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Best Business Opportunities in Odisha (Orissa)- Identification and Selection of right Project, Thrust areas for Investment, Industry Startup and Entrepreneurship Projects

Minerals: Project Opportunities in Odisha (Orissa)

 

PROFILE:

Indian mineral resources are sufficiently rich and varied to provide the country with a strong industrial base. India is gifted with important mineral resources. The country produces about 89 minerals out of which 52 are non-metallic, 4 are fuel minerals, 11 are metallic, and 22 are minor minerals. The Mining industry in India is a major economic activity which contributes significantly to the economy of India. The GDP contribution of the mining industry varies from 2.2% to 2/5% only but going by the GDP of the total industrial sector it contributes around 10% to 11%. Even mining done on small scale contributes 6% to the entire cost of mineral production. Indian Mining Industry provides job opportunities to around 700,000 individuals.

RESOURCES:

With its vast resources of minerals Orissa offers excellent opportunities for mineral and mineral-based industries. The State has vast and diverse mineral deposits amounting to almost 16.92% of the total reserves of the country. Orissa offers investment opportunities for the following mineral-based industries: - sponge iron unit, induction furnace, coal washery, aluminium fluoride, powder metallurgy, aluminium downstream. The rich reserves of minerals in Orissa have led to the establishment of several mineral based industries in the State. Orissa is endowed with rich mineral resources like iron-ore, bauxite, coal, manganese-ore, chromite etc. According to All India Mineral Resources Estimates the mineral deposits of Orissa in respect of chromite, nickel, cobalt, bauxite, iron-ore are about 98.4%, 95.1%, 77.5%, 52.7% and 33.4% respectively of the total deposits of India. Other important mineral resources of the state are limestone, china clay, quartz, precious and semi-precious stones, copper, vanadium etc. The main exported minerals of the state are chromite, coal, dolomite, iron-ore, manganese and bauxite.

GOVERNMENT POLICIES:

The salient features of the National Mineral Policy, 2008 (NMP) generally applicable to the States are as follows:-

·         Minerals being a valuable resource, extraction have to be optimised through scientific methods, beneficiation and economic utilization. Zero waste mining will be the goal.

·         The regulatory environment will be made more conducive to investment. Transparency in allocations of concession will be assured with security of tenure to a concessionaire.

·         The duration of all concessions shall be rationalised.

·         Data filing requirements will be rigorously monitored and concessionaires will be closely monitored in this regard.

·         A framework of sustainable development will be designed to ensure that mining can take place along with restoration.

·         Mining shall not be undertaken in ecologically fragile or biologically rich areas. Mining in forest areas will be accompanied by time-bound reclamation.

·         Mining sectoral value addition through beneficiation, calibration, blending, sizing, concentration, pelletisation, purification and customization will be encouraged.

·         Mining infrastructure requires a special thrust. Infrastructure needs will be financed through innovative structures including user charges, PPP mode and viability gap funding.

·         An enabling environment will be created to motivate large capacity mining companies to undertake creation of transportation network.

·         In the public funding of infrastructure, greater thrust will be given to development of health, education, drinking water, road and other related facilities for integrated regional development.

·         State agencies involved in mineral sector development and regulation will be encouraged to modernize in the areas of prospecting as well as regulation.

·         The State Directorates will be suitably strengthened to enable them to regulate mining in the interests of conservation and scientific development of the sector.

 

Agro & Food Processing: Project Opportunities in Odisha (Orissa)

 

PROFILE:

India is the world's second largest producer of food next to China, and has the potential of being the biggest with the food and agricultural sector. The Indian food processing industry stands at $135 billion and is estimated to grow with a CAGR of 10 per cent to reach $200 billion by 2015. The food processing industry in India is witnessing rapid growth. In addition to the demand side, there are changes happening on the supply side with the growth in organised retail, increasing FDI in food processing and introduction of new products. India's food processing sector covers fruit and vegetables; meat and poultry; milk and milk products, alcoholic beverages, fisheries, plantation, grain processing and other consumer product groups like confectionery, chocolates and cocoa products, Soya-based products, mineral water, high protein foods etc.

 

RESOURCES:

The State has vast potential for agro and food processing industries. This sector has therefore been identified as a prominent thrust area. Agriculture occupies a vital place in Orissa's economy with nearly 65 per cent of the total work force directly or indirectly engaged it. The State attaches top most priority to the growth of agro based and food processing industries. The Government has framed an agricultural policy with the aim of increasing investment in agriculture; bringing about a shift from subsistence to commercial agriculture and thus providing a status of industry to agriculture. There are several investment opportunities in the sector, which include :- provision of infrastructure like cold storage, storage godown, lift irrigation, marketing, etc ; (ii) setting up of agro-based industries for value addition to agricultural produce; (iii) seed production and quality planting material; (iv) agro-service centres; (v) production of organic tea, coffee, ginger, turmeric, cashew, aromatic rice; (vi) export of horticultural produces; (vii) fisheries and fish processing; etc. Priority has been accorded to agriculture extension through application of high-end crop production technologies as well as adoption of integrated nutrient management and pest management practices.

 

GOVERNMENT POLICIES:

The promotion of Agro-based industries is among the priorities of the State Government. Government would consider privatization of Government agricultural farms to act as nuclei for production of high quality seeds for hi-tech, agriculture and dissemination of advanced technology to farmers. Private efforts for development of agriculture, horticulture, plantation crops etc. will generally through contract farming. However, provisions of the Land Reforms Act would be suitably amended to exclude private commercial plantations from the provisions of Land Reforms. Greenhouse horticulture/floriculture would be promoted in private sector. Hi-tech, agritech firms would be also supported in selected areas. Sericulture will get high priority and private sector would be permitted to be involved in this activity. Tissue-Culture and techniques of advanced bio-technology will be promoted in a big way. Special efforts would be made to extensively develop cotton and sugarcane. Separate agencies will be created in the Agriculture A comprehensive programme for development of inland fish culture through advanced techniques of high yielding fish production will be launched. Brackish water and fresh water prawn culture has vast potential in the State. While promoting this sector, care will be taken to regulate this activity to prevent encroachments/pollution/disease spread. Modern hatcheries and feed plants would be promoted and supported. To give the required support to agro and food processing industries, a new corporate body will be set up to promote this sector through equity participation, load and other financial support and escort services. A comprehensive programme for development of Poultry sector will also be launched. Efforts will be made for long term arrangements to meet the raw material requirements of existing forest-based industries. Measures to promote commercial plantations in areas like rubber, coffee and tea will also be adopted.

 

 

Automobile Industry: Project Opportunities in Odisha (Orissa)

 

PROFILE:

The automotive industry in India is one of the largest in the world and one of the fastest growing globally. India's passenger car and commercial vehicle manufacturing industry is the seventh largest in the world, with an annual production of more than 3.7 million units. Automobile Exports registered a growth of 22.30 percent during the current financial year. Automotive industry is the key driver of any growing economy. It plays a pivotal role in country's rapid economic and industrial development. It caters to the requirement of equipment for basic industries like steel, non-ferrous metals, fertilisers, refineries, petrochemicals, shipping, textiles, plastics, glass, rubber, capital equipments, logistics, paper, cement, sugar, etc. It facilitates the improvement in various infrastructure facilities like power, rail and road transport. Due to its deep forward and backward linkages with almost every segment of the economy, the industry has a strong and positive multiplier effect and thus propels progress of a nation. The automotive industry comprises of the automobile and the auto component sectors.

 

RESOURCES:

The State would make every endeavour to attract entrepreneurs specially established industrial houses to the State for setting up Automobile, Automobile components and Auto Ancillary industries of suitable locations. Orissa holds huge investment potential in the automobile sector including the auto component sector. This is because of the inherent advantages of the State in terms of raw material, cost and manpower. The resources available in the State to support automobile manufacturing units include:- Good quality pig iron/steel ingot and aluminium ingot; steel flat products like plates and sheets; steel rounds; several state-of-the-art automobile tyre manufacturing units; adequate supply of power in the State for the power intensive industrial activities; several institutions which are a constant source of educated and skilled human resource; etc. Investment Opportunities in the sector exist in passenger car segment, two wheeler segment and heavy truck segment. The Government is making all efforts to attract investors into the State, through various incentives and schemes.

 

GOVERNMENT POLICIES:

The Orissa state government is considering implementing a dedicated policy to encourage and boost investment in the sector of automotive components manufacturing. The state sees huge potential in the sector owing to the surge of investment and growth in the automobile industry and expects to cash in on it through the policy. According to a state official, the state plans to come up with a policy that will incentivize investment from auto parts manufacturing companies with the aim of creating an auto parts manufacturing hub in the state. In order to do so, the incentives offered in other states will be studied and the draft of the policy will be prepared accordingly after consultations with various prospective investors and stakeholders.

Biotechnology Industry: Project Opportunities in Odisha (Orissa)

 

PROFILE:

The Biotechnology sector in India is one of the fastest growing sectors of the Indian Economy. As the sector is mainly based on knowledge, it is expected that it will play an important part in shaping the Indian Economy, which is developing at a rapid pace. The Indian Biotechnology sector holds immense potential in terms of research and development, skill and cost effectiveness.

 

RESOURCES:

Given the rich bio-resources base, the State offers several opportunities for investment in the sector. This is particularly so, in the areas of tissue culture, herbal products, biofertilizers and biopesticides, as well as aqua-culture. The Government of Orissa has been encouraging investors through provision of infrastructural facilities and other necessary support. The State is advantageously positioned to harness biotechnology applications owing to its rich mineral and bio-resources.  The Chilika lake, Asia’s largest brackish water lake, houses a unique ecosystem comprising aquatic and terrestrial vegetation, migratory and resident birds, fishery resources and terrestrial wild life. It has a long coastline covering 480 km.  The State has a rich floristic wealth with an estimated 2754 plant species. Out of the estimated 1200 orchid species in India, 129 rare species are reported to occur exclusively in Orissa. Forests cover about 30% of the geographical area of the State.

GOVERNMENT POLICIES:

Recognizing the potential, the Government of Orissa has identified biotechnology as a priority area. The biotech policy aims at integrating the existing achievements in research and industry and strengthening and expanding the existing base to maximize the benefits for development of the state through the following:

1. Prioritising the thrust areas for basic and applied research and technology development

2. Promoting innovation in R&D by providing financial and infrastructural support and by encouraging public-private partnership for R&D.

3. Promoting development of the industry by providing quality infrastructure and an enabling environment for sustained growth and international competitiveness.

4. Development of human resources in various areas of biotechnology.

5. Employment generation

6. Capacity building of IPR and biosafety.

7. Providing financial support, and incentives to industry.

 

 

Handicrafts and Handlooms: Project Opportunities in Odisha (Orissa)

PROFILE:

Indian handloom has been the pride of India’s tradition and a representative of its cultural brilliance. In fact, handloom sector has been gaining significance since the ancient times, when it was discovered. The basic meaning of Indian handloom is creating designs by keeping traditions intact. And that’s the reason; this sector has always been in demand. In earlier times, the weavers, embroiders and printers used to do wonders with their skills manually. But, the development in this sector has given birth to various machines that are meant to simplify the tasks. India has a rich history of handicrafts that has evolved over the centuries. The entire wealth of timeless Indian handicrafts has survived through ages. The legacy of Indian culture promises everything- beauty, dignity, form and style. The magnetic appeal of Indian culture resides in its exclusivity, its mystical tone that leaves people amazed at their sight.

RESOURCES:

Handlooms and Handicrafts of Orissa are known the world over. The industry is being assisted by the Government in various ways. It is being provided raw material, marketing and quality up gradation facilities as well as the required financial support. The sector is a source of large scale employment in the State, particularly in the rural areas. All efforts would be made to provide assistance for marketing, quality upgradation, etc. Strong incentives and support would be provided to Khadi and Village Industries sector to provide large scale employment in rural areas. As with many other handicrafts of Orissa, the roots of the applique art/craft form is interwined with the rituals and traditions of Lord Jagannath, the presiding deity of the Puri temple. Horn articles of Orissa are mystical and are blended with a superb fashion design. Their lively appearance, dynamism and animation vie with the real objects of nature - that spells the names of Parlakhemundi and Cuttack. Available in widest spectrum of items like combs, pen stands, cigar pipes, decorative figures - horn articles form a memorable memento for the near and dear ones at home. The traditional crafts like wood and stone carvings, tie and dye weaving textiles, folk and patta paintings, applique, filigree and jewellery work had flourished side by side with royal patronage and ritualistic needs of the temples in the state.

 

GOVERNMENT POLICIES:

For handlooms and handicrafts, the two key organisations under the ministry of textiles are the Office of the Development Commissioner for Handlooms and the Office of the Development Commissioner for Handicrafts. Over the years, AIACA has engaged with the two offices in various capacities over issues such as access to raw material, access to markets and access to credit. More recently, AIACA has been engaging on the issue of protection, preservation and promotion of handloom and handicraft goods through the Geographical Indications status. Due to effective Government intervention through financial assistance and implementation of various developmental and welfare schemes, this sector has been able to withstand the competition from the power loom and mill sectors.

 

 

Tourism: Project Opportunities in Odisha (Orissa)

 

PROFILE:

Tourism in India is the largest service industry, with a contribution of 6.23% to the national GDP and 8.78% of the total employment in India. Tourism has become an important industry in many countries of the world, both in the east and the west. Various initiatives are being taken by the Government and other organizations to promote tourism here. Tourism is one of the fastest growing industries in the world. The number of tourists worldwide has been registering phenomenal growth and it is expected that this number would shortly touch 1.5 billion. Tourism contributes about 11% of the world work force and 10.2% of the global gross domestic products. The dynamic growth of this industry is evident from the fact that a new job is added to this sector every 2.5 second.

RESOURCES:

Orissa offers excellent opportunities in the tourism sector. The Government has recognised the importance of tourism promotion in economic growth and has accordingly, undertaken several measures. These include:-A new logo to re-position and rebrand Orissa as a vibrant tourist destination Tourism fairs and festivals such as 'Sreekhetra Utsav' at Puri, 'Ekamra Utsav' at Bhubaneswar, 'Konark Festival' at Konark, showcasing tourism and cultural potential of the State Participation in travel-trade shows like 'Buddhist festival' , 'Leisure Moscow', 'WTM', 'PATA convention', 'IATO' , 'TTF', etc. The State has several places for tourists attraction, in the form of ancient monuments; beaches; religious places; hot springs; forest and wildlife; etc. The beaches include Gopalpur, Puri, Chandipur, Chandrabhaga, Aryapalli, Astaranga, Balaramgadi, Balighai, Baliharachandi, Beleswar, Paradeep, etc. Atri, Deulajhari, Taptapani and Tarabalo are the hot springs. Major waterfalls in the State are Barehipani, Joranda, Badaghagra, Sanaghagra, Khandadhar, Duduma, Harishankar, Miriglotah, Nrusimhanath, Phurli Jharan and Pradhanpat. Orissa was the first State to declare Hotels as an Industry. In addition to Hotels, other tourism related activities and wayside amenities would be entitled to various incentives as industries under the Industrial Policy. A separate policy on tourism would be formulated and announced shortly.

GOVERNMENT POLICIES:

A tourism policy has also been formulated by the Government for encouraging private investors. Investment opportunities in the sector, existing across a wide spectrum of areas, include:-

·         Accommodation facilities in the form of hotels, motels, spas and resorts, camps and jungle lodges;

·         Transportation services in the form of air, road and rail network, tourist vehicles and taxicabs;

·         Entertainment and leisure centres in the form of amusement Parks, theme Parks, multiplexes; water sports complexes; golf courses, bowling alleys and other sports related facilities;

 

Waste Management: Project Opportunities in Odisha (Orissa)

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:

The most common way of treating solid waste in Orissa is land filling. Awareness on Solid Waste management among the people and various Institutions, Government Organisations and non-government Organisations are working on it. In Puri Municipality there exists a mechanized Bio-compost plant for treatment of garbage of 100 TPD capacities. Solid waste from industrial activities is one of the major environmental concerns. About 25 million tons of solid waste is being generated from industrial sectors in the state. It includes fly ash & bottom ash from thermal power plants, chemical slags from Iron 7 Steel plants and red mud from Aluminium industries. Some of the wastes are designated as hazardous because of their composition and hazard potential. About 80000 MT/annum of hazardous waste is being generated in Orissa. In the mining sectors, the major solid waste is the overburden waste.

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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Biodegradable Plastic Bags From Corn & Cassava Starch Granules

The term "biodegradable plastic" refers to plastic that spontaneously breaks down in the environment. This is accomplished when environmental microorganisms metabolize and disassemble the structure of biodegradable plastic. The final product is less damaging to the environment than conventional plastics. If they are not reused or recycled, plastic bags take 100 years on average to disintegrate in nature. Using biodegradable plastic bags rather than regular plastic bags has a number of benefits. Because they decompose quickly in our rubbish cans or landfills, biodegradable plastic bags help to maintain our environment safe and sanitary. After disposal, plastics are practically useless because of the slow degradation of plastic, which releases hazardous compounds into the soil and water sources. Biodegradable bags have a component that speeds up the decomposition process, minimizing their adverse environmental effects. If they are produced ethically and recycled by consumers, biodegradable plastic bags can be a more environmentally beneficial option than conventional plastic bags. Plastic waste that is not recycled into new items ends up in landfills or the ocean, hurting the environment and possibly endangering the health of fish and other marine life that consume it. Since they take months to breakdown and until then have the same environmental effects as ordinary plastic bags, biodegradable plastic bags have the potential to make this issue worse. Uses and Application Uses and applications for biodegradable plastic bags are numerous. They can be used as trash bags in addition to being used for shopping and food storage. These bags are far more environmentally friendly than conventional plastic bags because they are constructed of materials that will naturally disintegrate. They can also help you save money over time because they are frequently less expensive to make. These plastics are also utilized in non-disposable products such plastic pipes, carpet fibers, car interior insulation, mobile phone casings, and carpet fibers. It is being developed to use new electro-active bio-plastics to transport electric current. In these domains, using sustainable resources to produce goods is the main objective rather than biodegradability. They are frequently used to create tampons, sanitary pads, and disposable diapers. Common Applications of Bio-plastics Bags 1. Biodegradable packaging 2. Consumer electronics made of bio-plastics 3. A meal service 4. Medical 5. Automotive and Aerospace 6. Cosmetics Indian Market Higher input costs and, consequently, pricing, as well as the presence of contaminants in finished corn starch bags like plastic and metal, pose significant obstacles to the market's expansion. The solution to these problems is to increase the availability of raw materials (corn), which can lower costs and improve manufacture in accordance with EN, ASTM, and IS/ISO standards to reduce contamination. Sustainable alternatives to plastics are in greater demand due to growing worries about their use. One such sustainable option is provided by biopolymers, specifically bioplastics. Globally, bioplastics/biopolymers-based goods and solutions provide intriguing potential. Numerous industrial areas, including those for packaging, water, beverages, insulating materials, specialty materials, and others, offer opportunities. In 2021, it was predicted that the global market for biodegradable plastic would be worth USD 4.1 billion. In the upcoming period, it is anticipated to increase at a compound annual growth rate (CAGR) of 9.7%. One of the main trends driving market expansion is governments banning the use of single-use plastic together with increased public awareness of the negative consequences of plastic waste. Additionally, it is projected that the growing usage of biodegradable plastics in packaging and agriculture will support the segment's growth. Plastics that don't break down are a worldwide problem. In order to combat this issue, governments all over the world are encouraging the use of biodegradable plastics and outlawing single-use plastics. Due to its eco-friendliness, people are also willing to pay more for biodegradable plastics. Collectively, the aforementioned elements are giving the market a boost. Industry Major Market Players: Important market companies are investing a lot of money in R&D to develop unique biodegradable plastic products that are durable and quickly degrade in the environment. 1. Cargill Incorporated 2. PTT MCC Biochem Co., Ltd. 3. Biome Technologies plc. 4. Plan tic Technologies Limited 5. BASF SE 6. Total Corbion PLA 7. Synbra Technology BV 8. Futerro 9. Novamont SpA 10. Nature Works LLC 11. Eastman Chemical Company 12. Trineso 13. Danimer Scientific 14. FKuR Kunststoff GmbH
Plant capacity: Biodegradable Plastic Bags From Corn Starch Granules:6 MT Per Day Biodegradable Plastic Bags From Cassava Starch Granules:6 MT Per DayPlant & machinery: 101 Lakhs
Working capital: -T.C.I: Cost of Project:324 Lakhs
Return: 34.00%Break even: 75.00%
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Production of Ferrochrome

Chromium and iron are combined to create the alloy ferrochrome, which is further strengthened and made more malleable by the addition of trace amounts of carbon and other metals. Ferrochrome is used in a variety of various industries, including aerospace, automotive, and others that require the hardest possible tools. Therefore, it is not unexpected that ferrochrome is essential in the production of stainless steel, one of the most bendable things ever made. Since the argon oxygen decarburization (AOD) method was made available for commercial use, it has also been viable to make ferrochrome from lower-grade chromite ores that can be found in places like South Africa, India, and Finland. These ores typically have Cr/Fe ratios between 1.5 and 1.6 and produce ferrochrome with chromium contents between 50% and 55% (and more recently even below 50%) and carbon contents typically between 6% and 8%. Charge chrome, the general name for the ferrochrome made from these ores, is frequently used to refer to high carbon ferrochrome as a whole. Chromium serves as a significant alloying ingredient in ferrochrome. Many different steels have chromium as a component. It enhances the steel's hardenability and hardness and makes it self-hardening. High chromium steels (Cr > 12%) with low carbon content are resistant to corrosion. Chromium increases the abrasion and wear resistance with high carbon concentration. Additionally, chromium makes things stronger at high temperatures. Because of these beneficial contributions, ferrochrome is widely used in the steel industry. Uses and Application Between 50% and 70% of the alloy Ferrochrome’s composition is chromium. The main use of ferrochrome is in the manufacture of steel, where it is used to create a variety of unique steels. In addition, there are numerous applications for ferrochrome in the creation of non-ferrous alloys. The use of high carbon ferrochrome for adding chromium to steel with significantly better process economics was established with the introduction of AOD and VOD technologies. However, with the global standardised of these technologies, it was demonstrated that lesser grades, with even less than 50% chromium content, may be effectively employed in the manufacturing of stainless steels and other special alloy steels, in addition to the usage of high carbon ferrochrome. As a result, charge chrome emerged as the most established and affordable method of adding chromium to steels. In response to the diminishing resources of high Cr/Fe ratio lumpy chromite ore, charge chrome was approved as a viable alloy for the manufacturing of stainless steel since the production process allows the use of lower-grade chromite ore. Stainless steel is generally made using high carbon ferrochrome. The manufacturing of stainless steel utilises high carbon ferrochrome to a greater than 90% degree (International Chromium Development Association [ICDA], 2011). The production of special steels uses the bulk of the remaining amount (including high chromium steels). Indian Market The market for ferrochrome is anticipated to reach an estimated value of USD 24.45 billion and expand at a CAGR of 4.70% from 2020 to 2027. Growing stainless steel manufacturing is a significant element propelling the ferrochrome market's rapid expansion. In the upcoming years, ferrochrome sales in India are anticipated to increase dramatically. This is a result of the nation's rising need for stainless steel. India is a desirable location for ferrochrome producers due to its plentiful raw resources and relatively low manufacturing costs. As a result, we should soon witness increased investment in the Indian ferrochrome market. In addition to expanding industrialization in emerging nations and rising population as primary factors driving the coating additives market, increasing demand for stainless steel from the building, transportation, and metallurgical industries is a key factor accelerating market growth. Additionally, in the years 2020 to 2027, growing manufacturing activities and rising foreign investments will further open up new chances for the ferrochrome market. Industry Major Market Players: 1. Merafe resources limited 2. Ferro alloys corporation limited 3. Hernic ferrochrome (pty) ltd 4. Shanxi jiang county minmetal co., ltd. 5. Samancor chrome limited 6. Eurasian resources group 7. International Ferro metals ltd. 8. Tata steel 9. Imfa 10. Mintal group
Plant capacity: Ferrochrome:135 MT Per DayPlant & machinery: 269 Cr
Working capital: -T.C.I: Cost of Project:404 Cr.
Return: 10.00%Break even: 46.00%
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Set a Business Of Packaged Drinking Water From Deep Sea Water

Water that has undergone the specified treatments listed here, including decantation, filtration, combination of filtration, aeration, filtration with membrane filter, depth filter, cartridge filter, activated carbon filtration, demineralization, and reverse osmosis, and is then packaged after being disinfected to a level that will not cause any harmful contamination in the drinking water, is referred to as packaged drinking water. With the caveat that desalination and associated processes must be applied to sea water before being exposed to the aforementioned treatments. It must be put into tightly closed containers with a variety of compositions, sizes, and capacities that are ideal for immediate, undisturbed consumption. In general, water is characterized as a liquid that may take on many different color nuances and is formed by the container it is placed in. It is the element that all living things must have. Humans require water for a variety of reasons, such as controlling body temperature, improving metabolism, and supplying the body with critical minerals. Water comes from a variety of places, including the sea, aquifers, and surface waters. Deep sea water (DSW) can also be a reliable source of water. It is advantageous since it could provide nutrients that are crucial for good health. DSW is a term used to describe saltwater that is pumped up from a depth of more than 200 meters. Because the suppliers have a manufacturing licence from the authorities, it is expected that the drinking water they sell has a decent nutritional value and is safe to drink. Unexpectedly, some commercially accessible drinking water has reportedly been found to contain little minerals. This may be because reverse osmosis and filtration, two typical processes used to treat drinking water, eliminate the mineral content. Mineral water is entirely extracted from groundwater and receives its mineral ions from its sources, such as rocks, as opposed to going through the lengthy procedure required. Additionally, it is said to have little minerals. Uses and Application Some applications for packaged drinking water include: 1. A quick and safe option to guarantee that you are getting clean water is to purchase packaged drinking water. 2. It is ideal for instances where you need to be mobile, such as when you're travelling or exercising. 3. it’s also a convenient way to stay hydrated without carrying a water bottle. 4. You can choose a bottled drinking water brand or kind that best suits your needs and tastes because there are so many various options available. 5. The most typical application for packaged drinking water is to replace ordinary bottled water at establishments like cafeterias, schools, workplaces, and other places of business. 6. For persons with stomach acidity and ulcers, one sort of packaged drinking water offers higher pH values. Indian Market During the projected period of 2020–2025, the packaged drinking water market in India is anticipated to expand at a CAGR of roughly 15%. Consumers' increasing awareness of their own health, as well as increased disposable money and shifting lifestyles, are driving the industry. Drinking water that has been packaged for human consumption is water that has been purified and disinfected from any source. This purification and disinfection procedure may include filtering, UV, ozone, or reverse osmosis (RO). A product must be sugar- and calorie-free in order to qualify as "bottled water." It also cannot contain any chemical additives (apart from flavors, extracts, or essences). The market for packaged bottle water in India was estimated to be worth Rs. 60 billion in 2013, and it is anticipated to grow to Rs. 160 billion by 2018. Currently, there are 150 domestic Indian bottled water brands available. The growth in per capita use of bottled water in India today can be attributed to a number of factors, including increased health consciousness, poor tap water quality, increased tourism, and the accessibility of bottled water. The country's bottled water business is governed, and all bottling facilities require licenses in order to function. However, there are many illicit production facilities spread out around the nation, greatly endangering the health of the populace. People can report to the regulatory body about unlicensed water consumption facilities. Industry Major Market Players: 1. Bisleri International Pvt. Ltd. 2. Coca-Cola Company. 3. Dan one Waters India Pvt. Ltd. 4. Hindustan Unilever Limited. 5. PepsiCo India Holdings Pvt. Ltd. 6. Nestlé 7. DANONE 8. Primo Water Corporation 9. FIJI Water Company LLC 10. Gerolsteiner Brunnen GmbH & Co. KG 11. VOSS WATER 12. Nongfu Spring 13. National Beverage Corp. 14. Keurig Dr Pepper Inc. Moreover, increase in demand for packaged drinking water owing to surge in pollution levels is also driving the growth of this market.
Plant capacity: Packaged Drinking Water:80,000 Bottles per dayPlant & machinery: 179 Lakhs
Working capital: -T.C.I: Cost of Project:1204 Lakhs
Return: 29.00%Break even: 47.00%
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Set a Business Of Automated Vehicle Scrapping Unit

As people become more aware of pollution and the need to reduce carbon emissions by limiting vehicle use and preventing old, unused vehicles from being parked for extended periods of time and becoming environmental hazards, vehicle scrapping units, also known as scrapyards, are now playing a significant role in the waste management industry. The recycling of vehicles from a scrap yard will not only help your town maintain a clean environment, but it will also increase your income. By ensuring that old, rusted, and unwanted vehicles are quickly and correctly disposed of, without posing a harm to the environment or to those strolling by them, a vehicle scrapping unit contributes to the safety of your town. End-of-life automobiles are transported to an automated vehicle scrapping unit where they are disassembled and recycled. The process is quicker and more effective than conventional techniques because it is entirely automated. Such a unit would require an expenditure of approximately €1 million for the machinery, approximately €150 000 for the building, and approximately €150 000 for the machinery. It guarantees that the recycling process protects both the environment and human health at the same time. Before being transported for sale or storage, scrap metal is melted down and reshaped into new goods in order to optimize this effect. As a result, the procedure is less expensive and more efficient. Because they would require too much room if they were inside big cities, the majority of these facilities are situated outside of them. Instead, they are constructed close to ports or other transportation hubs to enable export of the scrap metal. Steel scrap, for example, can often only be recycled once or twice before it gets too small to be profitable. Uses and Application Any company that deals with the recycling of automobiles can benefit greatly from the inclusion of an automated vehicle scrapping equipment. It not only saves time and money, but it also contributes to environmental preservation. Here are just a few of the numerous functions and purposes of an automated vehicle recycling device. This process produces scrap metal, which is subsequently recycled in other manufacturing procedures, which is better for the environment because it reduces the waste of natural resources. Additionally, even though not all metals can be recycled, reprocessing can still be used to incorporate components like copper or aluminium into new products. As a result, less raw material must be mined or drilled from the Earth's crust, reducing waste. • Environmental Benefits - Steel is one of a car's primary building materials; the bulk of its parts, including its structure, are made of steel. • Wildlife Protection - Another factor to take into account is the possibility that ethical car recycling can aid in the preservation of the local flora and fauna. Because soil degradation and erosion are caused by steel mining, which is not environmentally friendly, animals cannot maintain their usual routines and May even develop ill as a result. • Reuse of Vehicle Parts - Recycling vehicles not only safeguards the environment, but also enables the reuse of parts that help preserve Earth's limited resources. • Energy and resource conservation - Recycling of vehicles guarantees that steel is recycled rather than newly made, which lowers the release of greenhouse gases into the atmosphere. Additionally, since melting down existing steel is more energy-efficient than refining iron ores, it aids in energy conservation. • Create Space - Of course, making area in your garage, driveway, or parking space is one of the main advantages of scrapping your car. Indian Market In 2021, the market for recycling vehicles in the United Kingdom was worth US$1.64 billion. The market is predicted by IMARC Group to grow at a CAGR of 6.3% from 2022 to 2027, reaching US$ 2.35 billion. In the upcoming years, it is anticipated that the Indian market for automated car scrapping machines will expand dramatically. This is a result of the rising annual number of vehicles being trashed. Finding qualified workers to run the equipment will be this industry's biggest hurdle. The present administration is actively working to improve the environment, and they have introduced a new ELV policy that forbids diesel and gasoline vehicles that are ten years old or older; if this policy is put into place, pollution levels might drop by about 24%. In order to lessen environmental pollution, the government is also promoting the usage of these devices.
Plant capacity: Steel Scrap:6,000 Units Per Annum Aluminum Scrap:900 Units Per Annum Copper Scrap:150 Units Per Annum Plastics:1000 Units Per Annum Old Lube Oil:60 Kl Per Annum Battery:12000 Nos Per Annum Rubber Scrap:200 Units PerAnnum Glass Scrap:200 Units Per AnnumPlant & machinery: 325 Lakhs
Working capital: -T.C.I: Cost of Project:1455 Lakhs
Return: 26.00%Break even: 44.00%
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Start Profitable Business of Milk Processing (Milk and Milk Powder) | Right time to become a Milk Processing manufacturer

The dairy industry in India has been witnessing rapid growth. The liberalized economy provides more. Opportunities for MNCs and foreign investors to release the full potential of this industry. The main aim of the Indian dairy industry is only to better manage the national resources to enhance milk production and upgrade milk processing using innovative technologies. Some properties of milk are: ghee, cheese, curd etc. Milk is very important part of human life and it is the main food of nutrients for human being. Anyone might want to capitalize on the largest and fastest growing milk and milk products market. That’s why dairy is most common and beneficial industry. Visit this Page for More Information: Start a Business in Dairy & Milk Processing Industry Uses/Applications: An automatic milk processing plant can be used for various purposes, such as producing milk powder, cheese, butter, and yogurt. The plant can also be used to process raw milk into pasteurized milk. The main benefits of setting up an automatic milk processing plant are the increased efficiency and safety. Automation saves time by eliminating manual labor in milk handling and milk processing steps, making it more cost-effective in the long run. With less risk of contamination due to human error, consumers get fresher products with better quality control. Related Business Plan: Dairy Farm for Milk Production Manufacturing Process: 1. The first step is to gather all of the supplies. This includes a milk processing plant, milk powder, and containers to store the finished product. 2. You will need to set up the processing plant according to the manufacturer's instructions. 3. Once the plant is set up, you can begin adding milk powder to the machine. 4. The machine will then process the milk powder and produce milk that is ready to drink. Read Similar Articles: MILK & DAIRY PRODUCTS 5. To make milk powder, you will mix water with powdered milk in a container until it has an even consistency. Watch Video: Market Research Report on Milk Processing | Dairy Products in India by NPCS Benefits of starting Epoxy Milk Processing Automatic Plant (Milk and Milk Powder) business: There are many benefits to starting a milk processing automatic plant business. 1. Will be able to provide a high-quality product to your customers. 2. You will be able to create jobs for people in your community. 3. You will be able to generate income for yourself and your family. 4. You will be able to improve the quality of life for people in your community. 5. You will be able to make a positive impact on the environment. 6. You will also be able to control the price of your product, as well as the packaging and branding. 7. Another benefit is that you can automate the production process, which will save you time and money. Related Feasibility Study Reports: Milk & Dairy Products, Butter, Cheese, Ghee, Ice Creams, Chocolate, Curd, Lassi, Flavored Milk , UHT Milk, Fluid Milk, Milk Powder, Skimmed Milk Powder Non-Dairy Cream, Buttermilk, Condensed Milk, Cottage Cheese, Casein, Yogurt, value added Dairy Products Market size in India: The global Dairy Processing Equipment market is anticipated to reach a value of around USD 14.3 million by 2028. The industry has a promising growth potential due to a number of reasons, including increased automation in dairy product processing and increasing supply and consumption of milk and other dairy products. The industry is expanding as people become more aware of the health and nutritional benefits that dairy products have. As a result, dairy processing firms are concentrating on low-fat, organic, and nutrient-fortified dairy products, which necessitate the use of sophisticated dairy processing machinery. Read our Books Here: Milk Processing, Dairy & Dairy Products, Poultry Industries Global market outlook: The growing demand for processed milk and milk powder in developing countries is the key factor driving the growth of the milk processing industry. The rising demand for dairy products, coupled with the increasing trend of automation in the food and beverage industry, is driving the growth of this market. Watch other Informative Videos: Food Processing and Agriculture Based Projects Industry Major Market Players: • Danone • Nestle • FrieslandCampina • Arla • Vreugdenhil Dairy • Alpen Dairies • California Dairies • DFA • Lactalis • Land O’Lakes • Fonterra • Westland • Tatura • Burra Foods • MG • Ausino • Yili • Mengniu • Feihe • Wondersun See More Links: • Start a Business in Asia • Start a Business in Potential Countries for Doing Business • Best Industry for Doing Business • Business Ideas with Low, Medium & High Investment • Looking for Most Demandable Business Ideas for Startups • Startup Consulting Services • Start a Business in Africa • Start a Business in India • Start a Business in Middle East • Related Videos • Related Books • Related Projects • Related Market Research Reports
Plant capacity: -Plant & machinery: -
Working capital: -T.C.I: -
Return: 1.00%Break even: N/A
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Manufacturing Of Red Chilli Oleoresin

A pure natural extract of chilli peppers is called chilli oleoresin. It has a strong, pungent flavor and is used as a spice and food flavoring. Chili peppers are ground up and their oils are extracted to create chilli oleoresin. The end result is a potent, thick, scarlet paste that is extremely concentrated. It may greatly increase the heat and flavor of meals when used in cooking. Oleoresins are viscous substances that resemble resin that are produced when a spice is extracted using a hydrocarbon solvent. Vacuum distillation is used to extract the solvent and reuse it. Oleoresins are weaker than the comparable essential oils and have flavors that are between 5 and 20 times stronger than the corresponding spices. A natural food colouring agent called paprika oleoresin is used to give foods with a liquid/fat phase a deep red hue. At room temperature, the oleoresin is a homogenous, slightly viscous crimson liquid with acceptable flow characteristics. Although there is a significant potential for exporting natural colouring agents in the worldwide markets, particularly paprika with low pungency and high colour value, the paprika kind of chilli is now farmed in very small quantities in restricted locations in India. Capsaicin, the compound that gives chilli peppers their distinctive heat, is the primary active component in chilli oleoresin. Numerous other health advantages of chilli oleoresin, such as its capacity to reduce pain, enhance circulation, and speed up metabolism, are also attributed to capsaicin. Uses and Application Chili oleoresin can be utilized to produce distinctive flavors, colors, and textures in the food sector. Additionally, it can be used as an ingredient in non-food products like cosmetics, detergents, plastics, and medications. That is adaptable to many different dishes. It is ideal for adding heat and flavor to sauces, marinades, stews, and soups. Additionally, it can be applied to meats or vegetables as a rub. Additionally, it is utilized in a few Western cuisines, most notably Texas-style chilli. It has many uses, such as a natural colorant, a food flavoring, and a component in cosmetics and personal care products. Sauces, soups, and marinades can all benefit from the heat and flavor that chilli oleoresin provides. It can also be used to give soaps and creams blazing crimson colours. Chili oleoresin, a substance used in cosmetics, can give lipsticks and other products a rich red hue. Indian Market It has many uses, such as a natural colorant, a food flavoring, and a component in cosmetics and personal care products. Sauces, soups, and marinades can all benefit from the heat and flavor that chilli oleoresin provides. It can also be used to give soaps and creams blazing crimson colours. Chili oleoresin, a substance used in cosmetics, can give lipsticks and other products a rich red hue. One of the top producers and exporters of spice oleoresins is India. Despite this, there is almost no or very little domestic demand for this commodity. Pepper, ginger, cardamom, chilli, turmeric, celery, and other spices are the principal oleoresins/oils produced and exported from India. About 80% of India's total production is exported, primarily to the USA, Canada, and West Europe. According to an international survey, there is an estimated 1800 MT demand for spice oleoresins. India makes up about 50% of this. There are now 12 manufacturing and exporting facilities in India. Due to the fact that the utilization mostly depends on export demand, they are not operating at full capacity. In this situation, it would be wise to pursue market alliances in order to ensure sales and secure a piece of the present and future demand for various goods. Oleoresins are gaining popularity in the beverage sector because they have an excellent foundation flavor and a simple flavor character. In addition, these are used to give natural color to beverages, which raises the demand for oleoresins and, as a result, the market's expansion. Oleoresins come in a vast variety, giving manufacturers the chance to create new or enhanced natural foods and flavorings. Instead of utilizing flavorful marinades, some manufacturers prepare their marinades and other forms of spices. In addition, the usage of oleoresins in the preparation of sauces, marinades, mayonnaise, and pickles drives up demand for them. Industry Major Market Players: 1.Chenguang Biotech Group Co. Ltd. 2.Kancor Ingredients Ltd. 3.Kalsec Inc. 4.Universal Oleoresins 5.Givaudan 6.Akay Group Ltd. 7.Synthite Industries Ltd. 8.AVT 9.Indo-World 10.Paprika Oleo's India Limited 11. Paras Perfumers 12. Manohar Botanical Extracts Pvt. Ltd. 13. Naturite Agro Products Ltd 14. MRT GREEN PRODUCTS 15. All-Season Herbs 16. TMV Aroma 17. Plant Lipids 18. Ozone Naturals
Plant capacity: Chilli Oleoresin:6,250 Kg Per DayPlant & machinery: 1988 Lakhs
Working capital: -T.C.I: Cost of Project:3250 Lakhs
Return: 25.00%Break even: 49.00%
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Production Of Chilli Oleoresin

A natural food coloring agent called paprika oleoresin is used to give foods with a liquid/fat phase a deep red hue. At room temperature, the oleoresin is a homogenous, slightly viscous crimson liquid with acceptable flow characteristics. Although there is a significant potential for exporting natural coloring agents in the worldwide markets, particularly paprika with low pungency and high color value, the paprika kind of chilli is now farmed in very small quantities in restricted locations in India. Oleoresins are viscous substances that resemble resin that are produced when a spice is extracted using a hydrocarbon solvent. Vacuum distillation is used to extract the solvent and reuse it. Oleoresins are weaker than the comparable essential oils and have flavors that are between 5 and 20 times stronger than the corresponding spices. A natural food coloring agent called paprika oleoresin is used to give foods with a liquid/fat phase a deep red hue. At room temperature, the oleoresin is a homogenous, slightly viscous crimson liquid with acceptable flow characteristics. Although there is a significant potential for exporting natural coloring agents in the worldwide markets, particularly paprika with low pungency and high color value, the paprika kind of chilli is now farmed in very small quantities in restricted locations in India. Capsaicin, the compound that gives chilli peppers their distinctive heat, is the primary active component in chilli oleoresin. Numerous other health advantages of chilli oleoresin, such as its capacity to reduce pain, enhance circulation, and speed up metabolism, are also attributed to capsaicin. Uses and Application That is adaptable to many different dishes. It is ideal for adding heat and flavour to sauces, marinades, stews, and soups. Additionally, it can be applied to meats or vegetables as a rub. Additionally, it is utilized in a few Western cuisines, most notably Texas-style chilli. It can also be used to give soaps and creams blazing crimson colours. Chili oleoresin, a substance used in cosmetics, can give lipsticks and other products a rich red hue. Oleoresin capsicum, which is frequently used as the base for tear gases, is one of the more medicinally useful oleoresins. Additionally, they are known to be used as food coloring agents, soaps, and cosmetics. The world's most popular natural red color is that of this object. Applications: Due to its pungent effect, it is employed as a flavoring agent in food products. Chilli oleoresin is a typical coloring agent used to add a variety of red colours to foods, beverages, and medications. Safety equipment: It can temporarily blind a person and is used to manufacture safety equipment for girls. Capsaicinoids serve as a preservative by protecting meat and other food products from microbial growth. Indian Market By 2030, the global oleoresins market is projected to develop at a CAGR of 6.04% and reach 2.27 billion. Oleoresins are volatile or non-volatile substances that are generated when spices are extracted using non-aqueous solvents. One of the top producers and exporters of spice oleoresins is India. Despite this, there is almost no or very little domestic demand for this commodity. Pepper, ginger, cardamom, chilli, turmeric, celery, and other spices are the principal oleoresins/oils produced and exported from India. About 80% of India's total production is exported, primarily to the USA, Canada, and West Europe. Oleoresins are gaining popularity in the beverage sector because they have an excellent foundation flavor and a simple flavor character. In addition, these are used to give natural color to beverages, which raises the demand for oleoresins and, as a result, the market's expansion. Oleoresins come in a vast variety, giving manufacturers the chance to create new or enhanced natural foods and flavorings. Instead of utilizing flavorful marinades, some manufacturers prepare their marinades and other forms of spices. In addition, the usage of oleoresins in the preparation of sauces, marinades, mayonnaise, and pickles drives up demand for them. Industry Major Market Players: 1.Chenguang Biotech Group Co. Ltd. 2.Kancor Ingredients Ltd. 3.Kalsec Inc. 4.Universal Oleoresins 5.Givaudan 6.Akay Group Ltd. 7.Synthite Industries Ltd. 8.AVT 9.Indo-World 10. Paprika Oleo's India Limited 11. Paras Perfumers 12. Manohar Botanical Extracts Pvt. Ltd. 13. Naturite Agro Products Ltd 14. MRT GREEN PRODUCTS 15. All-Season Herbs 16. TMV Aroma 17. Plant Lipids 18. Ozone Naturals
Plant capacity: Chilli Oleoresin:7,500 Kg Per DayPlant & machinery: 2192 Lakhs
Working capital: -T.C.I: Cost of Project:3533 Lakhs
Return: 27.00%Break even: 47.00%
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ZINC INGOTS Manufacturing Business | Best Idea For Startup Business

Zinc ingot is a block or bar of pure zinc metal that is white or grey in color and suitable for further metal processing. Solid-state, crystallization, and ultra-high purification procedures, including sublimation, are used to create the zinc ingot. With the atomic number 30 and the symbol Zn, zinc is a chemical element. At normal temperature, zinc is a slightly brittle metal that, when its oxidation is eliminated, appears silvery-grey. It is the first element in the periodic table's group 12 (IIB). Zinc and magnesium share a few chemical characteristics, including a single normal oxidation state (+2) and similar-sized Zn2+ and Mg2+ ions. With an annual production of around 13 million tonnes, zinc is the fourth most used metal after iron, aluminium, and copper. Nyrstar, a result of the amalgamation of the Australian OZ Minerals and the Belgian Umicore, is the largest producer of zinc in the world. Mining accounts for over 70% of the world's zinc production, with secondary zinc recycling providing the remaining 30%. Special High Grade, frequently abbreviated as SHG, is the name given to commercially pure zinc, which is 99.995% pure. Uses and Application Many different items, including paints, rubber, cosmetics, medications, plastics, inks, soaps, batteries, textiles, and electrical equipment, are made using zinc oxide. Galvanizing is the process of coating steel items with zinc to make them corrosion-resistant. There are various steel objects that are galvanised, including steel furniture, buildings, cars, and appliances for the home. Zinc Oxide: A zinc compound, zinc oxide is used to vulcanize a variety of goods, including paint, ceramics, and rubber. Die Castings: A variety of electronic parts, hardware fixtures, electrical equipment, etc., employ zinc die cast alloy. Alloys: Brass is an alloy created from copper and zinc. Industries: The pure, extremely malleable, high-strength zinc ingots are utilised in a variety of industries, including furniture, rubber, automobiles, batteries, and chemicals. Indian Market Prices, which have risen 18% since the beginning of this month and are now above $3,500 per tons, have risen as a result of Nyrstar, one of the world's largest metals groups, saying that it will reduce production at its three European smelters by 50%. Price stability is anticipated up till the power situation is addressed. The market will develop as a result of the rising demand for zinc ingots in hot-dip galvanized steel. The steel items are submerged in a pool of molten zinc ingots during the hot-dip galvanizing process so that the melted zinc ingots can be applied to all of the steel's exposed surfaces. As a result, galvanized steel is given exceptional strength and is also shielded against corrosion. Additionally, zinc ingots are employed in the manufacturing of batteries. When combined with a dry cell battery housed in a metal casing, they cause a chemical reaction that generates a voltage potential between the connections. Therefore, the market's expansion will be fueled by the increasing demand for zinc ingots from these applications. Industry Major Market Players: 1.Roto Metals 2.Pushpa International 3.Exporters India 4.Hindustan Zinc 5.Nyrstar 6.Industrial Metal Supply Co. 7.Adwameg Inc. 8.Phoenix Industries Ltd. 9.Siyaram Impex Pvt. Ltd. 10. Shree Metal Industries. 11. Focus Technology Co. 12. Ltd. 13. S.C Kundu & Sons
Plant capacity: Zinc Ingots (Purity 98%):6 MT Per DayPlant & machinery: 124 Lakhs
Working capital: -T.C.I: Cost of Project:863 Lakhs
Return: 29.00%Break even: 65.00%
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Start a Production Business of Low Relaxation Pre-stressed Concrete Steel Strand (LRPC)

From the 1950s onward, Low Relaxation Due to its distinctive advantages, pre-stressed concrete steel strand has become more and more common in the construction business. Minimal relaxation Steel utilized in the construction sector is called pre-stressed concrete steel strand. This kind of steel is renowned for having a high strength and little relaxation. Applications involving pre-stressed concrete frequently use LRPC steel strand. These steel's high strength, low relaxation characteristics, and corrosion resistance are its key advantages. The steel is a great option for use in structural applications because it is also resistant to corrosion and has a high fatigue strength. LRP is superior to other kinds of steel in a number of ways, including its resistance to corrosion and capacity to keep its shape under heavy loads. In comparison to other forms of steel, it has a variety of advantages, including a high strength-to-weight ratio, low relaxation properties, and corrosion resistance. Pre-stressed steel strands' primary qualities include high strength, good relaxation performance, and a generally straight appearance when unfurled. Common grades of steel with high tensile strength include those with yield strengths of 1860, 1720, and 1770 MPa. Minimal relaxation a form of steel used in pre-stressed concrete is called steel strand. Because it has a low relaxation rate, it holds its tension longer than other kinds of steel. This makes it perfect for usage in highly stressed concrete constructions like bridges and buildings. Minimal relaxation Pre-stressed Concrete Steel Strand is a fantastic option for outdoor applications since it resists corrosion better than other kinds of steel. Uses and Application Pre-stressed concrete is a process of adding high-strength steel strands or bars, often known as pre-stressing tendons, to concrete or other building materials to reinforce them. Pre-stressing is intended to increase the material's stability and tensile strength. Minimal relaxation a pre-stressing technique that has several benefits over conventional pre-stressing techniques is pre-stressed concrete steel strand. High-strength, low-relaxation pre-stressed concrete steel strand is used in pre-tensioning and post-tensioning, among other applications. Minimal relaxation Compared to conventional pre-stressed concrete, pre-stressed concrete steel strand has a variety of advantages, including better ductility, a higher yield strength, and more resilience to fatigue and creep. It is frequently applied in the construction sector. It has a variety of advantages that make it the best option for numerous applications. 1. Because of its strength and durability, it is ideal for use in constructions that must be able to withstand a lot of stress. 2. It has a high level of corrosion resistance, making it more durable than other kinds of steel. 3. You don't need to be concerned about fractures or issues with your building caused by climatic changes because it doesn't contract or expand when exposed to moisture. 4. Regardless of financial restrictions, any project can employ this type of steel because it is so reasonably priced. Indian Market During the projected period of 2019–2024, the pre-stressed concrete steel strand market is anticipated to expand at a CAGR of 5.5%. Pre-stressed concrete steel strand is anticipated to have the greatest market in the Asia-Pacific region, followed by North America and Europe. The expansion of the construction sector in nations like China, India, and Japan is primarily responsible for the growth in the Asia-Pacific area. In the coming years, a sizable increase in demand for low relaxation pre-stressed concrete steel strand is anticipated in India. This is a result of the growing need for infrastructure development as well as the want for quicker and more effective construction techniques. Pre-stressed concrete steel strand is in high demand in India due to the country's burgeoning building market. Industry Major Market Players: 1.Jindal Steel & Power 2.Tata Steel 3.SAIL 4.Limited Company (Ltd. / Pvt. Ltd.)
Plant capacity: Low Relaxation Pre-stressed Concrete Steel Strand (LRPC):83.3 MT Per Day Plant & machinery: 3561 Lakhs
Working capital: -T.C.I: Cost of Project:5370 Lakhs
Return: 25.00%Break even: 49.00%
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Set Up Banana Ripening Chamber

A controlled environment where temperature, humidity, and ventilation may be adjusted to hasten the ripening of bananas is known as a "banana ripening chamber." Controlling the ripeness of your bananas is easy with a banana ripening chamber. The chamber regulates the temperature, humidity, and ventilation to produce the ideal environment for bananas to ripen. The ripening process can be sped up or slowed down in the chamber by adjusting these variables. Increase the temperature in the chamber and decrease airflow by closing vents to hasten the ripening of your bananas. Reduce the temperature in the chamber and boost ventilation by opening vents to prolong the ripening of your bananas. Fruit one of the fruits that ripens best off the plant is the banana. Bananas for domestic use are cut green and stored in moist, shady settings to ripen gradually even in tropical growing regions. The starch in bananas transforms into sugar as they ripen. So, a banana will taste sweeter the riper it is. Using ethylene gas to artificially ripen bananas is a common commercial practice. The natural development of fruits is sped up by a chemical made by the fruits. It's crucial to keep an eye on the temperature while fruit ripens. Typically, a temperature range of 14.5 C to 16.5 C will be suitable. Types of Bananas: 1. Ice Cream Banana Tree. 2. Cavendish Banana. 3. Manzano Banana. 4. Dwarf Cavendish Banana. 5. Dwarf Plantain. Uses and Application A controlled environment with regulated humidity and temperature is known as a "banana ripening chamber." Bananas can ripen uniformly and securely in the chamber since it replicates the tropical environments where they are farmed. Other fruits including avocados, mangoes, and papayas can also be allowed to ripen in chambers. The majority of the time, bananas are harvested when they are still green and unripe and then transferred to a facility where they are placed in ripening chambers. The chamber regulates the environment's temperature and humidity, hastening the bananas' ripening. To ensure that your bananas are ripe when you want them to be, controlling the ripening process is easy with a banana ripening chamber. Additionally, it can be applied to additional fruits and vegetables. You may significantly increase the shelf life of your bananas by using a ripening chamber. You can keep bananas fresh for up to two weeks if you allow them to ripen in a controlled setting. Also, additional fruits and vegetables can be kept in ripening chambers. Indian Market Banana ripening chamber sales in India are expanding quickly. This is because there is a growing market for fresh bananas, and they must ripen in a controlled atmosphere. Controlling the ripening of bananas is easy and successful with a banana ripening chamber. You can guarantee that your bananas are ripe and prepared for consumption when you want them by managing the temperature and humidity. Many tropical and subtropical regions of India produce a significant amount of bananas as a fruit crop. A total of 29,779.91 thousand tons are produced annually in India, where it is grown on an area of 830.5 thousand acres. Tamil Nadu, Maharashtra, Gujarat, Andhra Pradesh, and Karnataka are the principal banana-producing states. The greatest market for banana ripening chambers is anticipated to be in the Asia-Pacific region, followed by North America and Europe. The market for banana ripening chambers is anticipated to develop as a result of the rising demand for bananas and the rising demand for controlled environment storage. Although numerous businesses produce these chambers, there is still a sizable market for them. Industry Major Market Players: 1.Fully automatic system 2.Carbide free technology 3.User friendly design
Plant capacity: Ripe Banana:8 MT per dayPlant & machinery: 32 Lakhs
Working capital: -T.C.I: Cost of Project:193 Lakhs
Return: 23.00%Break even: 63.00%
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  • One Lac / Lakh / Lakhs is equivalent to one hundred thousand (100,000)
  • One Crore is equivalent to ten million (10,000,000)
  • T.C.I is Total Capital Investment
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