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

Steel industry: Project Opportunities in Karnataka

 

PROFILE:

Steel Industry is a booming industry in the whole world. The increasing demand for it was mainly generated by the development projects that have been going on along the world, especially the infrastructural works and real estate projects that has been on the boom around the developing countries. India’s economic growth is contingent upon the growth of the Indian steel industry. Consumption of steel is taken to be an indicator of economic development. While steel continues to have a stronghold in traditional sectors such as construction, housing and ground transportation, special steels are increasingly used in engineering industries such as power generation, petrochemicals and fertilisers. India occupies a central position on the global steel map, with the establishment of new state-of-the-art steel mills, acquisition of global scale capacities by players, continuous modernisation and up gradation of older plants, improving energy efficiency and backward integration into global raw material sources.

RESOURCES:

Karnataka is the 3rd largest producer of steel in India with a current production level of 10.70 Million Tons per annum. Both alloy and non-alloy steel are produced and the product range includes basic steels like pig iron and sponge iron, ingot, blooms, billets, slabs, finished products like long products CTD & TMT (bars & rods), wire rod, sections, bright bars, CR/HR coils. The export of steel from Karnataka is around 0.96 Million Tons.

It is one among 6 major steel producing states. Karnataka is the 2nd largest in the country in terms of iron ore reserves and largest exporter of iron ore in the country. Hence, it can share more than 40% of the steel demand in India which is estimated as 124 million tons by 2011-12 and 50% of the exports of finished steel products. Based on this estimate, Karnataka can host a manufacturing steel base for more than 100 million tons capacity per annum.

GOVERNMENT POLICIES:

Under the new industrial policy, iron and steel has been made one of the high priority industries. Price and distribution controls have been removed  as well as foreign direct investment up to 100% (under automatic route) has been permitted.  The Trade Policy has also been liberalized and import and export of iron and steel is freely allowed with no quantitative restrictions on import of iron and steel items. Tariffs on various items of iron and steel have drastically come down since 1991-92 levels and the government is committed to bring them down to the international levels.  With the abolishing of price regulation of iron and steel in 92, the steel prices are market determined. The policy devises a multi-pronged strategy to achieve these targets with following focus areas; removal of supply constraints especially availability  of critical inputs like iron ore; improve cost competitiveness by expanding and strengthening the infrastructure in roads, railways, ports and power; increase exports; meet the additional capital requirements by mobilizing financial resources; promote investments by removing  procedural delays. In addition the policy also addresses challenges arising out of environmental concerns, human resource requirements, R&D, volatile steel prices and the secondary sector. 

 

Food processing: Project Opportunities in Karnataka

 

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:

Karnataka is poised to become the leading food processing hub in India. Clearly, the food processing industry is on the threshold of demand-led growth in the country and within the state of Karnataka. It says Karnataka boasts of specific supply strengths, giving the state a comparative advantage to become a leading food processing hub of the country. With 10 agro-climatic zones and land topography highly suitable for agriculture, Karnataka is one of the most agriculturally diverse states in India. It is estimated that about 83 per cent of the geographic area of the state is suitable for agriculture, of which 64.60 per cent is under agricultural cultivation. Consequently, Karnataka is the largest producer of ragi, sunflower, tomato, coffee and arecanut and the second largest producer of maize, safflower, grapes, pomegranate and onion. The state is also the largest producer of spices, aromatic and medicinal plants in the country. In addition, the state has a wealth of livestock and marine resources that augur well for processing of dairy, meat, fish and shrimp. Karnataka, the report points out, also takes pride in having a strong and expanding infrastructure base for setting up food processing facilities in the state.

GOVERNMENT POLICIES:

The promotion of Agro-based industries is among the priorities of the State Government. The state has assured supply of fruits & vegetables grown by applying scientific techniques, investment in post harvest and good transport infrastructure. The National Horticulture Mission (NHM) in the Jharkhand State was launched in late 2005-06 initially in 10 districts with main focus on production of planting materials, vegetable seed production, establishment of new gardens, creation of water resources etc. Establishment of new gardens include perennial and non perennial fruits, spices, floriculture, aromatic and medicinal plants. This scheme was 100 % sponsored by Central Govt. during 2005-06 and 2006-07 (Xth Five Year Plan). However, during 2007-08 and onwards (XIth Five Year Plan) this scheme has been implemented in 15 districts with the pattern of assistance as 85:15 by Central Govt. and State Govt. respectively. The Jharkhand government has decided to set up a food park to kick off the development of the food processing sector in the state and attract investors. In general very few small scale food processing industries are present in the state.

Textile: Project Opportunities in Karnataka

 

PROFILE:

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

RESOURCES:

In Karnataka, the Textile Industry occupies a unique position in the economy of the state in terms of its contribution to industrial production, employment and exports. The textile sector contributes 0.50% of the GDP of the State. Karnataka under its Textile Policy of 2008-13 has planned to get investment worth Rs 9000 crore. Forty percent of such investments are planned to be directed towards the garment industry. The Karnataka government will establish fashion hubs and assist in market development and brand building. Specific incentives are also provided, like entry tax reimbursement, stamp duty reimbursement, up to 25% waiver on land acquisition charges, subsidy on power and capacity building support.

 

 

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.

 

Biotechnology: Project Opportunities in Karnataka

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:

Karnataka has successfully attracted the BioTech industry. Bengaluru, Karnataka is the capital for Biotech clusters in the country. Bangalore currently houses 92 of India's 180 biotech companies, with total actual investments of over Rs 1,000 crore, of which Rs 140 crore has been venture capital funding. The companies are encouraged to invest thanks to the presence of large R&D institutions like Indian Institute of Science and the National Centre for Biological Resources. However, it is sure to face a lot of competition from media savvy Hyderabad. Bangalore Helix is a biotech cluster being planned by the Karnataka government. Bangalore Helix would support biotech units with common infrastructure. It would comprise eight biotech incubators, covering a total area of 10,000 square feet. Excluding the cost of land (around Rs 60 crore) that has already been acquired, the cluster will involve an investment of Rs 100 crore. The infrastructure support would be comprehensive, right from advance computing facilities to treated water necessary for biotech infrastructure services.

GOVERNMENT POLICIES:

·         The Karnataka government has announced a biotech policy to promote this sector and is setting up an institute for bioinformatics in Banglore.

• In addition the state government is also creating a biotechnology fund that will have inflows from the biotech companies. This could be used for incubation of new projects and promotion of the sector in the state.

• Karnataka government is putting in Rs. 50 million and an equal amount is being brought by ICICI to develop the institute if bioinformatics in Banglore. Karnataka has planned to launch India's first state sponsored biotechnology venture capital fund to boost their initiatives.

·         Three 'biotech parks' are emerging in the state , namely 'university of Agricultural Sciences, Banglore; 'Institute of Agri-biotech in Dharwad ; and Institute of Biotechnology in Karwar.

 

 

 

Automobile: Project Opportunities in Karnataka

 

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 in 2010. 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:

Auto industry is the second fastest growing sector in Karnataka, the automobile and auto component sector has maintained a 15 per cent growth in Karnataka. There is a huge potential of development in the sector of automobiles in Karnataka. The component industry caters to the OEMs (all kinds of automobiles like trucks, cars, SUVs, LCVs, buses, two-wheelers, tractors etc.,) and exports. Termed a priority sector, auto and auto parts hold the key to economic growth of the state.

GOVERNMENT POLICIES:

Government brought out a very innovative Policy "Ultra Mega Policy for Integrated Automobile Projects" that offers a very attractive package of support to automobile projects investing more than Rs.4000 Crores. As a result of this Policy, since May 2006, investments attracted by Tamil Nadu is automobiles & components manufacturing is Rs.21900 Crores, almost 5 times of the Investments attracted during previous 15 years (May 1991-April 2006). The total employment potential in these new projects is: 1.20 lakhs (direct + Indirect). Govt of India is currently implementing a project "National Automotive Testing R&D Infrastructure Project" (NATRIP) in Oragdam near Chennai at a project cost of about Rs.450 Crores. This project aims at facilitating introduction of world-class automotive safety, emission and performance standards in India as also ensure seamless integration of our automotive industry with the global industry.

 

 

Mineral: Project Opportunities in Karnataka

 

PROFILE:

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

 

RESOURCES:

Karnataka is rich in its mineral wealth which is distributed fairly evenly across the state. Karnataka's Geological Survey department started in 1880 is one of the oldest in the country. Rich deposits of asbestos, bauxite, chromite, dolomite, gold, iron ore, kaolin, limestone, magnesite, Manganese, ochre, quartz and silica sand are found in the state. Karnataka is also a major producer of felsite, moulding sand (63%) and fuchsite quartzite (57%) in the country.

Karnataka has two major centers of gold mining in the state at Kolar and Raichur. These mines produce about 3000 kg of gold per annum which accounts for almost 84% of the country's production. Karnataka has very rich deposits of high grade iron and manganese ores to the tune of 1,000 million tonnes. Most of the iron ores are concentrated around the Bellary-Hospet region. Karnataka with a granite rock spread of over 4200 km² is also famous for its Ornamental Granites with different hues.

 

GOVERNMENT POLICIES:

The  role to be played by the Central and State Governments in  regard  to  mineral  development has  been  extensively  dealt in  the  Mines  and Minerals (Development and Regulation)  Act, 1957  and Rules  made under the Act by  the  Central  Government and  the  State  Governments in their  respective  domains.   The provisions  of  the  Act  and the Rules  will  be  reviewed  and  harmonised  with  the basic features of the new  National Mineral  Policy.  In future the core functions of the State in mining will be facilitation and regulation of exploration and mining activities of investors and entrepreneurs, provision of infrastructure and tax collection.  In mining activities, there shall be arms length distance between State agencies (Public Sector Undertakings) that mine and those that regulate.  There shall be transparency and fair play in the reservation of ore bodies to State agencies on such areas where private players are not holding or have not applied for exploration or mining, unless security considerations or specific public interests are involved. Recently, the Union Government after reviewing the current mining sector, mineral development and keeping in view the availability of the valuable finite resource have announced the National Mineral Policy (NMP))- 2010. Research organisations, including the National Mineral Processing Laboratories of the Indian Bureau of Mines should be strengthened for development of processes for beneficiation and mineral and elemental analysis of ores and ore dressing products. There shall be co-operation between and co-ordination among all organisations in public and private sector engaged in this task.

 

Waste management: Project Opportunities in Karnataka

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:

As regards municipal waste on an average 40 to 50 % of the total municipal waste is generated in the sic municipal corporation of Karnataka & more than 70 % of municipal waste is generated by the residential & market areas. The domestic waste generated by households comprises mainly of organic, plastic & paper waste & small quantities of the waste. Plastic & glass are segregated at the household level or by rag pickers and sold. The remaining waste is disposed in community bins, discarded ointments and medicine. In addition about 1 to 2% of biomedical waste also gets mixed with municipal solid waste in the community bins.

GOVERNMENT POLICIES:

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

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Production of PROM (Phosphate Rich Organic Manure)

Production of PROM (Phosphate Rich Organic Manure): An Emerging Biofertilizer, Manufacturing of PROM Fertilizer - Toward a Sustainable Agriculture Phosphate rich organic manure is a type of fertilizer used as an alternative to di ammonium phosphate and single super phosphate Phosphorus is required by all plants but is limited in soil, creating a problem in agriculture. In many areas phosphorus must be added to soil for the extensive plant growth that is desired for crop production. The solubility depends upon PH of the soil, ambient condition and bacteria present in the soil. Phosphate Rich Organic Manure is produced by co-composting high-grade (32% P2O5 +/- 2%) rock phosphate in very fine size (say 80% finer than 54 microns). Phosphate Rich Organic Manure (PROM) is a value added product produced by co-compositing high-grade rock phosphate in fine size with organic matter collected from various sources such as FYM, straw of paddy or wheat, pressmud, karanj cake or waste from fruit industries and distillery etc. Phosphate Solubilizing Bacteria (PSB) and nitrogen fixing bacteria are added to improve the efficiency. Production of phosphorus rich organic manure (PROM) by composting of press mud and distillery waste with rock phosphate into a value added product standardized to contain 18% P2O5 with 22% moisture is a highly promising, natural, better and cheaper substitute of di-ammonium phosphate (DAP). The agronomic evaluation of PROM on paddy crop resulted in an enhancement of 29.41% yield over the DAP. As the famers are not much familiar with PROM, still use traditional fertilisers for their crops. This is very serious problem for all, these fertiliser harm the soil as well as environment, livestock, humans etc. Excessive use of chemical fertiliser such as Single Super Phosphate (SSP), Diammonium phosphate (DAP), Monoammonium phosphate (MAP) etc. in agriculture mitigates the number of free living beneficial microorganisms; those are directly or indirectly useful for any crop. Because the amount of these fertiliser ustilised by plant upto 30% only. The remaining amount of these fertilisers accumulated in the soil and constantly increases the soil pH. PROM is manufactured and marketed in India by different agro Industries. PROM is produced by co-composting of high grade (32% P2O5) rock phosphate in very fine size with organic manure such as Compost, Vermi-compost, Cow dung, Soy meal, domestic kitchen waste etc. The efficiency of PROM is totally depended on the particle size of rock phosphate. More the fine of rock phosphate, more the efficiency of PROM. Rock phosphate is soluble phosphate and it is effective in both acidic and alkaline soil. The specific advantages of PROM are: 1) The process of production of PROM is highly cost- effective as it is a low energy process that does not demand high temperature or high pressure (operates at ordinary temperature and pressure), needs no chemical catalyst and does not consume any valuable chemicals; 2) The raw rock phosphate ore, since is biochemically converted to soluble phosphates, can be fed directly to plants; 3) PROM is (if not, more) effective in agriculture as compared to synthetic fertilisers such as single superphosphate (SSP), di ammonium phosphate (DAP) or monoammonium phosphate (MAP) as evident from successful field studies performed Benefits of PROM 1) Contains 3 nutrients –1. Phosphorous 2. Organic carbon 3. Nitrogen 2) Acts as alternative to DAP and makes soil soft and enriched with nutrients for Long time 3) Supplies phosphorus to the second crop planted in a treated area as efficiently as the first 4) Can be produced using acidic waste solids recovered from the discharge of biogas plants, thus makes environment sound 5) Due to organic manure presence, leaching and runoff is prevented 6) Production of PROM is highly cost- effective as it is a low energy process that does not demand high temperature or high pressure (operates at ordinary temperature and pressure), needs no chemical catalyst and does not consume any valuable chemicals 7) Provides micro-nutrients like cobalt, copper, zinc along with primary nutrients. 8) PROM is very effective as phosphatic fertilizer even in saline soils where DAP completely failed. 9) Enhances the growth of soil microorganism that assist the dissolution of P either applied to the soil or naturally present in the soil. The use of PROM will reduce the cost of fertilization to the farmers and will also result into the conservation of phosphate mineral, a non-renewable resource due to the high residual effect. The agronomic efficacy of this new P-fertilizer is higher than that of the complex phosphatic fertilizers available in the market today. ‘PROM’ is suitable to neutral and alkaline soils, which will prove to be a boon to the Indian farmers. In the long run, this product will be a winner as it has significant price advantage compared to the other chemicals. Global Organic Fertilizers market registered volume consumption of nearly 18.23 million tons, amounting to approximately USD5.87 billion in 2017. The global organic fertilizers market is projected to witness healthy growth at a CAGR of 7%, reaching more than USD8.25 billion through 2023. The changing perception of farmers and end users towards environment friendly farming methods is driving the demand for organic fertilizers worldwide. The various advantages offered at cheaper prices are escalating the consumption of organic fertilizers over chemical fertilizers globally. In addition to this, constructive government policies pertaining to subsidized prices, wastage reduction, limitations on usage of non-biodegradable raw materials are further influencing the global organic fertilizers market. 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Plant capacity: -Plant & machinery: -
Working capital: -T.C.I: -
Return: 1.00%Break even: N/A
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Mango Pulp with Cold Storage

Mango is one of the most important tropical fruits in the world and currently ranked 5th in total world production among the major fruit crops. As mango is a seasonal fruit, about 20% of fruits are processed for products such as puree, nectar, leather, pickles, canned slices, and chutney. These products experience worldwide popularity and have also gained importance in national and international market. During processing of mango, by-products such as peel and kernel are generated. Mango Pulp is prepared from selected varieties of Fresh Mango Fruit. Fully matured Mangoes are harvested, quickly transported to the fruit processing plant, inspected and washed. Selected high quality fruits go to the controlled ripening chambers; Fully Ripened Mango fruits are then washed, blanched, pulped, deseeded, centrifuged, homogenized, concentrated when required, thermally processed and aseptically filled maintaining sterility. Currently, mango exports from the West African nation occupy second place in the region and over the last three years, this particular sector has witnessed great growth. The export of Senegal’s mangoes has greatly increased over the years. From 8,500 tons about 3 years ago and today we are exporting about 16,500 tons. In the countries of the region, production of export mangoes is spread over four months (from March to June), while in Senegal, production runs for 6 months (from May to October) with a window Export of 3 to 4 months. Depending on the region, the harvest takes place in May-June-July and in July-August-September. On the European market Senegal mainly exports mangoes variety Kent. The coloring of the fruit is exceptional: it is a major asset for the Senegal Origin. The year 2000 has been the turning point for Senegalese mango exports being the beginning of an ever-increasing export towards Europe; in just a few years, Senegal has become the second most important West African source of mangoes, after Ivory Coast. Senegal’s position on the European export market is ascertained with two very popular varieties: Kent and (to a lesser extent) Keith.
Plant capacity: Mango Pulp: 9,750 MT. per annum Mango Concentrate 4,875 MT. per annumPlant & machinery: 1885 Lakhs
Working capital: -T.C.I: Cost of Project: 3232 Lakhs
Return: 27.00%Break even: 47.00%
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Project Opportunities in Mango Pulp Processing Industry (Food & Agriculture Sector)

Project Opportunities in Mango Pulp Processing Industry (Food & Agriculture Sector). Mango Pulp Extraction Unit with Cold Storage India is the home of mangoes. A large number of varieties are found in almost all parts of the country. Mango Pulp is prepared from selected varieties of Fresh Mango Fruit. Fully matured Mangoes are harvested, quickly transported to the fruit processing plant, inspected and washed. Selected high quality fruits go to the controlled ripening chambers; Fully Ripened Mango fruits are then washed, blanched, pulped, deseeded, centrifuged, homogenized, concentrated when required, thermally processed and aseptically filled maintaining sterility. The preparation process includes cutting, de-stoning, refining and packing. In case of aseptic product the pulp is sterilized and packed in aseptic bags. The refined pulp is also packed in cans, hermetically sealed and retorted. Frozen pulp is pasteurized and deep-frozen in plate freezers. The process ensures that the natural flavour and aroma of the fruit is retained in the final product. Mango puree, which is often called as mango pulp, is a smooth and thick product which is processed in such way that the insoluble fibrous parts of the ripe mangoes are broken up. It retains all of the fruit juice and a huge portion of fibrous matter naturally, which is found naturally in the raw fruit. In few industries, the mango puree is pasteurized in order to increase its shelf life. In terms of consumption and import, the Middle-East region leads the market, followed by the European Union with over 20% of total world imports. The largest user of the mango puree in Europe is the fruit juice industry, but it also has applications in other segments such as ice cream and baby food industry as well. The market for mango pulp grew exponentially which is expected to continue. India is the leader among major mango growers with widely recognized variety of mangoes (primarily Alphonso, Totapuri and Kesar) being used in the manufacturing of pulp. Mango Pulp/Concentrate is perfectly suited for conversion to juices, nectars, drinks, jams, fruit cheese and various other kinds of beverages. It can also be used in puddings, bakery fillings, fruit meals for children and flavours for food industry, and also to make the most delicious ice creams, yoghurt and confectionery. Mango pulp is used as a major food ingredient in the making of mango juice, nectars, juice blends, dairy, bakery, baby food manufacturing, ice-creams etc. However, in recent years the popularity of mango has spread to the western markets with consumers showing interest in the taste. The US juice industry and fresh market has shown consistent interest in both fresh mango and its processed products. The US juice industry has been making more and more use of mango pulp in its orange juice blends. Two main clusters of Mango Pulp are there in the country, which has around 65 processing units with a good backward linkage of Alphonso and Totapuri variety of mangoes. These clusters are Chittoor in the state of Andhra Pradesh and Krishnagiri in the state of Tamil Nadu. Some of the Processing units are in the state of Maharashtra and Gujrat. India is largest mango pulp exporter in the world. Mango production is throughout India. However, most of the pulp industries are established in Southern and Western India and these regions account for major proportion of export that happens from India. The mango pulp industry in Krishnagiri district of Tamil Nadu is the second largest exporter of pulp in the country, generate between rupees 400 to 500 crores of foreign exchange annually. Krishnagiri district is also the second largest mango pulp producer in the country after Chittoor in Andhra Pradesh. The mango pulp is being exported to many countries, including UAE, European countries, Singapore and Malaysia. India Facts and Figures: India is also a major exporter of Mango Pulp in the world. The country has exported 1, 35,621.22 MT of Mango Pulp to the world for the worth of Rs. 864.97 crores / 129.29 USD Millions during the year 2016-17. India produces 350,000 tonnes of mango pulp annually, 50 per cent of the estimated 700,000 tonnes of global mango pulp production. It exports 200,000 tonnes of pulp, while 150,000 tonnes is consumed domestically. Mango pulp is an important value added product having good demand in domestic as well as international market. Changing food habits in the country has increased consumption of fruit and fruit products and hence market for fruit juice/concentrates/ powder/ slices/ dices have also increased. Increasing number of nuclear families in India particularly in urban and semi urban areas, and increasing number of working women in the country has increased demand of processed fruit products such as mango pulp and beverages. The prospects for mango pulp exporters India is on the upward swing as demand is growing exponentially. The mango fruit industry is gearing up to meet this increased demand and mango pulp manufacturers are investing in infrastructure and resources to cater to this. The Global Mango Pulp market seen an increasing growth due to the several benefits of mango Pulp such as it prevents cancer, prevents heart disease, helps lower cholesterol, improves digestion, prevents asthma, improves eye health, regulates blood pressure, and improves immunity and many other benefits. It also has a high amount of vitamin A, vitamin C, potassium, protein and fiber due to which it helps prevents infection in pregnant women and also helps prevent eye problem in newborns. It also enhances skin health due to the presence of carotenoids. Tags Mango Pulp Industry in India, Mango Pulp Processing Pdf, Mango Pulp Processing Project Report, Mango Processing Plant Cost, Small Scale Mango Processing Plant, How Mango Pulp is Processing, Mango Pulp Processing Plant, Mango Pulp Processing Business, Food And Fruit Processing Plant, Mango Pulp Making Unit, Extraction of Mango Pulp, Commercial Processing of Mangoes, Mango Factory, Mango Concentrate, Mango Pulp & Mango Puree, Mango Pulp Processing Industry, Mango Pulp Processing Project, Mango Pulp Manufacture, Fruit Pulp Processing, Production of Fruit Pulp, Mango Pulp, Mango Processing, Pre-Feasibility Study for Mango Pulp, Mango Pulp Processing Line, How to Make Mango Pulp, Mango Processing Factory, Mango Pulp Processing, Pulp Manufacturing, Mango Pulp Manufacturing Process, Mango Pulp Making Business, Mango Pulping Unit, Mango Pulp Manufacturing Business, Production Process of Mango Pulp, Mango Pulp Processing Unit Cost, Mango Pulp Processing project ideas, Projects on Small Scale Industries, Small scale industries projects ideas, Mango Pulp Processing Based Small Scale Industries Projects, Project profile on small scale industries, How to Start Mango Pulp Processing Industry in India, Mango Pulp Processing Projects, New project profile on Mango Pulp Processing industries, Project Report on Mango Pulp Processing Industry, Detailed Project Report on Mango Pulp Processing, Project Report on Mango Pulp Manufacturing, Pre-Investment Feasibility Study on Mango Pulp Processing, Techno-Economic feasibility study on Mango Pulp Manufacturing, Feasibility report on Mango Pulp Manufacturing, Free Project Profile on Mango Pulp Manufacturing, Project profile on Mango Pulp Manufacturing, Download free project profile on Mango Pulp Processing, Startup Project for Mango Pulp Manufacturing, Project report for bank loan, Project report for bank finance, Project report format for bank loan in excel, Excel Format of Project Report and CMA Data, Project Report Bank Loan Excel, Most Profitable Food Processing Business Ideas, Food Processing Industry, Profitable Food Processing Business in India, Agro Based Food Processing Industry, Projects for Small Scale Food Processing Industry, How to Start Manufacturing Processing Business, Agri-Business & Food Processing, Agro and Food Processing, Food Processing Business, Starting Business in Food Processing Industry, Food Manufacturing Industry, Project Report on food processing & agro based, Projects on Food Processing, Agricultural Business Plan, Most Profitable Agriculture Business Ideas, How to start agriculture business, Food Processing & Agro Based Profitable Projects, Most Profitable Food Processing Business Ideas, Food Processing Industry in India, How to Start Food Processing Industry in India, Start a Mango Pulp Extraction Unit, How to Start Mango Pulp Extraction Unit (Food & Agriculture Processing). Mango Pulp Processing Industry with Cold Storage, Project Opportunities in production of Mango Pulp (Food & Agriculture Processing)
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Profitable Project Investment Opportunity in Adult Pull-up Diapers Production

Profitable Project Investment Opportunity in Adult Pull-up Diapers Production. Adult Diapers Manufacturing Business An adult diaper is a diaper specially designed to worn by a person suffering from problems like incontinence, mobility impairment or severe diarrhea. Different types of adult diapers available in the market are: all in one cloth adult diaper, contour cloth adult diaper, Adult Pull-up diapers, waterproof pants, disposable adult diapers and adult swim diapers. Adult pull ups also known as pull ons or disposable underwear come with elastic waistbands and are used by wearers who prefer using the bathroom when possible. Pull ons are available in a variety of waist sizes and come in elastic waist bands for a comfortable fit. Pull-on styles are easy to put on as well as remove, making them a far more convenient option to use and a good choice for wearer who uses the bathroom instead of using a diaper. Many wearers say pull-ups offer more dignity compared to brief diapers, as they resemble normal underwear. Uses & Selection of Diapers Adult: • People with medical conditions which cause them to experience urinary or fecal incontinence often require diapers because they are unable to control their bladders or bowels. • People who are bedridden or in wheelchairs, including those with good bowel and bladder control, may also wear diapers because they are unable to access the toilet independently. • Those with cognitive impairment, such as dementia, may require diapers because they may not recognize their need to reach a toilet. • Specialty diapers are required for swimming or pool therapy. These are known as swim diapers or containment swim briefs. They are intended mainly for fecal incontinence, however they can also be useful for temporary urine containment, to maintain dignity while transferring from change room to pool. An adult diaper is a disposable diaper consist of an absorbent inserted in between two non-woven fabric structure. This helps in avoiding the leakage, maintain the body fluid level and improve comfort. Fluff pulp, polypropylene polymer, film, polypropylene fiber, polyester fiber, bio component fiber, rayon/fiber, cotton and other are some of the raw materials used in adult diapers. Diapers can be used by adults with various conditions, such as severe diarrhea, dementia, incontinence or mobility impairment. Growing aging population, urbanization and increased awareness of treatment methods for urinary incontinence are expected to be the major drivers for the global adult diaper market. Aging population, economic affluence and improvement of the healthcare sector are expected to support the adult diaper market growth in the near future. However, volatility in prices of raw material may curb the demand for adult diaper within the forecast period. Also, ever increasing demand for the new products which includes body fit, skin friendly, superior absorption, stretchable, stylish and odor free is expected to grow new opportunities in the adult diaper market. The adult diaper market is segmented on the basis of different products including pad type adult diapers, pants-type adult diapers, flat type adult diapers and others. Pad type adult diapers accounted for the majority share of the global adult diaper market in 2015 accounted for around 48.01% share of the overall market in terms of revenue. The market growth for adult diapers and incontinence products of all types (pads and briefs included) is projected to rise dramatically over the next few years. While the global demand for adult diapers was given a market value of USD 9.24 billion in 2015, it is expected to generate revenue of USD 14.5 billion by end of 2021. Tranquility Products is ready and willing to continue creating absorbent products by following a high standard of business ethics and setting an example for our competitors and community. By product, the global adult diapers market can be segmented in terms of product, application, and geography. By product, the market constitute reusable and disposable adult diapers. The market can be further classified into pad type diapers, pant type diapers, and flat type diapers. Growing urinary incontinence among adults and increasing unwillingness to go through intrusive procedures are driving the global adult diapers market growth. Additionally, increasing use in conditions such as diarrhea, mobility impairment, and dementia is anticipated to impact product growth positively. Primarily used in medical centers for patients suffering from different ailments adult diapers help in preventing leakage, maintain body fluid level and improve comfort. Increasing use of adult diapers for purposes other than medical issues is also expected to boost its demand and customer acceptance. The product is being used by guards on long duties who are not permitted to leave their post, divers under their diving suits, pilot on long flights and other long-hour workers. The industry can be segmented by product into disposable, cloth, swim pants and training nappies. By type, it can be segmented into disposable and reusable diapers. The industry has been further divided into pant-type, flat-type and pad-type segments. Disposable diapers are anticipated to remain the fastest the growing product over the forecast period. Biodegradable products are establishing strong foothold owing to both consumer convenience and environmental regulatory requirements. Varieties in disposable diapers include super-absorbent, ultra-absorbent and regular. In terms of users, women have been anticipated to be the most significant contributor to the rising consumption owing to increased probability of incontinence among them. The global diaper market is expected to increase at high growth rates during the forecasted period (2017-2021). The global diaper market is supported by various growth drivers, such as aging population, increasing disposable income, increase in urban population, delayed toilet training of children in developed countries, increasing literate female population, etc. An adult diaper can be classified as incontinence care products and those meant to be worn if suffering from severe diarrhea, incontinence, mobility impairment, or dementia. The growing aging population, urbanization, greater affordability, and improved awareness are the chief factors driving the global adult diapers market. Geographically, the market is segmented into North America, Europe, Asia-Pacific, Latin America and Middle East and Africa. North America dominated the adult diapers market followed by Europe. Asia Pacific also expected to show moderate growth in the years to come. Developing countries are anticipated to experience largest growth owing to changing lifestyle and rising population. China followed by India, has the biggest population of senior citizens and is also anticipated to demonstrate fastest growth in the next few years. 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Production of Disposable Surgical and Medical Face Mask

Production of Disposable Surgical and Medical Face Mask. Single-Use Surgical and Procedure Masks Manufacturing Project Surgical face masks are worn by health care professionals during surgery or while tending to patients in order to avoid contact with bacteria shed in the form of liquid droplets and aerosols from the mouth and nose or infectious blood and body fluids. Surgical face masks are used as a protective barrier to prevent cross-contamination among patients and surgeons. They are made mostly from non-woven fabric and are available in the two-layer and three- layer form. The layers are ultrasonically welded for efficient bacterial filtration. Bacterial filtration efficiency (BFE) is the effectiveness of the surgical mask material to filter bacteria of a specified particle size. Particle filtration efficiency (PFE) is the effectiveness of a material to filter aerosol particles. Both BFE and PFE are expressed as a percentage of a quantity that does not pass through the material of the surgical mask. Surgical face masks are used in operation theatres and every area of health care that requires patient inspection. Rise in awareness regarding airborne infections has led to an increase in usage of surgical face masks in not only large health care facilities but also smaller ones across the world. The usage of surgical face masks has increased among the general public owing to the rise in outbreaks of airborne diseases in recent times. The inevitable use of surgical face masks and lower threat of their substitutes are expected to propel the global surgical face masks market during the forecast period. However, surgical face masks do not protect the wearer from inhaling airborne bacteria or viruses and are less effective than respirators. Respirators provide better protection than surgical face masks due to their design and tight sealing over the face. Substitution by respirators is estimated to restrain the global surgical face mask market during the forecast period. A surgical mask, also known as a procedure mask, is intended to be worn by health professionals during surgery and during nursing to catch the bacteria shed in liquid droplets and aerosols from the wearer's mouth and nose. They are not designed to protect the wearer from inhaling airborne bacteria or virus particles and are less effective than respirators, such as N95 or NIOSH masks which provide better protection due to their material, shape and tight seal. Surgical masks are popularly worn by the general public in East Asian countries to reduce the chance of spreading airborne diseases. Healthcare workers involved in treating and caring for individuals injured or sick as well as the patient can be exposed to biological aerosols capable of transmitting diseases. These diseases, which may be caused by a variety of microorganisms, can pose significant risks to life and health. Surgical face masks are used to cover the mouth and nose by doctors and other healthcare workers. It reduces the risk of contaminations from secretion of the mouth and nose in operation room or clinics. It is purposely to be worn by health care professionals during surgery and at same time to catch the bacteria shed in liquid droplets. Surgical face masks (SFMs) provide a physical barrier between bacteria of oropharyngeal and nasopharyngeal origin and an open patient wound. Wearing a SFM in the OR is one of many long standing preventative practices, yet controversy exists as to the clinical effectiveness of SFMs in reducing the frequency of SSIs. Additionally, SFMs potentially protect OR staff by providing a physical barrier to infectious bodily fluid splashes from the patient. General purpose disposable SFMs however, are not specifically designed to protect the wearer from airborne infectious particulates. A review of clinical effectiveness and evidence-based guidelines for mask use in the OR can inform practice decisions to minimize the occurrence of SSIs and OR staph infections. Increase in aging population, prevalence of hospital acquired infections (HAIs), and rise in demand of improved healthcare facilities in the developing economies drive the market. However, high cost associated with the preparation of different types of media culture restraint the market growth. The global disposable medical masks market is segmented based on type, end user, and region. On the basis of type, the market is bifurcated into facemasks and respirators. Based on application, it is categorized into hospitals & clinics, industrial, individual and others. By region, the market is analyzed across North America, Europe, Asia-Pacific, and LAMEA. The global surgical face mask market can be segmented based on distribution channel, end- user, and region. Healthcare professionals or the general public are the end users of surgical face masks. Surgical face masks are widely available through all distribution channels, and owing to the rise in number of outbreaks, the usage of surgical masks is expected to increase considerably in the near future. In terms of distribution channel, the global surgical face mask market can be segregated into independent pharmacies, online sales, hospital pharmacies, retail stores, and others. Based on region, the global surgical face mask market can be segmented into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa. North America, Europe, and Asia Pacific accounted for more than half the share of the global surgical face mask market in 2016. Asia Pacific is expected to account for a prominent share of the market in terms of volume during the forecast period, due to higher population, large number of airborne diseases, and awareness regarding postoperative surgical site infections in the region. The surgical face mask market in Latin America and Middle East & Africa is anticipated to expand at a significant pace during the forecast period. Due to rise in requirement for cutting down health care costs, several health care professionals have begun to evaluate traditional methods of infection control, the prominent one of them being the usage of surgical face masks. 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Wood Pellets Production from Sawdust

Wood Pellets Production from Sawdust. Earn Money from Wood Waste (Sawdust). Turning Sawdust into Briquettes. Wood pellets, known for generating low emission and high power is gaining attention as an alternative to fossil fuels. Consumption of wood pellets for heating and power generation offers great advantages over burning fossil fuels, including renewability, low requirement of work input, cheap operating costs, and less emission of harmful substances. Based on feedstock, the Wood Pellets Market is segmented into forest residues, agricultural residues, and energy crops. On the basis of the type of pellet heating appliance, the market segmentation includes free standing pellet stoves, pellet stove inserts, and pellet boilers. According to the application, it is categorized into power generation in industries, co-firing in industries, heating in residential sites, and heating in commercial sites. Wood pellets have emerged as a viable and promising renewable energy source replacing coal in various advanced regions such as North America and Europe. The market for these biomass gained traction since they are considered to have low carbon footprints. The use of wood pellets as fuels has gained adoption for heating homes and power boilers, especially in various countries of Europe. The easy availability of raw materials such as timber and compacted sawdust and the low cost of production are key factors offering robust impetus to the wood pellets market. The mounting environmental concern about greenhouse gas emissions (GHGs) in countries such as the U.S., Canada, and Russia has made biomass fuels popular. In recent years, considerable progress made in logistics and advancement in combustion technology have boosted the wood pellets market. Wood pellets are fast becoming popular in North America owing to the increasing prices of primary fuel. Demand for wood pellets in North America as a bio-mass fuel is increasing significantly, attributed to high demand for industrial as well as commercial purposes. Rising prices of fossil fuels including natural gas and fuel oil is one of the major driving factors for wood pellet heating. Concerns about climate change in North America is also stimulating the growth of the wood pellet market in the region. Wood pellet markets comprise two primary sectors: industrial wood pellets that are used as a substitute for coal in power plants, and premium pellets used in pellet stoves and pellet boilers for heating. Increasing carbon emission is a major driving force for the wood pellet market in the Western Europe region. There is high demand for wood pellets in this region to reduce carbon emission and raise the contribution of total renewable energy consumption. The use of co-firing and dedicated biomass power plants is a part of the compliance plan, which helps drive the wood pellet market in this region. Based on geography, the market is segmented into Europe, Asia Pacific, North America, Central and South America, and the Middle East and Africa. Of these, Europe is a major market for wood pellets and led the market in 2015. The substantial demand for wood pellets from the U.K. has fuelled this regional market. The regional market is propelled by numerous government initiatives such as significant fiscal subsidies to boost the generation of renewable sources of energy. This has incentivized the use of wood pellets to produce electrical energy in this region. The primary applications of the wood pellets are for heating and in power plants. The heating application segment held a major market share in 2016 and is expected to lead the overall market by revenue through the forecast period. The wide application of wood pellets for heating industrial and residential establishments is expected to boost the growth of segment in the coming years. The growing popularity of pellet fuel in advanced nations such as Canada is expected to bolster the demand for wood pellets in various regions. Recent advancements in wood pellet manufacturing processes have improved the commercial production of biomass, thereby accentuating the demand for wood pellets in heating applications. Furthermore, the setting of these manufacturing units are less capital-intensive than those for wind and solar energy, which has boosted the application of wood pellets for heating applications. The global wood pallet market is estimated to be valued at nearly US$ 9,205 Mn by 2017 end and is expected to register a CAGR of 8.7% over the forecast period to be valued at nearly US$ 21 Bn by the end of 2027. Amongst all regions, Western Europe is anticipated to account for 72.6% value share in the global wood pellet market by 2017 end, followed by North America with 7.8% value share. Western Europe is anticipated to exhibit a higher incremental value during the forecast period as compared to other regions. Asia Pacific excluding Japan is projected to register a CAGR of 9.9% over the forecast period to account for 8.7% value share by 2027 end. Middle East and Africa is expected to account for 0.7% value share in the global wood pellet market by 2017 end. The market in MEA will register a CAGR of 7.4% over the forecast period. Sawdust is a kind of by-product from cutting, grinding, drilling, sanding or pulverizing wood with a saw or other tools. Traditionally it is used for making particleboard to make furniture or wood pulp to produce paper; also can be served as mulch, alternative to clay cat litter. The most significant role of sawdust is played as fuel by processed into pellets. It is an emerging and promising career to make wood pellets from sawdust. Nowadays, hundreds of countries all over the world have built their factories of making wood pellets from sawdust. Usages of Sawdust Pellets: • As a matter of fact, sawdust pellet made from waste wood is a good kind of fuel to replace traditional fossil fuels like coal, gas, petrol, etc. It can be used for burning in a stove to cook at home; • Heat the house, school, hotel, or greenhouse, farm; • Industrial scale sawdust pellets production can be used in thermal power plants to replace coal. • Used as cat litter to replace clay; • Also can be used as horse bedding, or beddings for cow, chicken, dogs, and other animals. • Other usages waiting to be discovered. Steps of Sawdust Pellets Making Process: ? Get the raw material ready. Generally sawdust is small enough for pellet making. So the first step is to add water to the sawdust till its moisture content is between 8-15%, which is the best moisture content for pelletizing. But if the raw material is wood chips, they should be pulverized first. ? Put the sawdust into the pellet machine gradually. Large scale pellet production need a screw feeder to make sure stable feeding of raw material. ? After pelletized, the sawdust pellets are of high temperature that is not suitable for direct packing. So they should be cooled by pellet cooler. ? Then, pellets go through a vibrating sieve, where good pellets will be left, while broken ones or powder will be collected for reproduction. ? After all the above procedures, pellets can be packed with a pellet packing machine. Tags Sawdust Wood Pellet Making Process, Production of Wood Pellets, Pellet Production, How to Make Wood Pellets From Sawdust? 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Earn Money from Wood Waste (Sawdust), Opportunities in Production of Wood Pellets from Sawdust, Turning Sawdust into Briquettes
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Agriculture Storage and Warehousing with Cold Storage

Agriculture Storage and Warehousing with Cold Storage- India Set to see Rs. 45,000 Crores Investments in Warehousing by 2020 A warehouse describes a facility serving the purpose of storing goods. In ecommerce, warehouses are mainly used to keep items on stock to make sure the short delivery times needed can be fulfilled. Agriculture, which is the backbone of Indian economy contributes to the overall economic growth of the country and determines the standard of life for more than 50% of the Indian population. India holds the second largest agricultural land in the world with approximately 179.9 million hectares under cultivation. The country has emerged as a major player in agriculture in the global scenario. Warehousing refers to the activities involving storage of goods on a large-scale in a systematic and orderly manner and making them available conveniently when needed. In other words, warehousing means holding or preserving goods in huge quantities from the time of their purchase or production till their actual use or sale. The agricultural warehousing and food processing industries contribute significantly to warehousing. Warehousing plays a very vital role in promoting agriculture marketing, rural banking and financing and ensuring Food Security in the county. It enables the markets to ease the pressure during harvest season and to maintain uninterrupted supply of agricultural commodities during off season. Hence, it solves the problems of glut and scarcity, which are the usual problems in agricultural marketing. Though warehousing is an independent economic activity, yet is closely linked with production, consumption and trade. Warehousing is now seen as an integral part of the supply chain where goods are not only stored for safekeeping, but also where other value processes are implemented, thereby minimizing wastage and costs. India has total agri warehousing capacity of around 91 MMT at present to store and conserve such large quantities with state agencies owning 41% of the capacity and the balance distributed among private entrepreneurs, cooperative societies, farmers, etc. Agricultural warehousing accounts for fifteen percent of the warehousing market in India and is estimated to be worth INR 8,500 crore. Indian logistics market is expected to grow at a CAGR of 12.17% by 2020 driven by the growth in the manufacturing, retail, FMCG and e-commerce sectors. In recent times, the Indian warehousing segment has evolved significantly, resulting in a gradual metamorphosis from the traditional concept of go-downs, which gradually moved to becoming modern formats of warehouses. This demand shall be driven by a combination of growing GDP, maturing industry segments, GST implementation, rising external trade and share of organized retail. The warehousing sector has seen good growth in past few years due to various reasons. The ‘Make in India’ campaign ran big throughout the country encouraging enterprises to manufacture their products within India. India’s exports have considerably grown, which means the volume of goods being produced locally has increased. This has also propelled the demand for warehouses. The retail business also showed exponential growth because of relaxed FDI norms. This attracted both private and foreign investment. Agricultural warehousing accounts for fifteen percent of the warehousing market in India and is estimated to be worth Rupees 8,500 crore. It is however perceived to be inadequate and unorganized. Warehousing in India has been linked to food security and agricultural growth. Warehousing is now seen as an integral part of the supply chain where goods are not only stored for safekeeping, but also where other value processes are implemented, thereby minimizing wastage and costs. The warehousing market in India is anticipated to grow at a CAGR of ~% from USD ~ billion in FY’2014 to USD ~ billion in FY’2019. This significant growth in warehousing revenue receipts would be due to the major growth in the organized retail industry, commodity markets, and growth in industrial manufacturing and development. Cold Storage India is the largest producer of fruits and second largest producer of vegetables in the world. Cold food storage is the most basic food preservation method. The cold storage facilities now available are mostly for a single commodity like potato, orange, apple, grapes, pomegranates, flowers, etc. which results in poor capacity utilization. A cold storage is a temperature-controlled supply chain network, with storage and distribution activities carried out in a manner such that the temperature of a product is maintained in a specified range, needed to keep it fresh and edible for a much longer period than in normal ambient conditions. This system facilitates long distance transport of various products as well as makes seasonal products available over the entire year. Requirement of cold storage in the next five years may be in excess of 12 lakh tonnes. India has seen a dramatic increase in the production of perishable products including fruits, vegetables, meat, poultry and dairy. It ranks first in global milk production with an annual rate of 138 million tons – and hosts more than 50% of milk product processing. With vegetable production of 280.4 million tons, it ranks second globally and only hosts 6% of total processing. There has also been steady growth in the fish and meat industries due to export potential. Current cold storage capacity in India totals 31.8 million tons. Growth has averaged 3 to 4% over the past 10 years, and 10.5 mil- lion tons of space was created in the last seven years. Ownership is mainly in the private sector, with the public and cooperative sectors only comprising 10% of capacity. The sector’s value is estimated at $6.5 billion (USD) and market growth has averaged between 15 to 20%. This pace is expected to be consistent over the next five years. Currently, India has 6,300 cold storage facilities unevenly spread across the country, with an installed capacity of 30.11 million metric ton. These are mostly used for storing potatoes. However, the market is gradually getting organized and focus towards multi-purpose cold storages is rising. More than 50% of the cold storage facilities in India are currently concentrated in Uttar Pradesh and West Bengal. Indian cold storage market is expected to grow at a CAGR of 16.09% by 2020 driven by the growth in the organized retail, Indian fast food market, food processing industry and e-commerce sectors. Cold storage market in India is expected to be worth US$ 8.57 billion by 2020. The cold storage market in India is highly fragmented with more than 3500 players in the unorganized sector and around 30 players in the organized sector. The global cold storage market size was valued at USD 73.96 billion in 2016. The market has benefitted significantly from the stringent government regulations governing the production and supply of temperature-sensitive products. The industry is poised for unprecedented growth over the forecast period owing to growing organized retail sectors in the emerging economies. The retail sector in emerging economies, such as India and China are increasingly getting organized. This trend among others is expected to augment the cold storage market demand over the forecast period. Government policies to de-regulate the entry of foreign player has increased the Foreign Direct Investment (FDI) in the organized retail sector. Consumers are increasingly purchasing frozen foods from the organized retail stores. With the increased demand for the chilled and frozen foods and growth of the organized retail sector the demand for the cold storage market is expected to grow over the projected period. The organized retail supports different outlet formats depending on the proximity from residential and consumption cluster and spending power. The offline mode of the organized retailing is categorized into convenience stores, supermarket, and hypermarket based on the product range and surface coverage. The market demand is expected to increase over the forecast period as refrigerated warehouse continue to get automated. The warehouse automation comprises cloud technology, robots, conveyor belts, truck loading automation, and energy management. Tags How to Start a Warehouse, Cold Storage, Agriculture Warehousing in India, How to Start a Warehousing Business, Starting Warehousing and Distribution Service, Start Your own Warehousing and Distribution Business, Agricultural Marketing, Storage and Warehousing, Distribution Warehouse, Business Ideas, Start Cold Storage, How to Start Cold Storage Warehouse Business in India, Warehousing Business Opportunities in India, How to Start a Warehouse in India, Warehouse Business India, Agri Warehousing Industry in India, Agricultural Warehousing, Warehousing in India for Agriculture, Scope of Warehousing Business in India, Warehouse Business Plan, Indian Warehousing Industry, How can I Start a Warehouse, Cold Storage or Carrying Forwarding Business in India? Warehousing Services Business Opportunity in India, Investment Opportunity in Warehousing Business in India, Emerging Opportunities in Warehousing Industry in India, Agricultural Storage Infrastructure in India, Storage and Warehousing Industry in India, How to Start a Cold Storage Business, Business Plan for Cold Storage & Warehouse, Cold Storage Business Plan Pdf, Cold Storage Business Cost, Cold Storage Business Opportunity, Cold Storage Profit Margin, Cold Storage Investment Cost, Profit in Cold Storage Business in India, How to Start a Cold Storage Unit in India, Cold Storage and Cold Chain Business in India, Cold Storage Unit, Cold Storage project ideas, Projects on Small Scale Industries, Small scale industries projects ideas, New project profile on Cold Storage, Project Report on Cold Storage, Detailed Project Report on Agricultural Warehousing Business, Project Report on Agricultural Warehousing Business, Pre-Investment Feasibility Study on Cold Storage, Techno-Economic feasibility study on Agricultural Warehousing Business Feasibility report on Agricultural Warehousing Business, Free Project Profile on Cold Storage, Project profile on Agricultural Warehousing Business, Download free project profile on Agricultural Warehousing Business, Project report for bank loan, Project report for bank finance, Project report format for bank loan in excel, Excel Format of Project Report and CMA Data, Project Report Bank Loan Excel, Building India's agri-warehousing infrastructure – Warehousing, Agricultural Warehousing Service Provider, Agriculture Storage and Warehousing with Cold Storage, Agriculture Warehousing in India – Data, Statistics and Opportunities, Cold Storage & Warehousing, Agricultural Storage Infrastructure in India
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Return: 1.00%Break even: N/A
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Production of Indian Kitchen Spices

Production of Indian Kitchen Spices (Turmeric Powder, Red Chilli Powder, Dhaniya Powder, Garam Masala, Sabji Masala, Popcorn Masala), Masala Powder, Manufacturing and Processing of India’s Treasured Export Spices are the aromatic parts of tropical plants traditionally used to flavour food, or the dried seeds or fruit of temperate plants used in the same way. Spices are the buds, bark, roots, berries and aromatic seeds that are harvested for use in flavouring cooking. Some typically dried spices are used in their fresh form in the countries that produce them. Many of the world’s highly prized spices—such as cardamom, cinnamon, cloves, ginger, and pepper—are fragrant or pungent plant products cultivated in tropical and subtropical regions. India, known as the home of spices, boasts a long history of trading with the ancient civilisations of Rome and China. Today, Indian spices are the most sought-after globally, given their exquisite aroma, texture, taste and medicinal value. India has the largest domestic market for spices in the world. Traditionally, spices in India have been grown in small land holdings, with organic farming gaining prominence in recent times. India is the world's largest producer, consumer and exporter of spices; the country produces about 75 of the 109 varieties listed by the International Organization for Standardization (ISO) and accounts for half of the global trading in spices. Indian Spices – An Overview • India is the world's largest producer, consumer and exporter of spices • India accounts for half of the global trading in spices • India produces ~75 of the 109 varieties of spices listed by ISO • Organic spice farming is gaining prominence in India • Export of Indian spices are expected to touch US$3 billion by 2016-17 India is the largest producer, consumer, and exporter of spices in the world. The demand scenario for major spices in India has been comprehensively examined in the study. The shift in preferences of domestic consumers for food items, increasing urbanization and rising incomes, altered demographic and social factors and the changes in productivity of spices have brought about changes in the pattern of their consumption and demand. Indian spices command a formidable position in world spice trade. The Indian spices industry exported 8, 93,920 tonnes of spices and spice products during 2014-15, valued at US$2,432.85 million. India’s spice exports comprise whole spices, organic, spice mixes, spice blends, freeze dried, curry powders/mixtures, oleoresins, extracts, essential oils, spice in brine and other value added spices. Exports of Indian spices and spice products surged to a record growth in 2016-17, touching 9, 47,790 tonne, valued at Rs 17,664.61 crore ($2,633.30 million), thereby registering an increase of 12% in volume, 9% in rupee terms and 6% in dollar terms. Today, Indian spices are the most sought-after globally, given their exquisite aroma, texture, taste and medicinal value. India has the largest domestic market for spices in the world. Traditionally, spices in India have been grown in small land holdings, with organic farming gaining prominence in recent times. India is the world's largest producer, consumer and exporter of spices. Demand for Indian spices is high because they are clean and hygienic as compared to that of other countries. Spices mostly found its origins in the sub-continent with India attracting spice traders from Europe and East Asia for centuries. In modern times, United States of America and Europe can be considered as the two biggest markets for spices, herbs and spice products. In terms of the value of world trade, pepper, cardamom, ginger, turmeric, chilli, cinnamon nutmeg/mace, cloves, pimento and vanilla are the most important spice crops from tropical regions and cumin, coriander, sesame seeds, mustard, sage, bay, oregano thyme and mint are the spices crops from the non-tropical regions. On the basis of geography, the report segments the global spice market into Europe, North America, Asia Pacific, and Rest of the World. Of these, North America is presently the most attractive regional market for spices, followed by Europe, Asia Pacific, and the Rest of the World. Rising awareness regarding the medicinal properties of spices will continue to keep the demand for spices high in North America over the forecast period as well. The region is expected to gain traction and witness high growth in terms of revenue over the report’s forecast period. Growth of spices industry in European Union will continue to witness a growth at a significant pace in the coming years owing to increasing popularity of ethnic taste in the region. Presence of multicultural population in Europe and growing trend of travelling to more and more exotic places have shifted European consumers taste to Indian food and flavours resulting in increasing demand for spices including turmeric. Small scale food processors, retailers and ethic food have high presence in developing ethnic food taste in Western Europe. However, large retailers and multinationals are also increasingly active in this market which is increasing the revenue share of turmeric in the global turmeric market. Strong demand for turmeric in European market due to changing health perception is the fuelling factor for the turmeric market in Europe. European consumer are adopting healthier lifestyle. European countries are having a population the overweight issues. Increasing aging population is also triggering the risk of developing joint related health conditions. This is further escalating demand for curcuma longa as an important ingredient in their diet. In terms of volume, the consumption of turmeric is estimated to be 1,049,490.5 MT by 2017 end, and is forecast to reach 1,696,519.8 MT by 2027 end, expanding at a CAGR of 4.9% during the forecast period. Indian states like Andhra Pradesh, Gujarat, Rajasthan, Orissa and Madhya Pradesh are the five leading states for the production of spices. The new age urban population around the world is extremely health conscious which is causing rise in demands for organic spices. The three biggest clients of spice manufacturers include retail, industrial and catering sector. Andhra Pradesh leads the country in the production of chilli and turmeric, with 49% and 57% respectively. Rajasthan is the largest producer of coriander, cumin and fenugreek, and the figures stand at 63%, 56% and 87% respectively. Spices are generally sold at premium spices and also in greater demand which can further enhance export revenues in major spice producing countries. Spices farming mechanism starts at grass root level conserving the generative and renewing capacity of the soil, plant nutrition, and soil management, yields nutritious food rich in vitality which has resistance to diseases. Increasing demand of natural flavoring and coloring agents in food, medicinal properties and health benefits are driving the spices market. There is high demand for spices from regions like Asia Pacific, Middle East and Europe. Tags Spices Processing, Spice Business Plan, How to Start a Spices Business, Spices Business Plan Pdf, Spices Manufacturing Process, Scope of Spices Business in India, Spices Small Scale Industry, Spices Processing Pdf, Spices Processing PPT, Starting a Spice Business, How to Start Spices Production Business, Start Food Spicing Business, How to Start Masala Business, Investment Opportunity in Setting up Spices Processing Business, Spice Processing Plant, Most Profitable Food Processing Project, Spices Processing Industry, Masala Powder Manufacturing Plant, Manufacture of Indian Kitchen Spices, Masala Making Unit, How to Start a Spice Manufacturing Industry, Spices Manufacturing Plant, Spice Processing Unit, Spice Manufacturing Process Flow Chart, Automatic Spice Grinding Plant, Masala Factory Project, How to Start Masala Factory, Masala Manufacturing Process, Ground and Processed Spices, Whole Spices Processing, Spice Production, Manufacturing Process of Masala, Spice Plant, Spices Unit, Manufacturing Process of Grinding Masala, Garam Masala Manufacturing Plant, Spice Industry, Project Report on Masala Manufacturing, Turmeric Processing, Processing of Turmeric, Turmeric Powder Processing Industry, Turmeric Powder Processing Business, Chili Powder Processing, Red Chilli Powder Manufacturing, Red Chilli Powder Manufacturing Plant, Chilli Processing PPT, Chili Powder Manufacturing Process, Chili Powder Manufacturing Project Report, Dhaniya Processing Plant (Coriander), Dhaniya Powder, Cooking Spices and Masala, Dhania Powder Manufacture, Dhania Processing Plant, How to Make Garam Masala, Manufacture of Sabji Masala Powder, Popcorn Masala Manufacture, Spices Processing project ideas, Projects on Small Scale Industries, Small scale industries projects ideas, Spices Processing Based Small Scale Industries Projects, Project profile on small scale industries, How to Start Spices Processing Industry in India, Spices Processing Projects, New project profile on Spices Processing industries, Project Report on Spices Processing Industry, Detailed Project Report on Garam Masala Manufacturing, Project Report on Chili Powder Manufacturing, Pre-Investment Feasibility Study on Turmeric Powder Processing, Techno-Economic feasibility study on Chili Powder Processing, Feasibility report on Masala Manufacturing, Free Project Profile on Turmeric Powder Processing, Project profile on Masala Manufacturing, Download free project profile on Chili Powder Manufacturing, Startup Project for Garam Masala Manufacturing, Project report for bank loan, Project report for bank finance, Project report format for bank loan in excel, Excel Format of Project Report and CMA Data, Project Report Bank Loan Excel, Spice Production: Masala Powder Making to Packaging Process with Formula, Spice Cultivation and Processing, The Spice Factory: Masala Powder, Garam Masala, Chaat Masala, Sambar Masala, Pav Bhaji Masala, Manufacture of Indian Kitchen Spices (Masala Powder) with Formulations, Spices processing plant, How to start spice business, Turmeric Powder, Red Chilli Powder, Dhaniya Powder, Garam Masala, Sabji Masala, Popcorn Masala
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Waste Plastic to Oil Conversion

Waste Plastic to Oil Conversion. Production of Oil from Waste Plastics and Polythene using Pyrolysis Process. Waste Plastic Pyrolysis Pyrolysis is the chemical decomposition of organic substances by heating the word is originally coined from the Greek-derived elements pyro "fire" and lysys "decomposition". Pyrolysis is usually the first chemical reaction that occurs in the burning of many solid organic fuels, cloth, like wood, and paper, and also of some kinds of plastic. Anhydrous Pyrolysis process can also be used to produce liquid fuel similar to diesel from plastic waste. Pyrolysis technology is thermal degradation process in the absence of oxygen. Plastic waste is treated in a cylindrical reactor at temperature of 300ºC – 350ºC. Now a day’s plastics waste is very harmful to our nature also for human beings. Plastic is not easily decomposable its affect in fertilization, atmosphere, mainly effect on ozone layer so it is necessary to recycle these waste plastic into useful things. So we recycle this waste plastic into a useful fuel. Pyrolysis of waste plastic is a prospective way of conversion of waste plastic into low-emissive hydrocarbon fuel. Waste plastic materials viz., polyethylene, polypropylene, polystyrene and polyethylene terephthalate were collected from local convenience store packing materials. Waste plastic material pyrolysis was conducted as individual plastics and as mixed feed in a new laboratory scale batch reactor. Hydrocarbon molecules from the basic materials are split under the impact of catalyst inside the reactor in 70–240 °C. The reduction of process takes place from 500–600 °C to 240 °C in the presence of catalyst. The analyses of pyrolysis products suggested that it can be used as a viable alternative to motor fuel. It was observed that the yield was better in the case of individual plastic material as opposed to mixed feed in all cases except polypropylene under non-catalysed vacuum process. Power Generation Using Fast Pyrolysis Liquids Power production from biomass derived pyrolysis liquids has been under development for the past few years. If technically successful, it would make decentralized bio-energy production possible. Several technologies and system components have been developed by academia, R&D organizations, and industrial companies in many countries. Power plant technologies addressed are diesel engines, gas turbines, and natural gas/steam power plants. Main results are reviewed and R&D needs identified for each technology. The analysis shows that even for the most promising solutions long-term demonstration has not yet been achieved. Pyrolysis liquid use in gas turbine plants and in co-firing mode in large power stations are technically most advanced. Recent work with diesel engines also appears quite promising. Bio-oil produced from fast pyrolysis has a wide range of applications. The major applications include heat and power generation, liquid fuels, and raw chemical products. The oils produced can be used directly in energy production by combustion, although the heating value of bio-oil is lower than that of fossil fuels (about 40% less than diesel fuel). Basic modifications on boilers to handle the viscosity of the bio-oil are needed to accommodate the material as a burning fuel. Bio-oil produces lower emissions of nitrogen oxide and sulfur gases when burned, especially when compared to fossil fuel emissions The waste to energy technology is investigated to process the potential materials in waste which are plastic, biomass and rubber tire to be oil. Pyrolysis process becomes an option of waste-to-energy technology to deliver bio-fuel to replace fossil fuel. Waste plastic and waste tire are investigated in this research as they are the available technology. The advantage of the pyrolysis process is its ability to handle un-sort and dirty plastic. The pre-treatment of the material is easy. Tire is needed to be shredded while plastic is needed to be sorted and dried. Pyrolysis is also no toxic or environmental harmful emission unlike incineration. Economic growth and changing consumption and production patterns are resulting into rapid increase in generation of waste plastics in the world. For more than 50 years the global production of plastic has continued to rise. The plastics have become one of the most important and indispensable materials in our contemporary world. These plastics are not presently biodegradable and are extremely troublesome components for land filling. The waste plastics are known for creating a very serious environmental challenge because of their huge quantities and the disposal problems caused by them. The pyrolysis has a wide temperature range and it can be performed with or without a catalyst. Generally used catalysts for this process are mordenite, FCC, USY, ZSM-5, etc. In pyrolysis (plastic to oil) process, the plastic waste is not burned. But instead plastic is chemically broken down into Pyrolysis Oil, Hydrocarbon Gas and Carbon Black. Plastic to oil is environment friendly technology for disposal of plastic waste. apc has 10+ years of expertise in installing and operating state-of-art plastic to oil plants. Plastic to oil is chemical technology for converting waste plastic into Pyrolysis Oil, Carbon Black and Hydrocarbon Gas. This reaction takes place inside pyrolysis reactor. Following reaction conditions are essential for conversation of plastic to oil. The global plastic production increased over years due to the vast applications of plastics in many sectors. The continuous demand of plastics caused the plastic wastes accumulation in the landfill consumed a lot of spaces that contributed to the environmental problem. The rising in plastics demand led to the depletion of petroleum as part of non-renewable fossil fuel since plastics were the petroleum-based material. Some alternatives that have been developed to manage plastic wastes were recycling and energy recovery method. However, there were some drawbacks of the recycling method as it required high labor cost for the separation process and caused water contamination that reduced the process sustainability. Due to these drawbacks, the researchers have diverted their attentions to the energy recovery method to compensate the high energy demand. Through extensive research and technology development, the plastic waste conversion to energy was developed. As petroleum was the main source of plastic manufacturing, the recovery of plastic to liquid oil through pyrolysis process had a great potential since the oil produced had high calorific value comparable with the commercial fuel. Plastic to oil (fuel) conversion technology has gained prominence primarily due to two factors: forming a reliable source of alternative energy from an abundant feedstock having negligible economic value and an eco-friendly disposal of non-recycled plastics. The rapidly rising volumes of plastic waste has led to the overriding concern of environmental hazards to various habitats, particularly humans and aquatic life. Coupled with this, stringent government regulations against the disposal of plastics and revised risk assessment approaches in developing and developed nations have boosted the market. The Asia Pacific market is expected to showcase promising growth avenues over the forecast period, mainly driven by the modernizing of different plastic-to-fuel technologies. Countries such as Saudi Arabia, Brazil, and the UAE, also contribute to the substantial demand for plastic waste to oil processes. Tags Plastic Pyrolysis Plant, Plastic to Oil, Pyrolysis (Plastic to Oil) Process, What is Pyrolysis? Pyrolysis Plant, Waste Plastic Pyrolysis Oil Process, Pyrolysis of Plastic Wastes, Waste Plastic Pyrolysis, Pyrolysis of Plastic to Oil, Pyrolysis of Plastic Pdf, Pyrolysis of Plastic Waste to Liquid Fuel, Plastic Pyrolysis Plant in India, Waste Plastic Pyrolysis Plant, Plastic Pyrolysis Plant Cost, Waste Plastic Pyrolysis Process, Plastic to Fuel, Pyrolysis of Waste Plastics into Fuels, Waste Plastic Pyrolysis Plant Project Report Pdf, Converting Plastic to Oil, How to Convert Plastic to Oil? Converting Plastic Waste to Fuel, Waste Plastic to Oil, Conversion of Waste Plastic to Lubricating Base Oil, Waste Plastic to Fuel Oil Conversion Plant, Converting Plastic to Oil Plant, Plastic 2 Oil Conversion Plant, Production of Oil from Waste Plastics Using Pyrolysis, Waste Plastic to Oil Conversion Technology, Waste Plastic to Fuel Conversion Plant, Pyrolysis of Plastic Waste, Recycling Plastic in India, Recycling Process turns Waste Plastic into Oil, Making Oil from Plastic, Projects on Small Scale Industries, Small scale industries projects ideas, Plastic Pyrolysis Plant Based Small Scale Industries Projects, Project profile on small scale industries, New project profile on Plastic Pyrolysis Plant, Project Report on Plastic Pyrolysis Plant, Detailed Project Report on Plastic Pyrolysis Plant, Project Report on Plastic Pyrolysis Plant, Pre-Investment Feasibility Study on Plastic Pyrolysis Plant, Techno-Economic feasibility study on Plastic Pyrolysis Plant, Feasibility report on Plastic Pyrolysis Plant, Free Project Profile on Plastic Pyrolysis Plant, Project profile on Plastic Pyrolysis Plant, Download free project profile on Plastic Pyrolysis Plant, Project report for bank loan, Project report for bank finance, Project report format for bank loan in excel, Excel Format of Project Report and CMA Data, Project Report Bank Loan Excel, Production of Oil from Waste Plastic by Pyrolysis Process, Converting Waste Plastics into a Resource, Waste Plastic Pyrolysis Oil Production, Converting Plastic Back to Oil
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DTP and Offset Printing

Digital printing refers to methods of printing from a digital-based image directly to a variety of media. It usually refers to professional printing where small-run jobs from desktop publishing and other digital sources are printed using large-format and/or high-volume laser or inkjet printers. Digital printing has a higher cost per page than more traditional offset printing methods, but this price is usually offset by avoiding the cost of all the technical steps required to make printing plates. Offset printing is a commonly used printing technique in which the inked image is transferred (or "offset") from a plate to a rubber blanket, then to the printing surface. When used in combination with the lithographic process, which is based on the repulsion of oil and water Digital printing market analysis shows that the industry is better suited to the changing demands of print buyers - and importantly, to end consumers of print - than offset is. Primary research conducted highlights the continuing demands of buyers for lower run lengths and faster turnaround, and the use of versioning and personalisation is continuing. Moreover, the primarily factors responsible for the growth of offset printing press market are its high and consistent image quality, and cost benefits. Basically, there are two kinds of offset printing press which are commonly used for publication nowadays. Further, in sheet-fed offset printing, single pages of paper are served into the machine and are in high demand in advertising company for making brochure, templates, and single page marketing advertisement.
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