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

Agro Based Industry: Project Opportunities in Uttar Pradesh

PROFILE:

Agro-based industry would mean any activity involved in cultivation, under controlled conditions of agricultural and horticultural crops, including floriculture and cultivation of vegetables and post-harvest operation on all fruits and vegetables. The development of agro-industries has assumed crucial importance in the economic planning and progress of the country. The agro industry is regarded as an extended arm of agriculture. The development of the agro industry can help stabilise and make agriculture more lucrative and create employment opportunities both at the production and marketing stages. The broad-based development of the agro-products industry will improve both the social and physical infrastructure of India.

RESOURCES:

Uttar Pradesh is a very fertile region and a major contributor to the national food grain stock. Partly this is due to the fertile regions of the Indo-Gangetic plain, and partly owing to irrigation measures such as the Ganga Canal. Lakhimpur Kheri is the largest sugar producing district in the country. It is also home to 78% of national livestock population. Uttar Pradesh is among the largest producers of agricultural commodities in the country. It produces 34 per cent of the total groundnut, 17.5 per cent of rapeseed, 8 per cent of fruits and 14 per cent of vegetables. It has the largest livestock in the country and its milk production is the highest in the country. It is the largest producer of sugarcane and ranks second in the manufacture of sugar. Uttar Pradesh, with its prosperity in the agricultural sector enabled the growth of allied industry like warehousing, cold storages and flourmills. At 2,659, food product manufacturing sector has the highest number of factories (19.5 per cent of the total) in the state.

GOVERNMENT POLICIES:

In India, agricultural trade policy is a part of a larger food and agriculture policy regime that seeks to maintain food self-sufficiency while providing income support to the agricultural sector and poor consumers. The Government of India (GOI) uses a variety of policy instruments in attempting to achieve these goals, including:

·         Domestic subsidies to inputs, outputs, transportation, storage, and consumption to reduce producer costs and consumer prices.

·         Border measures such as subsidies, tariffs, quotas, and non-tariff measures to protect domestic producers from import competition, manage domestic price levels, and guarantee domestic supply.

The National Policy on Agriculture seeks to actualise the vast untapped growth potential of Indian agriculture, strengthen rural infrastructure to support faster agricultural development, promote value addition, accelerate the growth of agro business, create employment in rural areas, secure a fair standard of living for the farmers and agricultural workers and their families, discourage migration to urban areas and face the challenges arising out of economic liberalization and globalisation. Over the next two decades, it aims to attain:

·         A growth rate in excess of 4 per cent per annum in the agriculture sector;

·         Growth that is based on efficient use of resources and conserves our soil, water and bio-diversity;

·         Growth with equity, i.e., growth which is widespread across regions and farmers;

·         Growth that is demand driven and caters to domestic markets and maximises benefits from exports of agricultural products in the face of the challenges arising from economic liberalization and globalisation;

·         Growth that is sustainable technologically, environmentally and economically.

The policy seeks to promote technically sound, economically viable, environmentally non-degrading, and socially acceptable use of country’s natural resources - land, water and genetic endowment to promote sustainable development of agriculture.

 

Live Stock: Project Opportunities in Uttar Pradesh

PROFILE:

Livestock sector plays a critical role in the welfare of India's rural population. Indian livestock industry represents major foods of animal origin: milk, eggs, chicken, goat meat and fish.  Beef and pork industries have a limited share in the market, as most Indians do not eat beef and pork. As far as feed is concerned poultry, cattle and aqua feeds have been developed in an organised way. The production regions of Bihar, Uttar Pradesh, Madhya Pradesh and coastal areas are rich in the production of animal feed due to high crop cultivation and industrial setups that give animal feed as the by product. Enormous growth opportunities and scope exist in the Indian livestock industry; all that is required is a right approach in an appropriate direction. No doubt, if the industry is tapped appropriately it can help India become a leader in milk and meat production in the years to come.

RESOURCES:

Uttar Pradesh supports about 15% of the country's total livestock population. Of its livestock in 1961, 15% were cattle, 21% buffaloes, 13% goats and 8% other livestock. Between 1951 and 1956 there was an overall increase of 14% in the livestock population. There are nearly eight lakh hectares of water area, including lakes, tanks, rivers, canals and streams. The fishing area is over two lakh hectares and more than 175 varieties of fish. Among them are rohu, hilsa, mahseer, mangar, snow trout and mirror carp. Uttar Pradesh milk co-operatives are contributing immensely to the Indian dairy industry, the highest milk producer in the world. The impact of Uttar Pradesh milk co-operatives can be ascertained from their role in the private and co-operative systems. With the launch of innovative technologies Uttar Pradesh is now being able to enhance their milk production acutely. The merging of the rural and the urban contribution to the dairy production in Uttar Pradesh forms the Uttar Pradesh milk co-operative union.

GOVERNMENT POLICIES:

The livestock sector has great but untapped potential to contribute to poverty alleviation and the achievement of the Millennium Development Goals.

·         Agricultural growth can be highly effective in reducing poverty as the largest share of the world’s poor live in rural areas.

·         Livestock provide food and income to the majority of the 1.2 billion people living on less than $1 per day.

·         Demand for livestock products is growing fast in developing countries, faster than demand for staple crops, and will continue to do so in the foreseeable future.

·          This demand growth can provide significant opportunities for many rural and peri-urban poor to increase returns from their livestock resources.

 

Textile Industry: Project Opportunities in Uttar Pradesh

PROFILE:

The Indian textile industry is one of the largest industries in the world. The textile industry in India is the largest provider of employment after agriculture. This industry is one of the earliest industries of India to come into being; it is presently the second biggest industry in the world after China. Over the years, this industry has proved to be the provider of the basic requirements of the people. The industry holds a vital place in the Indian economy as it makes a contribution of 14 % to the industrial production of the country and at the same time sums up 4% of the total GDP of India. Along with contributing to the Indian economic scenario in terms of employment, involvement in the industrial production, foreign revenues the textile industry of India also contributes to the global textile economy. It contributes to the global textile fiber and yarn production. The handlooms sector is the second largest employer in India providing employment to about 65 lakh persons. The sector represents the continuity of the age- old Indian heritage of hand weaving and reflects the socio cultural tradition of the weaving communities.

RESOURCES:

Total sales in textiles sector accounted for 12.3 per cent of the sales by industries in the state in 2003.Textile sector is one of the important traditional industries in the state. Uttar Pradesh has 58 spinning mills and a total of 74 textile mills in the non-SSI 12 sector. The state is known for its carpets & brassware products. Carpet weaving is one of the important crafts in Uttar Pradesh. UP produces about 90 per cent of the country’s carpets in and around Mirzapur, Bhadohi and Khamaria. These carpets are popular export items today. Hand woven carpets, brassware and leather products from the traditional export items from the state. Uttar Pradesh produces about 15 % of the total fabric of this country. handloom sector in Uttar Pradesh has near about 5.6 %  share of total weaving units in India, it employees 6.4 %  of the total number  Of workers and 6.6 % of the total numbers of weavers in this country. whereas each state in India is popular for one or two products, Uttar Pradesh is the only state which has a distinction of being able to offer the complete range of handloom products, viz– home furnishing, floor coverings, bed covers, bed sheets, dress material, towels, table linen and a vast range of woven and printed sarees made of cotton and silk and many more items. The element of art and craft present in Uttar Pradesh makes it a potential sector for upper segments of the market both in India as well as globally.

GOVERNMENT POLICIES:

The Ministry of Textiles in India has formulated numerous policies and schemes for the development of the textile industry in India. The government of India has been following a policy of promoting and encouraging the handloom sector through a number of programmes. Most of the schematic interventions of the government of India in the ninth and tenth plan period have been through the state agencies and co-operative societies in the handloom industries. Some of the major acts relating to textile industry include: Central Silk Board Act, 1948, The Textiles Committee Act, 1963, The Handlooms Act, 1985, Cotton Control Order, 1986, The Textile Undertakings Act, 1995Government of India is earnestly trying to provide all the relevant facilities for the textile industry to utilize its full potential and achieve the target. The textile industry is presently experiencing an average annual growth rate of 9-10% and is expected to grow at a rate of 16% in value, which will eventually reach the target of US $ 115 billion by 2012. The clothing and apparel sector are expected to grow at a rate of 21 %t in value terms.

 

Tourism: Project Opportunities in Uttar Pradesh

PROFILE:

India’s tourism industry is experiencing a strong period of growth, driven by the burgeoning Indian middle class, growth in high spending foreign tourists, and coordinated government campaigns to promote ‘Incredible India’. 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. In 2010, 25.8 million foreign tourists visited India. India is expected to increase to 9.4% annual growth rate till 2018. Andhra Pradesh, Uttar Pradesh, Tamil Nadu and Maharashtra received the big share of these visitors. Ministry of Tourism is the nodal agency to formulate national policies and programmes for the development and promotion of tourism. Uttar Pradesh is India's most populous state with a population of over 190 million people. It is divided into 70 districts with Lucknow as its capital. Uttar Pradesh is bounded by Nepal on the North, Himachal Pradesh on the northwest, Madhya Pradesh on the south, Haryana on the west, Rajasthan on the southwest, and Bihar on the east.

RESOURCES:

Uttar Pradesh is the historical heart land of India, where each part of the state is attached with ancient history, civilization, religions and culture. Uttar Pradesh is situated in the northern part of India, border with the capital of India New Delhi. Uttar Pradesh is the most popular tourist destination in India. Uttar Pradesh is important with its wealth of historical monuments and religious fervour. Geographically, Uttar Pradesh is very diverse, with Himalayan foothills in the extreme north and the Gangetic Plain in the centre. It is also home of India's most visited site, the Taj Mahal, and Hinduism's holiest city, Varanasi. The most populous state of the Indian Union also has a rich cultural heritage. Kathak one of the eight forms of Indian classical dances, originated from Uttar Pradesh. Uttar Pradesh is at the heart of India, so popular with another name The Heartland of India. Cuisines of Uttar Pradesh like Awadhi cuisine, Mughlai cuisine, Kumauni cuisine are very famous in entire India and abroad. Uttar Pradesh is India's most populous state with a population of over 190 million people. It is divided into 70 districts with Lucknow as its capital. Uttar Pradesh is bounded by Nepal on the North, Himachal Pradesh on the northwest, Madhya Pradesh on the south, Haryana on the west, Rajasthan on the southwest, and Bihar on the east.

GOVERNMENT POLICIES:

The Government of India and a number of other states have declared tourism as an industry. Gujarat State which is at the forefront of the industrial development will also declare tourism as an industry. the Government of India announced a New Tourism Policy to give boost to the tourism sector. The policy is built around the 7-S Mantra of Swaagat (welcome), Soochanaa (information), Suvidhaa (facilitation), Surakshaa (security), Sahyog (cooperation), Sanrachnaa (infrastructure) and Safaai (cleanliness). Some of the salient features of the Tourism Policy are:

·         The policy proposes the inclusion of tourism in the concurrent list of the Constitution to enable both the central and state governments to participate in the development of the sector.

·         No approval required for foreign equity of up to 51 per cent in tourism projects. NRI investment up to 100% allowed.

·         Automatic approval for Technology agreements in the hotel industry, subject to the fulfilment of certain specified parameters.

·         Concession rates on customs duty of 25% for goods that are required for initial setting up, or for substantial expansion of hotels.

·         50% of profits derived by hotels, travel agents and tour operators in foreign exchange are exempt from income tax. The remaining profits are also exempt if reinvested in a tourism related project.

 

 

Waste management: Project Opportunities in Uttar Pradesh

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 city of Lucknow in Uttar Pradesh produces around 1500 tons of solid waste every day. The municipal workers collect around 1100 tons every day. The municipal solid waste (MSW) is disposed of haphazardly in open dumps. With growing pressure on land due to increasing population it is increasingly difficult for Lucknow Nagar Nigam (LNN) to locate new disposal sites. In order to overcome this difficulty the LNN has entered into a contract with a company to process MSW generated in the city and to generate power and organic manure from it.

GOVERNMENT POLICIES:

Government of Uttar Pradesh proposes development of Integrated Municipal Solid Waste Management Project (IMSWMP) For Agra, Uttar Pradesh. UP Awas Bandhu is the nodal agency for the project. The Project has been conceptualized as an Integrated Municipal Solid Waste Management Project comprising of the following facilities:

·         Collection of waste from individual households and its segregation into Bio-degradable and Non-biodegradable wastes.

·         Construction, Operation & Maintenance of MSW Transfer stations including Secondary transportation of waste from the transfer stations to the Treatment and Disposal facilities.

·         Development, Operation & Maintenance of Processing Facility with compost plant and any other suitable plant such as RDF, etc.

·         Development, Operation & Maintenance of Sanitary Landfill Facility including Closure of the Existing Dumpsite.

·         Setting up STPs as required beyond those proposed in JNNURM

·         O&M of all existing STPs and those to be setup by PPP development and also under JNNURM as required.

·         Any other activity needed as part of Integrated Solid Waste Management Project.

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ZINC INGOTS Manufacturing Business Plan

Zinc is an element in chemistry. Zinc is a slightly brittle metal at room temperature that turns silvery-grey when its oxidation is removed. It is the first element in group 12 of the periodic table (IIB). A single normal oxidation state (+2) and similar-sized Zn2+ and Mg2+ ions are just two of the chemical similarities between zinc and magnesium. After iron, aluminum, and copper, zinc is the fourth most used metal with an annual production of about 13 million tones. The largest producer of zinc worldwide is Nyrstar, which was formed through the merger of the Australian OZ Minerals and the Belgian Umicore. Applications and Uses Over 70% of the world's zinc production comes from mining, with the other 30% coming from secondary zinc recycling. Zinc that is 99.995 percent pure for commercial use is known as Special High Grade, or SHG for short. 95 percent of fresh zinc is recovered globally from sulfidic ore deposits, where sphalerite (ZnS) is almost always linked with the sulphides of copper, lead, and iron. Despite the fact that there are many zinc mines worldwide, the three largest are located in China, Australia, and Peru. Galvanizing: Steel objects are coated with zinc during the galvanizing process to make them corrosion-resistant. Galvanized steel is used to make a variety of items, including automobiles, structures, appliances for the home, and furniture. Iron Oxide: Zinc oxide, a zinc compound, is used to vulcanize many different products, such as paint, ceramics, and rubber. Die Castings: Zinc die cast alloy is used in several electronic components, hardware components, electrical equipment, etc. Alloys: A zinc and copper alloy is called brass. Industries: Furniture, chemicals, rubber, automotive, and batteries are just a few of the industrial sectors that use the pure, incredibly malleable, high-strength zinc ingots. Die castings made of zinc are used in many aspects of daily life, including construction and furniture fixtures and automobile parts. To produce cast goods in any quantity and size economically, there are several casting techniques accessible. Additional advantages of zinc die casting over other production methods include dimensional stability, precise casting tolerances, moderate casting temperatures, superior casting fluidity, reduced machining, thermal and electrical conductivity, faster production rates, extended tool life, and suitability for coating. Benefits EAF dust is a fine, dust-like material. This poses a problem when processing in a kiln since material fines become entrained in the process gas flow and eventually leave the kiln with the off-gases, rendering the process highly inefficient and pointless. Pelletizing the particles increases their size and prevents entrainment in the process gas. Global Market Zinc prices increased by 50% from May 2020 to May 2021, from $1,975 per metric tonne to $2,965 per metric tonne. The increase occurred after a two-year, 45 percent decline from the $3,500 peak reached in 2018. The price is currently 11.5 percent over the 5-year moving average. In 2022, the average spot price for zinc will drop from $2,700/t at the end of 2021 to $2,400/t, according to the World Bank's commodities outlook report. After then, a stage of steady expansion will start. In contrast, the IMF's estimate predicted a growth from $2,828/t at the end of 2021 to $2,859 in 2022. IMF experts predict a steady, progressive decline throughout the succeeding term. They anticipate a decrease in price to by 2026, they expect the cost to fall to $2,818/t. IISA (Industry Innovation and Science Australia) predicts a decline in the spot price of zinc from $2,686 at the end of 2021 to $2,362 in 2022, followed by a modest climb through 2026, which is more in line with World Bank forecasts. Production is expected to increase because to an expected 3.2% increase in Chinese output as well as additional increases in Italy, India, Japan, Peru, and the United States. The demand for refined zinc in Europe is anticipated to climb by 8.5% as a result of increases in France, Germany, Italy, Norway, Russia, and the United Kingdom. Usage will only rise by 2.8 percent, though. In the US, the demand for refined zinc is expected to increase this year, In the US, India, Brazil, Japan, Taiwan, Thailand, and Turkey, there is expected to be an increase in refined zinc demand this year. Industry Major Market Players: • Roto Metals • Pushpa International • Exporters India • Hindustan Zinc • Nyrstar • Industrial Metal Supply Company • Advameg Inc • Phoenix Industries Ltd. • Siyaram Impex Pvt. Ltd. • Shree Metal Industries • Focus Technology Co., Ltd. • C. Kundu and Sons
Plant capacity: 6 MT Per DayPlant & machinery: 45 Lakhs
Working capital: -T.C.I: Cost of Project:525 Lakhs
Return: 28.00%Break even: 53.00%
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Setting Up Medical College With Hospital

In the context of health care, a hospital is an establishment that offers preventive, curative/ameliorative, palliative, or rehabilitative treatments. The definition given by the WHO, on the other hand, is quite inclusive and detailed and reads as follows: "an integral part of the medical and social organization whose mission is to provide for the population complete health care, both curative and preventive; and whose outpatient services reach out to the family in its home environment." The hospital is a center for bio-social research and for the education of medical specialists. A hospital is made to handle a range of ailments in patients. Doctors help the whole country by treating diseases that rob individuals of their health and cause them to suffer using medication and other treatments. Normal connections between educational institutions include colleges and hospitals. Hospitals offer O.P.D. and admittance services for the critically ill, terribly hurt, severely burned, and pregnant, victims, etc. Due to the growing incompetence of hospital doctors and their overcrowding, private hospitals were given a chance to succeed. Many private hospitals began to appear, offering comprehensive ECG, X-Ray, laboratory, 24-hour emergency, and admission services for ill individuals, seriously injured people, and pregnant women. Due to their belief that a person's life had a high price and that medical expenditures could be ignored, middle class and upper class families started favoring these private hospitals and nursing homes. A private hospital can provide care for anything from a minor illness to a significant surgical procedure. The amenities that can be found in a hospital are actually not constrained. However, the majority of private hospitals are furnished with the most advanced technology. In a hospital, it is essential to have surgeons, physicians, E.N.T. specialists, pediatric specialists, eye surgeons, and psychologists. Uses and Application 1. The applicant wants to pursue a career in medicine. 2. The applicant is the legal owner and occupier of the relevant land parcel needed by the Indian Medical Council to build the proposed medical college. 3. The applicant has a certificate of essentiality from the relevant State Government or Union Territory Administration stating that it is desirable and practical to have the proposed medical college at the proposed location and that there is sufficient clinical material available in accordance with Medical Council of India requirements. 4. The candidate has obtained approval from a renowned university to connect with the intended medical college. 5. The applicant, who resides adjacent to the proposed medical college, must own and run a hospital with at least 300 beds, the necessary infrastructure, and the ability to function as an educational facility in accordance with Indian Medical Council guidelines. 6. That the applicant has a realistic and time-bound plan to set up the proposed medical college, including the infrastructure facilities required by the Medical Council of India, adequate hostel facilities for boys and girls, and commensurate with the proposed student intake, in order to complete the medical college within four years of the date of grant or permission. 7. That the medical college would only allow students to enroll after receiving formal approval from the Central Government and verification from the Indian Medical Council that the facilities are suitable for starting M.B.B.S. 8. That the applicant has a realistic expansion plan that includes a timeline that complies with the requirements of the Medical Council of India by adding more beds and infrastructure amenities. 9. The applicant has the organizational and financial know-how necessary to establish and run the proposed medical college and its ancillary facilities, including a teaching hospital. 10. That the applicant offers the Medical Council of India two performance bank guarantees: one for a sum of Rs. 100 lakhs (for 50 annual admissions), Rs. 150 lakhs (for 100 admissions), and Rs. 200 lakhs (for 150 annual admissions) and the second for a sum of Rs. 350 lakhs (for 500 beds), Rs. 500 lakhs (for 700 beds), and Rs. 750 lakhs (for 1000 beds) for the establishment of the medical college and its infrastructural facilities. Indian Market The two primary parts of the Indian healthcare delivery system are the public and private sectors. The government's public healthcare system focuses on providing primary healthcare centres (PHCs) in rural areas, with a few secondary and tertiary care facilities in big cities. With a focus on metropolises, tier I cities, and tier II cities, the majority of secondary, tertiary, and quaternary care facilities are administered by the private sector. Currently estimated to be worth over $100 billion, the Indian healthcare sector as a whole is expected to expand to US$ 280 billion by 2022, indicating a Compound Annual Growth Rate (CAGR) of 6.0%. 22.9 percent CAGR for annual growth. Healthcare delivery, which includes prescription drugs, hospitals, nursing homes, and diagnostic centers, accounts for 65% of the market. The market for healthcare information technology (IT), which is currently worth US$ 1 billion, is expected to have grown by a ratio of 1.5 by 2022. According to a prediction by Deloitte Touché Tohmatsu India, the Indian healthcare sector, which is presently estimated to be worth roughly $100 billion USD, will increase at a CAGR of 23% to US$ 280 billion USD by 2022. There is a big chance to improve healthcare services because the proportion of GDP spent on healthcare is increasing. Rural areas, where more than 70% of Indians reside, are anticipated to grow in importance as potential markets. India will require an additional 600,000 to 700,000 beds over the next five to six years, with a potential investment potential of $25 to $30 billion. As a result of this need for cash, more transactions are likely to occur in the healthcare industry in the near future. From $5 to $15 million in the past, private equity funds now invest an average of $20 to $30 million in healthcare chains. A total of 3,598 hospitals and 25,723 dispensaries across the country offer Ayurveda, Yoga & Naturopathy, Umami, Siddha, and Homoeopathy (AYUSH) care, ensuring that the general public has access to alternative medicine and therapy. An estimated 230,000 people will travel to India each year for $3 billion in medical tourism. The number of people travelling to India for medical care is expected to triple over the following four years, and by 2018, the nation's medical tourism industry is expected to generate US$ 6 billion. As more hospitals receive accreditation and recognition and as more individuals become aware of the need to raise their quality to meet international standards, Kerala wants to become India's healthcare hub within the next five years. • The sector is expected to be valued US$ 160 billion by 2017 and US$ 280-390 billion by 2022, respectively. • In April 2021, Tata Digital invested US$13.45 million (about Rs. 100 core) in the start-up 1mg, which offered prescription medications online and had begun the process of taking over management of the company. Industry Major Market Players: • Apollo Hospitals • TACT Academy for Clinical Training • Zimmer Institute • Olympus • Gundersen Health System • GE Healthcare • Medical Training College • A V P Research Foundation • Aakash Educational Services Ltd. • Adani Hospitals Mundra Pvt. Ltd. • Apple Hospitals & Research Institute Ltd. • Artemis Medical Institute & Hospitals Pvt. Ltd. • Asian Heart Institute & Research Centre Pvt. Ltd. • B P Poddar Hospital & Medical Research Pvt. Ltd. • Baby Memorial Hospital Ltd.
Plant capacity: 100 Students, 500 bedded HospitalPlant & machinery: 18 Cr
Working capital: -T.C.I: Cost of Project:123 Cr
Return: 22.00%Break even: 43.00%
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Start Production Business of Rubber Granules from Waste Tyre

One of the most important chemical components is rubber, which is a polymer of butadiene. In today's technologically advanced world, it is widely used in many different fields. Rubber is used primarily in the production of tires for various types of automobiles, which is the industry that produces tires. Rubber is required as the primary component of rubber goods. Either natural rubber, which is typically cultivated on enormous plantations and has all the problems that monocultures have, or synthetic rubber, which is produced using crude oil. Both processes use a great deal of resources. At the end of the chain, the countryside is suddenly covered in mountains of discarded car tires. These garbage sites are now handled by recycled rubber and used tire facilities. Rubber from used tires does not easily biodegrade, not even after extensive processing in a landfill. Landfilling used tires causes soil and water contamination since the leftover tire rubber contains toxic and soluble components. Tire stockpiles act as a haven for various pests, and burning tires presents significant fire dangers. It is crucial to find an alternative to consumption or disposal of discarded rubber tires. Used tire rubber holds a lot of promise for uses in the construction sector. This rubbish usage would not only be economical but might also help to preserve the environment. Any material that is created by uniformly pulverising old tires or other rubber into granules and then eliminating any steel or other inert impurities like dust, glass, or rock is known as rubber. The primary raw materials utilized in the production of crumb rubber are tire buffing’s, a byproduct of tire retreading, and waste tire rubber. Scrap tire rubber is made up of three different types of tires: off-road tires, which account for 1% of units or 15% of the total weight of scrap tires, trucks, which account for 15% of units or 20% of the total weight of scrap tires, and passenger car tires, which account for about 84 % of units or roughly 65 % of the total weight of scrap tires. The final product yields for each of these tire types are influenced by the tire’s design, strength, and weight. 10–12 pounds of rubber crumbs can be produced by one passenger tire per year. Uses and Application Rubber may also be used in stadium flooring, brake pad factories, oil refineries, automobile industries, and brake pad factories. In cement factories, rubber is occasionally used as fuel. Four tires are equal to one barrel of fuel, and a tone of tires is equal to 700 kg of standard fuel. Numerous products, including shoes, tires, rubber connectors, oil seals, hoses, and related items, are produced in factories using rubber. Golf courses, aircraft pitches, basketball courts, and recreational fields; 10-20 mesh (0.85-2 mm): safety mats, gym mats, and other stadium floor mats. Rubber tiles, plastic track, grass sand, skin fragments, cottonseed meal, and leisure fields. Plastic insulating material, shock-proofing material, washers, recycled rubber, modified asphalt, fender, multipurpose mats, and stable mats are all examples of materials with a mesh size of 30 (0.6 mm). 80 mesh (0.18 mm) size rubber is available as reclaimed rubber, waterproof rolls, tire additives, sleepers, road humps, seals, buffers, pearl pads, rubber pistons, brake linings, and other rubber products. Rubber pavement blocks, cow mats, railroad crossings, detachable speed bumps, and gymnasium mats are a few examples of products created of rubber utilizing straightforward compression molding procedures. By removing the sulphur bonds that make up the molecular structure of recycled rubber, devulcanization is a method for restoring it without compromising its quality, appearance, or performance characteristics. This can be accomplished using a variety of techniques, including mechanical, thermal, ultrasonic, and even the use of microbes. Other Unrelated Uses - Many items, such as playground swings, door mats made of tire strips, handicrafts, and shoe bottoms, are the result of imaginative thinking. All around Thailand, there are trash containers made from used tires. Market Outlook: The rubber industry in India is growing significantly. The demand for rubber granules in India has increased from 5% to 8%. The product's range is appropriate. The USA is estimated to be the world's largest producer, with approximately 300 million waste tires generated year. However, China and India are progressively increasing the amount of rubbish tires as more new cars are sold. Every year, more than a billion tires are dumped in landfills throughout the world. An estimated 15 million tons of used tires are generated annually on a global scale. Debris is piled high and deposited in landfills, endangering the environment and human health. Appropriate recycling of used tires helps to address these problems by recovering resources and giving the general public job and financial possibilities. Each year, more than 1.6 billion new tires are produced, along with 1 billion tires that are thrown away. However, the recycling industry processed only 100 million tires annually. Tire recycling is difficult due to the tire's complicated design and numerous intricate processes that make it virtually indestructible. Leading tire recyclers are spending a lot of money, though, on state-of-the-art equipment and technology that might help recycle tires for a number of purposes while also preserving the environment. According to the most recent research, the demand for Rubber granules is anticipated to develop significantly between the next assessment periods of 2021 and 2031, at a rate of around 4.0 percent to 6.0 percent. Due to increased demand for a number of applications, such as playground surfaces, drain construction, road construction, the automotive industry, and others, the market is expected to expand at a healthy rate during the upcoming years. Industry Major Market Players: • Liberty Tire Services LLC • Lakin General • Entech Inc. • Emanuel Tire Co. • Tire Disposal & Recycling Inc. • Mac’s Tire Recyclers • Golden By-Products Inc • Champlin Tire Recycling • L&S Tire Co. • Global Rubber LLC • Manhantango Enterprises Inc. • RB Rubber Products • BAS Recycling Inc. • Rumpke Consolidated Cos. Inc • Global Tire Recycling of Sumter County Inc • reRubber LLC • Golden By-Products Inc. • Colt Inc. Scrap Tire Centers
Plant capacity: Rubber Granules:5 MT Per Day By Product Steel Wire:0.5 MT Per DayPlant & machinery: 60 Lakhs
Working capital: -T.C.I: Cost of Project:207 Lakhs
Return: 28.00%Break even: 60.00%
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Medium Density Fiberboard (MDF) Manufacturing Business

Fiberboard (MDF) is a dry-formed panel product constructed from lignocellulosic fibers combined with a synthetic resin or other suitable binder. The panels are compressed using a hot press to achieve a density of 496 to 801 kilograms per cubic meter (kg/m3) (31 to 50 pounds per cubic foot [lb/ft3]). The entire interfiber bond is formed by a synthetic glue or other appropriate organic binder. Due to its smooth, tight edges, MDF can be machined and has a more even density throughout the board. Because it can be completed with a smooth surface and printed with a grain pattern, veneers or laminates are not necessary. Most of the heavier MDF panels used for furniture have a thickness of 1.27 to 1.91 centimeters (1/2 to 3/4 inch). Panels of medium density fiberboard that are thinner than 1.27 cm (1/2 in) are frequently used for siding. One of these is MDF, a product made of man-made wood similar to particleboard. Particleboard, which is merely a mixture of wood chunks and shavings bound together with resin, is a much less sophisticated material than MDF. To produce denser, stronger panels, finer materials can also be crushed more firmly. There are many benefits to turning wood into a fibrous material. It has absolutely no grain. According to this, MDF is remarkably stable and unaffected by changes in humidity. Additionally, the finer material creates a uniform, flat, smooth surface that is the best base for wood veneer and plastic laminate. MDF may be worked like any other sort of wood product as long as carbide cutters are used. MDF is often not polished or stained spontaneously. It is typically painted, covered in wood veneer, or laminated with plastic. MDF accepts paint well. MDF looks good after applying primer and several coats of paint, unlike particleboard or plywood where the surface grain is obvious. Uses and Application Due to the high level of consistency across MDF, cut edges will be smooth and free of voids and splinters. Because the edges are smooth, decorative edges can be made with a router. MDF's uniformity and smoothness make it simple to cut intricate designs with a scroll saw, band saw, or jigsaw. These designs might include scrolled or scalloped designs. MDF has an extremely flat surface, which makes it a fantastic surface for painting. Advantage Store fixtures, office and residential furniture, paneling, doors, jambs, millwork, edge shaping and machining, embossing, laminate flooring, laminating and finishing, kitchen cabinets Market Outlook The MDF market in India has grown at a CAGR of 5-8 percent during the preceding five years, and it is estimated to be worth H35 billion. The Central Government's decision to refuse new permits for the manufacturing of plywood has increased the gap between supply and demand. This is a positive development for the MDF market since it will increase the adoption of engineered panel materials. The primary raw material used to create MDF and particle boards is wood. The FAO estimates that the Indian wood-based panel industry's demand for wood has increased at a CAGR of 5.5% over the past 10 years and will continue to grow at a CAGR of 5% through 2020. Wood prices have been continuously rising over the past 10 years as a result of growing demand from the wood and paper sectors as well as strict Central Government forest preservation rules. Rising wood prices could have an impact on the company's profitability because it has no long-term agreements for the supply of raw materials. The demand for pre-assembled furniture consisting of engineered panels like MDF is increasing due to rapid urbanization. Compared to the global average of 80%, MDF penetration in India is quite low at only 7% of the total wood substrate market. The entry of significant, specialized players to the market, growing uses, and expanding awareness have all contributed to the MDF sector's 20 percent CAGR growth over the preceding five years. Given the high cost of plywood and the rising demand for MDF, we predict that the MDF market will rise at a CAGR of 15-20% over the next few years. Industry Major Market Players: • Arauco (Chile) • Centuryply (India) • Daiken Corporation (Japan) • Duratex (Brazil) • Fantoni Spa (Italy) • Greenpanel (India) • M. Kaindl KG (Austria) • Roseburg Forest Products (U.S.) • Rushil Décor (India) • Swiss Krono Group (Switzerland) • Uniboard (Canada) • Unilin (Belgium) • VRG Dongwha (Vietnam) • West Fraser Timber Co. Ltd. (Canada) • Weyerhaeuser (U.S.) • Kronospan (Switzerland) • Egger (Austria)
Plant capacity: 100 CBM per DayPlant & machinery: 18 Cr
Working capital: -T.C.I: Cost of Project:31 Cr
Return: 25.00%Break even: 47.00%
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Manufacturing of Aluminum Ingots From Aluminum Scrap

Aluminum ingots are exceptionally large casting products in both size and shape when compared to blooms, billets, and slabs. Although an ingot's cross section is frequently rectangular or square, it need not remain the same all the way along the object's length. (The cross section of the ingot may change.) Aluminum alloy ingots like LM-2, LM-4, and LM-6, which are often used in gravity and sand casting, as well as pressure die casting alloys like LM-13, LM-14, and LM-24, ADC-12, and ALSI-132, are also made in accordance with Indian and international standards. 7 percent of the earth's crust is made up of aluminum, a thin, silver-white metallic element. It weighs almost a third less per cubic meter than steel (7480–8000 Kg/cubic meter) or copper (8930 Kg/cubic meter). Aluminum is malleable, ductile, and easy to cast, and it has good corrosion resistance and durability. When coupled with oxygen, it primarily exists as alumina and is mined as bauxite ore. India is home to around 10% of the world's bauxite reserves, which is used by a growing aluminum sector. The growth in domestic demand is expected to be between 8 and 10 percent. By 2020, India is expected to have installed aluminum production capacity of 1.7 to 2 million tones yearly. India produces about 3% of the aluminum manufactured worldwide. In India's largely centralized aluminum industry, there are just five main units. Uses • Sand and cold environments are suited for castings for maritime applications that require the highest level of corrosion protection. • Applied where ductility or corrosion resistance are required; appropriate for large, intricate, and thin-walled castings in all styles of molds. • Mainly used for castings in sand and cold conditions that need to be robust and shock-resistant. • Used in all applications, especially low pressure die casting that calls for LM 6's improved tensile strength following heat treatment. Useful primarily in applications requiring pistons and those with higher thermal stresses. • Requires specific foundry methods and heat treatment. This alloy is capable of withstanding greater loads and temperatures. It has strong wear resistance and machinability properties. • It is appropriate for use in moderately complex sand and chill castings where good mechanical properties are desired. Need thermal treatment. • Used primarily in pressure die casting. LM 6-like in appearance but tougher and easier to machine. • As a result of the smelting process, various grades of aluminum ingots are produced, which are then used to create castings for the electrical and automotive industries. Market Outlook It is anticipated that the annual increase in demand for aluminum will range between 4 and 6 percent. The demand for the metal is predicted to rise as conditions for user industries such as power, infrastructure, and transportation, which are all in motion, improve. By the end of 2019–20, demand is predicted to have increased from around 1.6 million units in 2013–14 to close to 2.4 million units, and then to over 3.4 million units by 2024–25. • It is anticipated that India's demand for aluminum will rise by 17–18% each year as the building, construction, transportation, and packaging sectors continue to grow. • From an anticipated 3.4 million tones in FY17, India's consumption of aluminum is predicted to rise to 5.3 million tons by 2020. • Aluminum is a key material used in the electrical industry's wide range of products, including the manufacture of aero planes and packaging. The two sectors of transportation and energy make for more than half of the total off take. India's primary consumer industries are power, transportation, durable goods, packaging, and construction. Power consumes the most of it, making up about 44% of the total, followed by infrastructure (17%) and transportation (6%). (3 percent). (Roughly 10 to 12 percent). Some of the main factors that are expected to continue to propel the growth of the global market include rapid industrialization in both developed and developing countries, an increase in construction and reconstruction activities worldwide, and widespread use of aluminum ingots in the construction sector for manufacturing windows, weatherproofing doors, screens, etc. An increasing focus on technological developments in the packaging industry and an increase in the usage of aluminum ingots in the manufacturing of cans and aluminum foil due to their light weight and simplicity of molding are two additional factors fueling the growth of the global market for aluminum ingots. Industry Major Market Players: • Aravali Infrapower Ltd. • Baheti Metal & Ferro Alloys Ltd. • Bothra Metals & Alloys Ltd. • Indo Alusys Inds. Ltd. • Namo Alloys Pvt. Ltd. • AlcoaInc • Rio Tinto Group • Aluminum Corporation of China • United Company RUSAL • Norsk Hydro • Dubai Aluminium Company • SPIC • BHP Billiton • Xinfa Group • China Zhongwang
Plant capacity: Aluminium Alloy Ingots:12 MT per day Aluminium Scrap:0.20 MT per dayPlant & machinery: 7 Cr
Working capital: -T.C.I: Cost of Project:11 Cr
Return: 26.00%Break even: 53.00%
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Aluminum Foil (Pharma Grade) Manufacturing Business

Aluminum foil is a thin metal sheet. As a result, it can act as a full barrier to bacteria, gases, odours, moisture, mould, and other contaminants. Aluminum's high reflectivity allows efficient heat insulation, but its opacity is essential for preventing the deterioration of foods and beverages that are light-sensitive. It is used in packaging and non-packaging applications. It takes either continuous cold casting and rolling to make aluminium foil, or it includes rolling sheet ingots made of molten aluminium, then rolling them again to the required thickness on sheet and foil rolling mills. To maintain a constant thickness when producing aluminium foil, beta radiation is delivered through the foil to a sensor on the opposite side. If the intensity becomes too much, the rollers change, increasing the thickness. If the intensities fall too low and the foil thickens, the rollers raise their pressure, making the foil thinner. Lubrication is required during the rolling stages to stop the foil surface from forming a herringbone pattern. These lubricants are applied to the foil surface before it passes through the mill rolls. Although foil used for food packaging must be lubricated with oils appropriate for food contact, kerosene-based lubricants are routinely utilized. Due to its effective barrier properties against oxygen vapour and moisture, aluminium foil is used for pharmaceutical packaging. This makes it perfect for establishing an inert environment for the preservation of hygroscopic medicine tablets and capsules. Uses • Medication tablets, tea and coffee in bulk and unitized packaging, prepared foods, and bakery goods. • Wine; Frozen meat and seafood; Milk bottle caps; Lube Butter, margarine, powdered milk, household wraps, confections, biscuits, photography film, oils, greases, and cigarettes. Because it totally keeps out odours, flavours, moisture, bacteria, light, and oxygen, which can cause lipids to oxidise or go rancid, aluminium foil is frequently used in food and pharmaceutical packaging. Aluminium foil is used to construct long-lasting packets (also known as aseptic packaging) for beverages and dairy products, enabling storage without refrigeration. Aluminium foil laminates are also used to package a number of other oxygen or moisture sensitive foods, tobacco, and other products in the form of pouches, sachets, tubes, as well as tamper-evident closures. Aluminum Foil Market • Production optimization over the years, foil-rolling systems that are currently available can produce widths of up to 2150 mm and as thin as 0.006 mm at rolling rates of 2500 metres per minute. • A natural way to conserve energy would be to collect and purify the CO2 produced during the electrolysis process for later usage. By 2022, 6.4MMT of aluminium will be produced, predict industry specialists who have studied the market for aluminium foil. • Asia Pacific (APAC), the largest producer of aluminium foils, has a market share of 64% in 2017. Europe, the Middle East, and Africa (EMEA) accounted for 20% of production, followed by North America (13%), and Latin America (3%). • Between 2017 and 2022, the APAC aluminium foil market is expected to grow at the fastest rate, between 7.5 and 8 percent. Global Aluminium Foil Market Size In response to consumer preferences for straightforward and lightweight packaging, suppliers have developed innovative aluminium foil packaging solutions for the organized retail and packaged food industries. It appears that the packaging of dairy products using paper and aluminium foil will expand in the future. The food and beverage industry is the primary end-use for aluminium foil, making up around 30% of the market. • The global consumption of rolled foil may increase by 5% CAGR between 2019 and 2024, with the transportation industry representing the largest market. • The use of packaging might surpass $27 Mn by 2022, according to market research on aluminium foil, as a result of increased flexible packaging usage and rising packaged food demand. • Pharmaceutical packaging, such the strip-pack in tablets, is driving up demand for aluminium foils, also referred to as pharma foils. Industry Major Market Players: • ACM Carcano • Amcor • Assan Aluminyum • Ess Dee Aluminium • Eurofoil • Hindalco Industries Limited • Huawei Aluminium • Laminazione Sottile • Shanghai Metal Corporation • UACJ Foil Corporation • Xiamen Xiashun Aluminium Foil Co., Ltd. • Zhejiang Junma Aluminum Industry
Plant capacity: 12 MT per dayPlant & machinery: 15 Cr
Working capital: -T.C.I: Cost of Project:22 Cr
Return: 27.00%Break even: 47.00%
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Business Plan for Production of Surgical Products (Surgical Absorbable Suture, Non Absorbable Suture, Surgical Mesh, Bone Wax, C Section Kits, Surgical Glue & Surgical Stapling)

You can save money by selecting surgical supplies carefully and avoiding buying inferior equipment. An essential part of any hospital or doctor's office is surgical supplies. This book can teach you how to choose the best surgical supplies for your needs and why buying surgical equipment should be considered an investment rather than a one-time purchase. Whether you're experienced in this line of work or just want to refresh your memory, this tool can help you streamline your operations. Surgical devices, often known as surgical gadgets, are instruments used during surgery to hasten healing and reduce the amount of time needed for recovery. A number of variables, such as your unique medical state, the sort of surgery you will be having, and more, will determine the ideal surgical product for you. This article will look at all of the many surgical products on the market today and explain how they are used in surgery to help you prepare for your own procedure. Suture for Surgery An instrument used in medicine to hold human tissues together and roughly define the boundaries of wounds after surgery or injury is a surgical suture, often known as a stitch or stitches. For application, a needle with a threaded attachment is typically used. The many suture kinds are determined by the shape, size, and characteristics of the needles as well as the kind of thread utilized. When selecting a surgical suture, one should examine the characteristics and location of the wound or the specific biological tissues that need to be approximated. Biological Sutures Body tissue that requires more than two months of tensile strength shouldn't be stitched with absorbable sutures since they either degenerate through hydrolysis or proteolysis. It is often given intravenously during surgery or in patients who are not likely to return for suture removal to skip future treatments. Sutures That Don't Absorb These sutures don't deteriorate over time and keep their superior tensile strength. They are appropriate for tissues that have been subjected to strong mechanical or shear pressures (tendons, certain skin location). They also give the operator more usability because they require less thread memory. Dental Mesh During surgery, a loosely woven material known as surgical mesh is used to either permanently or temporarily support organs or other tissues. Surgical mesh, which is comprised of both inorganic and biological components, is used in a variety of procedures. Surgery can be used for reconstructive operations such pelvic organ prolapse, while being most usually used for hernia repair. Wax Bone Numerous blood and bone marrow channels can be found in bone. As the spine and sternum are highly vascular bones that are surgically incised or damaged, osseous haemorrhage can be a difficult condition to manage. For the purposes of maintaining bone hemostasis during orthopaedic, thoracic, and neurological procedures, medical-grade sterile bone wax is a crucial component. C section kit A caesarean section, also referred to as a C-section, is a type of surgical procedure where an abdominal incision is made to deliver the baby. Your doctor might suggest this operation if particular pregnancy problems arise, the expecting mother's or the fetus's health is in danger, or if labour doesn't progress as expected. Medical Adhesive Tissue-to-tissue or tissue-to-non-tissue surface adhesion can occur as a result of in situ polymerization when an adhesive contains certain properties. Until newly formed tissue is strong enough to support it mechanically, tissue adhesives are often employed to hold two sides of tissues together and speed up wound healing. Medical Staples Sutures can be replaced using medical devices like surgical staplers and staples. They can quickly fix large wounds or injuries and are less painful for patients than stitches. They are widely used in operations with minimum incision. They can be used to seal wounds in areas where skin is close to bone during operations to remove organs or rejoin sections of internal organs. Market Outlook: Surgical sutures and staplers dominated the market in 2021, accounting for a revenue share of more than 40.0 percent. This may be due to the widespread use and high acceptance rate of sutures and staplers in wound closure procedures. The market for staplers is expected to expand because of the benefits that staplers have over sutures. This includes a speedy wound healing process and a lower risk of infection. Depending on the product, the market is segmented into electrosurgical equipment, handheld surgical devices, and surgical sutures and staplers. The estimated size of the global market for surgical equipment in 2021 was USD 14.34 billion, and from 2022 to 2030, it is projected to grow at a CAGR of 9.3%. Ageing populations, a growth in the incidence of lifestyle problems that eventually necessitate surgery, growing healthcare costs, and huge unmet surgical requirements are the main drivers of the industry. In addition to these elements, it is anticipated that the market will expand over the course of the forecast period as a result of growing technical developments in minimally invasive procedures, shorter hospital stays following surgery, and an increase in the number of ambulatory surgical facilities. Industry Major Market Players: • B. Braun Melsungen Ag • Smith & Nephew plc • Zimmer Biomet Holdings Inc. • Stryker Corporation • Alcon Laboratories Inc. • Aspen Surgical Products, Inc. • Medtronic Inc. • Ethicon Inc. • Becton, Dickinson and Company
Plant capacity: Surgical Absorbable Suture 5,000 Pcs. Per Day Non Absorbable Suture 5,000 Pcs. Per Day Surgical Mesh 5,000 Pcs. Per Day Bone Wax 5,000 Pcs. Per Day C Section Kits 1,000 Pcs. Per Day Surgical Glue 5,000 Pcs. Per Day Surgica Stapling 2,000 Pcs. Per DayPlant & machinery: 69 Lakh
Working capital: -T.C.I: Cost of Project:18 Cr
Return: 31.00%Break even: 56.00%
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Set up Sugar Plant

Sugar is a sweet, crystalline substance manufactured from sugar cane and sugar beet. There are numerous uses for it in the food and non-food industries. In the food industry, sugar serves a variety of crucial functions in addition to giving food a sweet taste. It preserves food and inhibits bacterial growth. It is also used to prevent the development of large ice crystals in frozen dishes like ice cream. Additionally, sugar encourages fermentation in products containing yeast. Additionally, it preserves the freshness and moisture of baked goods. Uses & Applications Sugar has several applications in food technology, its sweet flavour serves as the primary basis for its use. The main purposes of added sugar in food are bulking, flavouring, texture modification, preservative, sweetener, and substrate for fermentation. The human body uses sugars and starches from carbohydrates to fuel the rest of the body's cells and provide the brain with glucose. With the introduction of new regulatory restrictions and revisions to current ones, farmers and millers have a higher chance of stepping up their efforts toward cane sugar production and processing. An estimated 12 percent of the rural population in the nine states of Punjab, Uttar Pradesh, Maharashtra, Andhra Pradesh, Bihar, Gujarat, Haryana, and Tamil Nadu receives assistance from the sugar industry through direct or indirect employment. The amount of land planted with cane may increase, and the rains in the world's largest consumer may increase yields, bringing India's production of sugarcane back up from a seven-year low. The market for Indian cane sugar has become fragmented as a result of the presence of important local and regional businesses. The corporations place a high emphasis on mergers, expansions, acquisitions, and alliances of the companies as strategic approaches to boost their brand visibility among customers. Indian Cane Sugar Market A CAGR of 4.3 percent is anticipated for the Indian cane sugar market over the projection period (2020-2025). A peak in sugar output in India is projected during the forecast period as a result of government policies that are favourable and growing planting areas. The majority of the country's sugarcane is produced in nine Indian states: Punjab, Uttar Pradesh, Maharashtra, Andhra Pradesh, Bihar, Gujarat, Haryana, Karnataka, and Tamil Nadu. Around 12 percent of the rural population in these nine states is supported by the sugar industry through direct or indirect employment. Given that India is one of the world's major agricultural countries and that sugar demand there is on the rise, India is an ideal area for market expansion. Global Sugar Market The global sugar market has a volume of 185 million Tons in 2021. The market is predicted to increase at a CAGR of 1.8 percent from 2022 to 2027, reaching 206.6 million Tons. Any decreases brought on by changes in the economy are largely not felt by the global food and beverage industry. As a result, the sector has continually expanded over the past few years. Sugar consumption is currently heavily influenced by the food and beverage sector, and this sector is expected to have a positive impact on the sugar industry. Also anticipated is the continuation of long-term market expansion. Sugar has a number of applications in the healthcare and cosmetics industries. Because of its exfoliating properties, sugar is used to manufacture scrubs in the cosmetics business. In the pharmaceutical industry, it is used to make antibiotics and cough syrups. Industry Major Market Players: • A B Sugars Ltd. • Aakriti Sugar Mills Pvt. Ltd. • Ab Sugars Ltd. • Ag-Vet Marketing Ltd. • Bannari Amman Sugars Ltd. • Baramati Agro Ltd. • Suedzucker AG • Tereos • Cosan. • Mitr Phol Sugar Corporation., Ltd. • Associated British Foods • Nordzucker AG • Biosev (Louis-Dreyfus) • Wilmar International Limited • Thai Roong Ruang Group
Plant capacity: Sugar:100 MT Per Day Molasses(by Product):44.8 MT Per Day Baggase (by Product):342.1 MT Per Day Paste Mud (by Product):30.3MT Per DayPlant & machinery: 149 Cr
Working capital: -T.C.I: Cost of Project:243 Cr
Return: 1.00%Break even: 57.00%
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Nicotine Sulphate from Tobacco Leaves Production Business

Tobacco is cultivated with human assistance, with the leaf being the most valuable part of the plant. Almost every continent can support the growth of tobacco, but the major producers are the United States, China, India, and Brazil. During the manufacturing of tobacco, a lot of waste materials, including rejected leaves, lamina nidrib fragments that are broken, stalks, and stems, collect. Despite this, these products can be quite useful. Nicotine and tobacco seeds are by far the two main by-products produced from tobacco waste. It is common practise to employ nicotine sulphate to control significant agricultural insect pests. It is created using liquors and used tobacco from businesses that make chewing and smoking tobacco. The used tobacco is steam distilled after being macerated with water and lime. The distillate is first neutralised with sulphuric acid before being concentrated. The primary uses of tobacco are in snuff, cigars, cigarettes, and chewing tobacco. Two other tobacco-based products are beedi and hookah, with 90% of their production coming from India. Uses and Application Pure nicotine that complies with the USP and EP pharmacopeas is produced using nicotine sulphate. Nicotine USP/EP is used in huge quantities to create nicotine salts, complexes, and electronic cigarettes. Nicotine sulphate 40 percent is used to kill aphids, bugs, worms, leafhoppers, and other similar sucking insects that devour and destroy fruit, vegetables, crops, and even flowers. It also effectively combats lice, ticks, and mites, all of which are harmful to animals. Tobacco in Indian Economy Tobacco is one of the most significant commercial agricultural crops in the world. It is a short-lived, vigorous crop that can grow in soils where other crops cannot and can resist droughts. In India, tobacco is grown on 0.45 million hectares (0.27 percent of the net cultivated area), producing 750 million kilogrammes of leaf. India is the third- and fourth-largest exporter in the world behind China and Brazil, respectively. A 0.20 million hectare area is used to generate around 300 million kg of flue-cured Virginia (FCV) tobacco, whereas a 0.25 million hectare area is used to produce about 450 million kg of non-FCV tobacco. 10% of the world's tobacco is produced in India, whereas 9% of it is produced worldwide. Positive Features of Indian tobacco India's tobacco has lower levels of heavy metals, very low levels of Tobacco Specific Nitrosamines (TSNAs), and less pesticide residue than tobacco produced in other tobacco-producing countries across the world. India, which has a diversity of agro-climatic conditions, can produce a wide array of tobacco products, from tasty leaf to colourful, neutral filler, to fulfil the needs of a wide range of customers around the world. Industry Major Market Players: • Jiatian Biotech • He Nuo Biotech • BGP Group • Tianze Biological • Guanghua Bio • Alchem International Pvt. Ltd. • B G P Healthcare Pvt. Ltd. • Cipla Ltd. • Punjab Chemicals & Crop Protection Ltd.
Plant capacity: Nicotine Sulphate:3.6 MT Per Day Waste Tobacco:28.3MT Per DayPlant & machinery: 161 Lakhs
Working capital: -T.C.I: Cost of Project:1416 Lakhs
Return: 28.00%Break even: 55.00%
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Glass Fiber Reinforced Polymer (GFRP) Rebar Manufacturing Business

Glass fibre reinforced polymer rebar is a very expensive building material. Governments and other large-scale infrastructure providers are now aware that corrosion can have a substantial negative impact on the economy and the environment and that GFRP is an economical building material that can extend the lifespan of public infrastructures. Because of the increase in corrosion brought on by climate change, the use of fibreglass reinforcement material has increased dramatically. A glass fibre reinforced polymer (GFRP) bar is created by mixing numerous tiny continuous glass fibres with a matrix of polymeric resin. The main advantage of GFRP bars, which have been developed for use in a range of structural applications, is that they may replace steel reinforcing bars without corroding. Additional benefits of GFRP bars are their high strength and stiffness to weight ratio, chemical resistance, enhanced control over thermal expansion and damping properties, good fatigue characteristics, and electromagnetic resistance. Two additional well-liked FRPs are carbon- and aramidic-based fibre reinforced polymers (CFRP) (AFRP). The resins are chosen based on their cost, strength, rigidity, and long-term stability. E-glass or S-glass are usually used as the reinforcing fibres in GFRP. The fibres provide the bar its strength and stiffness, while the polymer matrix binds the fibres together and distributes stresses among them. For the optimum tensile properties, fibres are orientated in the same longitudinal direction as the bar itself, even though some goods are made with fibres arranged in a variety of orientations. Due to the lack of standardised production procedures and the attempt to strengthen the ties between the bars, a few unique types of bar surfaces have been produced. A smooth bar surface, surface ribbing (similar to mild steel that has been bent), bar wrapping with helical fibres (either simply attached to the core or wrapped under tension to somewhat bend the bar), and coating the bar surface with coarse sand are a few examples. Advantages of GFRP Rebar • One of the elements of GFRP is a premium vinyl ester resin that prevents corrosion and prolongs the life of a concrete structure. Why GFRP rebar weighs only 25% as much as conventional reinforcement materials like steel yet has twice the tensile strength of steel. GFRP rebar is an excellent material for scientific constructions and facilities like power plants since it is heat- and electricity-resistant. When comparing the long-term benefits, GFRP rebar is a more economical product than epoxy-coated or stainless steel. • It can be created in a variety of lengths, bends, and shapes; • Chloride ions and other chemical substances won't harm it. Uses Around the world, GFRP bars are currently used extensively as concrete reinforcement. In order to show that GFRP reinforcement has the potential to be used in different applications, numerous studies have been carried out to evaluate the field performance of the numerous structures built. Bridge decks, parking structures, and marine structures have all been built using GFRP bars. As a result, it is now essential to establish design standards for the use of GFRP reinforcement. The US, the EU, Canada, and Japan have all developed their own unique set of design standards. In general, these suggestions were developed by modifications to the current steel reinforced concrete codes based on the substance's experimental testing. Two case study bridge deck systems with GFRP reinforcement were assessed in order to determine whether these structures were suitable for particular environments. It has become more popular to use GFRP reinforcement in place of steel reinforcement in bridge decks since it is lighter and less corrosive. The existing high costs related to construction with GFRP reinforcement are predicted to decrease if GFRP fabrication is more widely commercialised in the future. Market Size Market size in 2020 will be USD 171.3 million, with a 13.2% CAGR; Growing demand for FRP rebars in waterfront development and maritime constructions is a market trend. The size of the global market for fibre reinforced polymer (FRP) rebars, which was estimated to be worth USD 171.3 million in 2020, is expected to increase at a revenue CAGR of 13.2 percent over the next five years, according to Emergen Research's most recent analysis. One of the primary factors driving the growth of the global fibre reinforced polymer (FRP) rebar market is an increase in government spending on construction and maintenance in emerging nations, together with a rise in the use of FRP rebar in building projects. Rising demand for FRP rebars in waterfront and maritime constructions is predicted to accelerate global revenue growth in the near future. Marine constructions can sustain significant damage from unfavourable weather conditions, steel corrosion, abrasions, and sulphate reactions. By 2025, the market for FRP rebar is projected to be worth $1.1 billion, growing at a CAGR of 12.1% from 2020 to 2025. Fiber reinforced polymer rebar, also referred to as FRP rebar, and is a non-corrosive alternative to steel rebar in concrete reinforcement. A fibre and a matrix resin make up its two halves. Typically, polyester, epoxy, or vinyl ester is used as the matrix resin and carbon, aramid, basalt, or glass is used as the fibre. FRP rebar, a spiral-wrapped fibreglass rod, is a thin. Industry Major Market Players: • Composite Group Chelyabinsk • Schöck Bauteile GmbH • Dextra Group • Pultron Composites • Pultrall Inc. • Owens Corning • Sireg Geotech S.r.l. • Kodiak Fiberglass Rebar LLC
Plant capacity: 1200 MT Per DayPlant & machinery: 588 Lakhs
Working capital: -T.C.I: Cost of Project:6097 lakhs
Return: 34.00%Break even: 51.00%
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  • One Crore is equivalent to ten million (10,000,000)
  • T.C.I is Total Capital Investment
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