrimp feed market reached a production volume of 872,700 Tons in 2017. One of the primary factors catalyzing the growth of the Indian shrimp feed market is the massive marine wealth in India that sustains the development of the aquaculture industry. Although shrimp farming is fully dependent on formulated feeds, freshwater finfish farming is still in the process of transitioning to use of pelleted feeds, from use of raw agricultural by-products, farm-made feeds and organic fertilizers. High value coastal carnivorous fin fish continues to be produced via a combination of trash fish and formulated feeds, both imported and produced locally. Recently, Indian, aqua feed sector is exploring the opportunity to utilize abundantly available spent residues, dried distillery grains with soluble as a potential ingredient in fish and shrimp feeds. Tags Commercial Fish Feed, Fish Feed Formulation and Production, Fish Feed Production, Fish Feed Production Plant, Fish Feeds and Feeding, Fish Feed Production Pdf, Fish Feed Production Process, Fish Feed Pellet Production, Ingredients of Fish Feed, Fish Feed Industry, Prefeasibility of Production of Fish Feed at Small Scale, Fish Feed Pellets Production Plant, Fish Feed in Aquaculture, Production of Fish and Shrimp Feed, Fish Feed Preparation, Fish Feed, Feed Formulation, Fish & Aquatics Feed Products, Aquaculture Feed, Fish Feeds Processing and Technology, Commercial Aquaculture Feed Production, Fish Feed Processing, Feed Manufacturing, Shrimp Feed Formulation and Manufacturing Process, Manufacturing Process for Shrimp Feed, Shrimp Feed Pellets Making, Shrimp Feed Production Process, Prawn Feed Manufacturing, Feed Formulation, Prawn Feed, Prawn Feed Preparation, Shrimp Feed Industry, Shrimp Feed, Project Report on Fish Feed Processing Industry, Detailed Project Report on Fish Feed Processing, Project Report on Prawn Feed Manufacturing, Pre-Investment Feasibility Study on Fish Feed Processing, Techno-Economic feasibility study on Prawn Feed Manufacturing, Feasibility report on Fish Feed Formulation and Production, Free Project Profile on Prawn Feed Manufacturing, Project profile on Fish Feed Processing, Download free project profile on Prawn Feed Manufacturing
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Return: 1.00%Break even: N/A
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Cattle & Poultry Feed Manufacturing Business

Cattle & Poultry Feed Manufacturing Business. Production of Livestock Feed Manufacturing. Profitable Premix and Animal Feed Industry Animal feed plays a vital role in the food chain as feed is one of the most crucial contributor in ensuring safe, abundant and affordable animal protein. Incessant population growth and rising affordability has surged demand for animal protein in India. Animal feed industry deals with food given to animals in cattle, poultry and aquaculture sector as part of animal husbandry. Indian feed industry predominantly caters to cattle and poultry feed segment. Poultry is the fastest growing livestock sector both in developed and developing countries. Poultry feed is the feedstock used for feeding the poultry for obtaining high quality, improves growth rate and lower the mortality rate. The feedstock is of different types depending on the end product such as for eggs or meat. Poultry feedstock is almost used in every poultry farm owing to its cost effective and desired results. Poultry feed market is a part of vast animal feed market and makes an important part of it as poultry is invariably consumed in most parts of the world. The concept of animal feed has been there in the market for several years especially in the developed markets. However, with the advent of globalization and rise in the standard of living of consumers, companies are expanding in the emerging markets of the world with improved products and wide range of options for each animal group. Poultry meat is the highest among others such as pork, beef and fish meat. Therefore, vast opportunity lies in the poultry feed segment. Demand for poultry feed in India has been increasing consistently over the last five years on account of rising population, growing demand for healthy poultry products such as broiler meat and surging demand for compound poultry feed. Growing demand for poultry products in India is being witnessed on account of increasing poultry population, and this is further anticipated to drive growth in India poultry feed market in the coming years. Growth of Indian animal feed market is propelled by rise in demand for animal protein, surge in dairy products consumption and growth of livestock population. However, there are various factors restraining growth of the market which includes high import duties on feed ingredients, vague regulatory regime, volatility in raw material prices and frequent disease outbreak. The market is characterized by leading trends such advent of non-traditional feed ingredients, genetically modifies animal feed and technological innovation in the industry. The poultry feed market to grow at a CAGR of around 8% till 2019-20. In the coming years, packaged poultry feed is expected to grow at a higher pace compared to the traditional poultry feed. In the coming years, packaged poultry feed is expected to grow at a higher pace compared to the traditional poultry feed. The Indian poultry feed industry, dependent on the sound growth of poultry has a great untapped potential, with southern part of India holding the maximum share of poultry production and consumption. Feed industry in India is about 50 years old. It primarily consists of cattle feed and poultry feed segments. Cattle feed industry in India is gradually evolving into an organized sector and the feed manufactures are increasingly using modern and sophisticated methods that seek to incorporate best global practices. Indian cattle feed industry has got high growth potential, given the country's top position among the world nations in respect of livestock population and also the high expected growth rate of about 4 per cent. Cattle feed encompasses of various type of forages such as grass, legumes, silage which is mainly used as dairy cattle feed along with soy, grain and other elements which upsurges energy density of diet. Cattle feed is edible and rich source of nutrients for growing, adult, milk producing and pregnant cattle. The global cattle feed market is anticipated to be driven by the increasing demand of milk products in developing nations, as cattle feed always aids to enhance the optimum level of milk production. Increasing demand of dairy product in Asia pacific region is anticipated to stimulate the global cattle feed market. Milk products are used widely in the various beverages and bakery products which in turn positively intensifies the sales of cattle feed. Due to the increasing awareness of the organic livestock farming, the sales of cattle feed will intensify in the near future. Also, the increasing demand for high protein food products, is anticipated to fuel the sales of cattle feed during the forecast period. Cattle feed market has been segmented on the basis of feed ingredients which comprises of Corn, soybean meal, wheat, oilseeds and others. Corn is accounting maximum market proportion during the forecast period. Cattle Feed market has been segmented on the basis of application which comprises of Dairy, Beef, Calf, swine and others. Among the application dairy is holding highest market proportion during the review period. Cattle Feed market has been segmented on the basis of additive which comprises of vitamins, minerals, amino acids, feed antibiotics, feed acidifiers, feed enzymes, antioxidants and others. The global Cattle Feed market is segmented into North America, Europe, Asia Pacific, and rest of the world (ROW). Among these, North America is estimated to retain its dominance throughout the forecast period of 2017-2022. This is attributed by the presence of key players in the North America region. Also, the technological advancement of the products and also the awareness of the new product development is also propelling the sales of cattle feed. Europe region is estimated to account healthy market proportion during the review period of 2017-2022. Asia Pacific is projected to grow at a higher pace as compare to the other region. Especially China and India offer a lucrative opportunity in the Asia Pacific region for the Cattle Feed manufacturers. Feed Premix Market size is projected to exceed USD 10.5 billion by 2023, at more than 2.9% CAGR. Rising consumer awareness about product health benefits may drive premix market. Rise in animal production for meat consumption in India, China and Brazil should favor market size growth. U.S. and China are key producing countries. The U.S. market is focused on innovating cost-effective production process. Global poultry feed premix market is expected to exceed over USD 2.1 billion by 2023, at more than 3.5% CAGR. Global aqua feed premix market is projected to exceed USD 400 million by 2023, at more than 4% CAGR. Increase in processed cattle meat consumption coupled with growing concern for animal safety from diseases may pave way for feed premix market growth. U.S. is the leading producer of poultry products. Increase in processed poultry consumption led to high demand of quality meat in industry. Key elements, vitamins and minerals are important for animal metabolism. Vitamin premix dominated the overall consumption and may witness significant gains up to 2023. Global feed premix market is huge and has variety of feed premix available in the market. Each animal needs different nutrients and the feed premix are segregated accordingly. There is poultry feed, cow feed, and other related feed as per the animal needs. Just in the poultry segment, you have poultry vitamin premix, vitamin B12 feed supplement, multi vitamin mineral feed supplement etc., and just in the poultry industry you have so many varieties. One can imagine how many varieties will be available for different livestock farmers. It is essential to choose the right kind of feed premix for the animal so that livestock farming industry can do well and survive for a long period. Tags Feed Premix Formulation, Premix Production, Animal Premix Feed Production, Premix Feed Production for Poultry, Premixes in Feeding, Animal Feed Premix Plant, Feed Production Plant, Premix for Livestock and Poultry, Animal Cattle Feed, Cattle Feed Premix, Formulation of Feed Premix, Poultry Premix Manufacture, Animal Feed, Feed Manufacturing, Feed Formulation for Poultry, How to Produce Poultry Feed, Poultry Feed Production, Mini-Poultry Feed Production, How to Make Poultry Feed Pdf, How to Start a Poultry Feed Business, Indian Poultry Feed, Cattle & Poultry Feed Manufacturing Business, Indian Feed and Poultry Industry, Poultry Feed Industry, How to Start Livestock Feed Production, Large Scale Poultry Feed Business, Small Poultry Feed Plant Project Report, Cattle Feed, Cattle Feed Manufacturing and Processing Unit, Cattle Feed Production in India, Cattle Feed Plant, Animal Feed Production Process Pdf, Animal Feed Manufacturing Plant, Small Cattle Feed Plant Cost, Animal Feed Production Business Plan, Poultry Feed Manufacturing Process Pdf, Cattle Feed Plant Cost in India, Cattle Feed Plant Layout, Livestock Feed Manufacturing, Animal Feed Processing, Cattle Feed Industry in India, Cattle & Poultry Feed Manufacturing Industry, Detailed Project Report on Poultry Feed Manufacturing, Project Report on Livestock Feed Manufacturing, Pre-Investment Feasibility Study on Cattle & Poultry Feed Manufacturing, Techno-Economic feasibility study on Cattle & Poultry Feed Manufacturing, Feasibility report on Livestock Feed Manufacturing, Free Project Profile on Poultry Feed Manufacturing, Project profile on Feed Manufacturing, Download free project profile on Feed Manufacturing
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Return: 1.00%Break even: N/A
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Production of Glass Fiber

Production of Glass Fiber. Investment Opportunities in Composites Industry Glass fiber also called fiberglass. It is material made from extremely fine fibers of glass Fiberglass is a lightweight, extremely strong, and robust material. Although strength properties are somewhat lower than carbon fiber and it is less stiff, the material is typically far less brittle, and the raw materials are much less expensive. Its bulk strength and weight properties are also very favorable when compared to metals, and it can be easily formed using molding processes. Glass fiber is manufactured from various raw materials, namely, silica sand, alumina, limestone, clay, and boric acid. There are different types of glass fiber, like E-glass and S-glass, depending on the mechanical properties. E-glass has high mechanical properties and it is used in armor applications. Types of Glass Fiber As to the raw material glass used to make glass fibres, the following types of glass fiber: 1. A-glass: With regard to its composition, it is close to window glass. It is mainly used in the manufacture of process equipment. 2. C-glass: This kind of glass shows better resistance to chemical impact. 3. E-glass: This kind of glass combines the characteristics of C-glass with very good insulation to electricity. 4. AE-glass: Alkali resistant glass. Generally, glass consists of quartz sand, soda, sodium sulphate, potash, feldspar and a number of refining and dying additives. The characteristics, with them the classification of the glass fibres to be made, are defined by the combination of raw materials and their proportions. Textile glass fibres mostly show a circular. Glass fibres can be used as a reinforcing agent for different types of vegetable oil-based polymer composites because of their availability, low cost, high strength and chemical resistance. Different types of silicate glass fibres are used in the preparation of polymer composites, but lime-alumina-borosilicate (E-glass) glass fibre is the most widely used. It can be used as chopped strand mat, ribbon and woven fabrics. Although it exhibits high strength (tensile strength 3.45 kN mm?2), creep and chemical resistance, its specific gravity (2.5) is relatively high, which limits its uses in many advanced applications where light weight is important. Glass fibers are useful because of their high ratio of surface area to weight. However, the increased surface area makes them much more susceptible to chemical attack. By trapping air within them, blocks of glass fiber make good thermal insulation, with a thermal conductivity of the order of 0.05 W/ (mK). Indian glass fiber market is set to grow substantially in the next five years. The glass fiber industry in India is mainly driven by its domestic consumption by government, NGOs, and civic bodies. The Indian government use glass fiber in their defense segment and some projects may have more than 50% glass fiber materials used in them. Though the glass fiber industry slowed down during recession, it has gained momentum after 2011. According to market forecasts, India glass fiber market is expected to reach 754 million pounds ($752.7 M) by 2018. The fiberglass market was estimated at USD 13.95 Billion in 2017 and is projected to reach USD 18.75 Billion by 2022, at a CAGR of 6.1% between 2017 and 2022. The fiberglass market is growing due to the extensive use of fiberglass in the construction industry, use of fiberglass composites by the automotive industry for enhanced performance, and an increasing number of wind turbine installations. The global glass fiber market is promising with opportunities in the end use industries such as transportation, construction, pipe and tank, electrical and electronics, wind energy, and consumer goods, tanks, printed circuit boards, wind blades, and automotive parts. Emerging trends, which have a direct impact on the dynamics of the glass fiber industry, include cost optimization and performance enhancement of glass fibers. Glass fiber is primarily used as a composite in construction industry. It is highly used in building materials owing to the properties, such as lightweight, fire resistant, anti-corrosive, and exhibits excellent strength. It has been widely used in the construction industry for non-structural elements, like facade panels, piping, and channels. This material is very good in making shapes on the front of any building and it is less dense than steel. Therefore, the usage of glass fiber is increasing in construction industry, which is fueling the demand during the forecast period. Glass fiber is the most widely used reinforcing material in composites across the globe and accounts for a more than 90% share of reinforcement materials used in fiber reinforced plastics. Glass fiber offers qualities such as low weight, high strength, and impact resistance when compared its substitutes. Demand for glass fiber is high in end-use applications such as building and construction, transportation, consumer goods, industrial and wind turbine. Glass fiber comprises many extremely fine fibers of glass and is amorphous in nature. Glass fiber can also be used as a reinforcement material in plastic. Silicon dioxide, calcium dioxide, aluminum dioxide, and boron oxide are the key raw materials used in the production of glass fibers. Glass fiber is used in mats and fabrics as it offers corrosion resistance and thermal and electrical insulation. It is used in construction, aerospace tooling, automotive, electronics, and wind energy industries because of its excellent mechanical properties such as high tensile strength, stiffness, dimensional stability, thermal conductivity, and chemical resistance. Glass fiber reinforced concrete (GFRC) is a high-performance building material that is used in the construction industry. Owing to its low weight, high strength-to-weight ratio, and excellent durability, it is used in the automotive and wind energy industries. Marine and automotive industries are among the key consumers of glass fibers owing to the need for impact resistance and lightweight materials. As glass fibers are lightweight and impact resistance in nature, they are being incessantly employed in the automotive and marine industries. They are the primary reinforcement materials in the marine composited. Glass fibers such as e-glass fibers are employed in the manufacturing of glass fiber reinforced plastics (GFRPs). Glass fiber reinforced plastics have features such as durability, high strength to weight ratio, and weather resistance, which are necessary for materials being used in the manufacturing of marine and automobile components. Glass fibers account for over 90% of the reinforcements that are used in the manufacturing of composites across the globe. There is an increased demand for glass fiber composites in the aerospace, automotive, wind energy, and construction & infrastructure applications, owing to their lightweight, high inherent strength, weather-resistant finish, and variety in surface textures offered by them. As the demand for glass fiber composites is increasing across the globe, several companies are investing in setting up their glass fiber composites manufacturing plants in the emerging economies such as China, India, etc. One of the major composite manufacturing companies, Owens Corning (U.S.), signed a strategic alliance with two China-based glass fiber manufacturing companies, namely, Xingtai Jinniu and Taishan Fiberglass in 2013 to enhance its supply of customized glass fiber reinforcements in the Asia-Pacific region. In 2017, the glass fiber market reached 2.5 billion pounds in terms of volume of composites materials produced. Tags Making of Glass Fiber, Glass Fiber, Glass Fiber Manufacturing, How Fiberglass is Made, Industrial Production of Glass Fibers, Glass Fibers Composite Manufacturing Process, Fiberglass Manufacturing, Manufacture of Glass Fiber, Glass Fiber Manufacturing Process Pdf, Glass Fiber Manufacturing Process PPT, Glass Fibres Manufacturing, Properties and Applications, How is Fiberglass Made?, Glass Fibre Production, Glass-Fiber Reinforced Composites Manufacturing, Manufacture of Glass Fibre, Continuous Filament Glass Fibres (CFGF), Continuous Filament Glass Fibre Products, Types of Glass Fiber, Glass Fibers and Fiberglass, Glass Fibres Project, Glass Fiber Processing, Start a Glass Fiber Manufacturing, Fibre Glass Manufacturing Plant, Project Report on Fiberglass Manufacturing Industry, Detailed Project Report on Glass Fibre Production, Project Report on Glass Fiber Manufacturing, Pre-Investment Feasibility Study on Glass Fiber Manufacturing, Techno-Economic feasibility study on Glass Fibre Production, Feasibility report on Glass Fibre Production, Free Project Profile on Glass Fiber Manufacturing, Project profile on Glass Fibre Production, Download free project profile on Glass Fiber Manufacturing
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Return: 1.00%Break even: N/A
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Mouth Freshener (Sounf, Supari, Elaichi Flavoured & Coloured in Pouch)

Mouth fresheners are available in different forms in market. When you are in India, you will see people chewing “pan or paan” after meal. Or you might also see roasted seeds in restadurants kept in a bowl. While stepping out after heavy meal or snacks you will take a teaspoon of these roasted seeds and put in your mouth. Within an hour of eating these mouth fresheners you will start feeling better. They get rid of bad breath, heaviness in the system and helps in digestion.
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Return: 1.00%Break even: N/A
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Colour Cem (Snowcem)

CEMCOLOR is an economy colour coating for exteriors. It is formulated for easy mixing and application. CEMCOLOR for lesser initial investment and good appearance. CEMCOLOR is based on white Portland cement and other ingredients which make it easy to apply and water repellent. It requires addition of water only in one stage. It contains pigment that are resistant to heat & light. CEMCOLOR is can be applied on the surfaces. To improve its adhesive properties, especially on smooth wall surfaces or bricks with sulphates, old cement paint surface, distempers, lime blocks & smooth non absorbent cement surfaces, CEMPROVER cement primer mixed with an equal measure of clean water should be applied as priming coat.
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Return: 1.00%Break even: N/A
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