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

Minerals: Project Opportunities in Kerala

PROFILE:

India has a large no. Of economically useful minerals and they constitute on quarter of the worlds known mineral resources. India is endowed with significant mineral    resources. India produces 89 minerals out of    which 4 are fuel minerals, 11 metallic, 52 non-metallic and 22 minor minerals. 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:

Kerala is also a rich repository of several minerals and fine grained soil. Sillimanite, Ilmenite, Monazite abounds in this state. Fire clay, Silica, Ball clay and China clay, granite and graphite also occurs in large quantities in different parts of Kerala, paving the path for a flourishing industry. The mineral resources of a state are its greatest asset. The minerals not only earn the state revenue and foreign currency by export to other states and other countries respectively, they also form the raw material for the industries based on them. Kerala is a mineral rich state. The soil is loaded with a variety of inorganic minerals like Kaolin, Bauxite, Monozite, Zircon, Quartz and Silimanite. The golden sands of Quilon beach are rich in the heavier variety minerals such as Monozite, Ilmenite, Rutile, Zircon and Silimanite.

GOVERNMENT POLICIES:

·         As far as mineral sand is concerned, the Government will stick to the policy declared in the industrial policy 2007 that the mining and extraction will be permitted only through State/Central Public Sector Undertakings (PSU’s).

·         While granting mining leases value addition will be insisted by promoting processing units and mineral based industries in the State. 

·         Entrepreneurs promoting development of human resources and employment guarantee programme will be given priority.

·         Mining leases will be granted to those applicants who have long term programme concept and provide more employment opportunities.  For e.g., minerals like iron ore. Priority will be given to those who install processing / beneficiation unit

·         Adjoining minor mineral leases of smaller areas granted under KMMC Rules, 1967 will be amalgamated into a single lease. Non working quarries/mines will be identified and effort will be made to ensure the mining leases are not kept idle. 

·         Productivity of mines will be insisted while leasing the mine and reviewed periodically.

 

Agriculture: Project Opportunities in Kerala

 

PROFILE:

India has an agriculture-based economy. 43% of India’s territory remains employed in agricultural activities. Globalization and agriculture in India are both intricately connected to each other as agriculture in India prevails over all other sectors because it plays a pivotal role in the socio-cultural life of its people. At present, in terms of agricultural production, the country holds the second position all over the world. In 2007, agriculture and other associated industries such as lumbering and forestry represented around 16.6% of the Gross Domestic Product of the country. In addition, the sector recruited about 52% of the entire manpower. India is among the world’s leading producers of paddy rice, wheat, buffalo milk, cow milk and sugar cane. It is either the world leader or the second largest producer in eight out of its top ten products.

RESOURCES:

A unique feature of the State is the predominance of cash crops. About 50 per cent of the population depends on agriculture. Kerala is a major producer of coconut, rubber, pepper, cardamom, ginger, banana, cocoa, cashew, aracanut, coffee and tea. Spices like nutmeg, cinnamon, cloves, etc. are also cultivated. Rice and Tapioca are the important food crops. On a national scale, 92 % of the rubber, 70 % of coconut, 60 % of tapioca and almost 100 % of lemon grass oil is produced from the State. Kerala’s agriculture has the distinction of having the highest gross income per net cropped area. For instance, coconut occupies 41 per cent of net cropped area and provides livelihood to over 3.5 million families. While, the four plantation crops of rubber, coffee, tea and cardamom accounts for 29 per cent of the net cropped area in the State and 42 per cent of the area in the country.

GOVERNMENT POLICIES:

Indian agriculture policy is aimed essentially at improving food self sufficiency and alleviating hunger through food distribution. Aside from investing in agricultural infrastructure, the government supports agriculture through measures including minimum support prices (MSP) for the major agricultural crops, farm input subsidies and preferential credit schemes. 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 salient features of the new agricultural policy are:

·         Over 4 per cent annual growth rate aimed over next two decades.

·         Greater private sector participation through contract farming.

·         Price protection for farmers.

·         National agricultural insurance scheme to be launched.

·         Dismantling of restrictions on movement of agricultural commodities throughout the country.

·         Rational utilisation of country's water resources for optimum use of irrigation potential.

·         High priority to development of animal husbandry, poultry, dairy and aquaculture.

·         Capital inflow and assured markets for crop production.

·         Exemption from payment of capital gains tax on compulsory acquisition of agricultural land.

·         Minimise fluctuations in commodity prices.

·         Continuous monitoring of international prices.

·         Plant varieties to be protected through a legislation.

·         Adequate and timely supply of quality inputs to farmers.

·         High priority to rural electrification.

·         Setting up of agro-processing units and creation of off-farm employment in rural

 

 

 

 

 

Biotechnology: Project Opportunities in Kerala

 

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. The importance of Biotechnology for India is manifold. In addition to generating trained manpower and a knowledge base, India is proving to be an ideal setting for manufacturing activities and high-level biotechnology research programmes. It can bring revolutionary changes in people's lives and provide the path way to the unexplored secrets of nature.

 

RESOURCES:

Kerala’s rich bio-diversity and the availability of skilled labour make it one of the most prospective locations for Biotechnology. Its advantages include being one of the most health conscious states with high literacy, and a rich exposure to traditional medicines and healing. Additionally, the presence of established research institutions like Rajiv Gandhi Institute for Biotechnology, Indian Institute for Spices Research, Kerala Agricultural University, etc ensures adequately trained human resources required in Biotechnology. Since the Biotech industry in India is still in a nascent stage, especially in Kerala, an appropriate support and guidance from the state government would be essential to encourage entrepreneurship and industrial growth in this segment.

GOVERNMENT POLICIES:

Government of Kerala announced its Biotechnology Policy in 2003. To achieve the vision in Biotechnology, to ensure hazzle-free implementation and to provide sustained leadership and resources, two major initiatives, Kerala Biotechnology Board and Kerala Biotechnology Commission were made in 2003. The BT policy for Kerala is designed to catalyze the development and application of BT, taking advantage of the State’s resources and emphasizing its specific needs while meeting global requirements. The policy is aimed to ensure the rapid exploitation of pipeline technologies and opportunities available in the State to products and processes and to promote the sustained build-up of an elite knowledge cadre and knowledge base through the strengthening and creation of educational and R&D institutions, establishing infrastructure and putting in place administrative, regulatory, legal and financial framework conducive for investment and growth of BT enterprises, for the economic development and human welfare.

 

Rubber Industry: Project Opportunities in Kerala

 

PROFILE:

The world production of rubber was considered to be very unstable during the last few years. Comparatively, India's production of rubber is consistent at the rate of 6% per annum. The Rubber industry in India has been growing in strength and importance. This is the result of India's burgeoning role in the global economy. India is the world's largest producers and third largest consumer of natural rubber. Moreover, India is also one of the fastest growing economies globally. These factors along with high growth of automobile production and the presence of large and medium industries has led to the growth of rubber industry in India.

RESOURCES:

Kerala contributes 90% of India’s total production of natural rubber. Also, Kerala and Tamil Nadu together occupy 86% of the growing area of natural rubber. The rubber industry occupies about 3.84 lakh hectares and boasts of a turnover of 3.70 lakh tonnes that amounts to about ninety percent of the country’s total rubber production. The Kerala State Cooperative Rubber Marketing Federation Ltd., popularly known as RubberMark was incorporated in 1971, as an apex institution of the primary Rubber Marketing Cooperatives in Kerala, INDIA. Most of the rubber production is consumed by the tyre industry which is almost 52% of the total production of India. Among the states, Kerala is the leading consumer of rubber, followed by Punjab and Maharashtra.

 

GOVERNMENT POLICIES:

·         No state involvement in price control

·         Rubber prices respond to global prices

·         Government’s contribution in rubber research and development

·         Duties and levies contributing for financing of replanting and welfare of smallholders

·         Currency issues

·         Government involvement in labour supply

·         Environmental regulations

 

 

 

Tourism: Project Opportunities in Kerala

 

PROFILE:

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

 

RESOURCES:

Kerala is a state on the tropical Malabar Coast of southwestern India. Nicknamed as one of the "10 paradises of the world" by National Geographic, Kerala is famous especially for its eco-tourism initiatives. Its unique culture and traditions, coupled with its varied demography, has made it one of the most popular tourist destinations in India. Beaches, warm weather, back waters, hill stations, waterfalls, wild life, Ayurveda, year–round festivals and diverse flora and fauna make Kerala a unique destination for tourists. Kerala offers a host of exciting holiday options. The factors stimulating a flourishing tourism sector include scenic splendour, moderate climate, clean environment, friendly and peace loving people with high tolerance for cultural diversity as well as the potential for creating unique tourism products. Some of the important places of tourist interest are:- Thiruvananthapuram; Kollam; Pathanamthitta; Alappuzha; Kottayam; Idukki; Ernakulam; Thrissur; Palakkad; Malappuram; Kozhikode; Wayanad; Kannur and Kasaragod. In kerala, Thenmala is the major project undertaken under eco- tourism. Thenmala Eco-Tourism project features a tourist facilitation centre, shop court garden, plazas, picnic area, natural trail, rock climbing, river crossing amphitheatre, restaurant, suspension bridge, lotus pond, musical dancing fountain, sculpture garden, deer rehabilitation centre, boating, battery powered vehicles, etc.

 

 

 

GOVERNMENT POLICIES:

Every Tourism Development Plan shall contain the following elements which are necessary for the integrated sustainable development of the area with major thrust on tourism development, namely:-

(i)           Policy in relation to the land use plan and allocation of land for tourism purposes;

(ii)          Policy in relation to the built up area, environment including architectural control and form;

(iii)        Strategies towards conserving and strengthening existing natural systems and enhancing the visual qualities of the region; and

(iv)         Regulations, if any, found necessary for the implementation of the Tourism Development Plan.

 

 

Bamboo: Project Opportunities in Kerala

PROFILE:

Bamboos are some of the quickest growing plants in the world,[2] as some species have been recorded as growing up to 100 cm (39 in) within a 24 hour period due to a unique rhizome-dependent system. Bamboos are of notable economic and cultural significance in South Asia, South East Asia and East Asia, being used for building materials, as a food source, and as a versatile raw product. Bamboo is used in Chinese medicine for treating infections and healing. It is a low-calorie source of potassium. It is known for its sweet taste and as a good source of nutrients and protein. Bamboo has been a primary raw material for manufacturing a variety of article. Primary coming under the cottage and small scale industry, bamboo work plays a vital role in the development of the state economy.

 

RESOURCES:

Twenty-two species of bamboo and two varieties belonging to six genera are recorded as native of Kerala. The majority of bamboos in Kerala are found at an elevation of 50-1500 m above sea level. The species belonging to the genera such as Ochlandra, Bambusa and Dendrocalamus are seen extensively growing in large forest areas as bamboo brakes and reed brakes. The species like Bambusa bambos and Dendrocalamus strictus are adapted to the dry plains and hilly tracts.  Their distribution is abundant in the most deciduous forests.  Bambusa bambos is generally found at an elevation between 50m – 1000 m and distributed throughout Kerala. Dendrocalamus strictus is distributed in the forests of Attappady, Nilambur, and Chinnar at an altitude of 150-750 m above sea level.

GOVERNMENT POLICIES:

Draft Kerala Bamboo Policy: This policy focuses on sustainable development of bamboo sector in Kerala with the active participation of stakeholders. The major pillars of this policy are sustainable management of existing bamboo resources in forest areas, plantations and in the homesteads, resource enhancement both in the forests and homesteads with the participation of stakeholders, better distribution of bamboo resources to the user groups and setting up bamboo-based industries. The policy suggests establishment of appropriate institutions, scientific management and marketing, linkage between production and utilization, industrial development, proper pricing, preferential treatment of bamboos in the forests and homesteads, formulation and implementation of grower friendly rules and regulations on growing, harvesting, transporting and marketing and appropriate publicity, research and extension.

 

Waste management: Project Opportunities in Kerala

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 Greater Kochi Area (GKA) ranks 24 (with CEPI score of 75.08) amongst the critically polluted areas (CPA) in the country. The State Pollution Control Board was instructed by the CPCB to evolve a time bound action plan for improving the environmental quality in the CPA. It was stated that external resource persons/institutions identified by CPCB/MoEF would be made available for this purpose. Such external guidance is still anticipitated. Meanwhile the Kerala Board, in consultation with the stakeholders in GKA, has chalked out an action plan for Greater Kochi Area. The main pollution sources of concern are industries, municipal solid waste, biomedical waste, E-waste and domestic waste.  The action plan hence includes mainly proposals for up gradation of existing pollution control facilities in the critically polluted area, common facilities such as CETPs, CTSDF, STPs, common biomedical waste management facility, municipal solid waste management, e-waste management and sewage management.

 

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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Lucrative Business Plan for Calcium Sennosides from Senna Leaves Production

Calcium Sennoside is one of the most common substances in multivitamins, health care products, and food additives, and it has a variety of functions in the human body, including bone growth, tooth remineralization, and muscular contraction. It can also be used to make calcium enriched milk powder, calcium fortified beverage powder, and calcium fortified bread, among other functional foods. Calcium sennosides are made via a fermentation method involving many types of industrial yeasts and a variety of basic ingredients. The FDA has approved Calcium Sennoside for the purpose of stimulating bone growth and mineralization, which is notably beneficial to osteoporosis patients. It has become quite popular in the market place as a novel and safe product in the field of bone health. The price of Calcium Sennoside will provide you extra benefits in your production business of this type of product because of its exceptional quality. One of the most well-known herbal remedies is Calcium Sennoside (Senna Extract). Calcium Sennoside is extracted from the leaves of the Senna plant. It's an excellent laxative. It has a subtle bitterness to it. Senna has long been used to treat constipation. Sennosides are glycosides obtained from Senna leaves that contain hydroxyanthracene. They've been utilised as natural, safe, time-tested laxatives in both traditional and modern medical systems. Constipation is treated with sennosides. They can also be used to flush the intestines before to a bowel inspection or surgery. Stimulant laxatives are known as sennosides. They function by maintaining water in the intestines, causing the intestines to move. The global demand for herbal extracts, dietary supplements, and herbal-based beauty aids is increasing as people become more aware of the negative effects of allopathic drugs, as well as the medicinal benefits and therapeutic effects of herbal products. According to the Associated Chambers of Commerce and Sector of India (ASSOCHAM), the herbal business's market size, which is now estimated at Rs. 7,500 crores, will double to Rs. 15,000 crore by 2022, with the industry rising at a compounded annual growth rate of over 20%. India's vast supply of medicinal plants and traditional treasure of knowledge in this domain, according to an ASSOCHAM report on Herbal Industry and Global Market 2015, is deemed quite meagre at the moment. A cursory calculation of the potential suggests that India can produce raw stock worth roughly Rs. 300 billion and easily attain value added products worth around Rs. 150 billion. As a result, India is only able to realise about half of its potential. Surprisingly, both raw materials (herbs) and herbal products have a global market. ASSOCHAM Secretary General D.S. Rawat, who released the findings, said that Ayurvedic Medicines and Dietary Supplements (including health drinks), extracts, Oils and other derivatives, skincare and beauty aids are appropriate niche markets for India to focus on. Key Players • Alchem International Pvt. Ltd. • Indena India Pvt. Ltd. • Kothari Phytochemicals & Inds. Ltd. • Vidya Herbs Pvt. Ltd.
Plant capacity: 400 Kgs per DayPlant & machinery: 291 Lakh
Working capital: -T.C.I: Cost of Project: 607 Lakh
Return: 28.00%Break even: 59.00%
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A Complete Business Plan for Activated Alumina (Spherical Balls) Manufacturing

Activated alumina (Al2O3) is a kind of aluminium oxide with a wide range of industrial applications. Activated alumina has a number of properties that make it useful for a variety of industrial processes. This covers things like strong crush strength, thermal shock resistance, chemical resistance, and more. The potential of activated alumina to operate as an adsorbent, owing to its high porosity and surface area, has propelled it to the forefront of numerous applications. Dehydroxylating aluminium hydroxide in a way that produces a very porous substance produces activated alumina. Al2O3•OH2 can be used to denote the chemical composition. The "activation" that occurs as a result of calcination is referred to as "activated aluminas." Activated alumina is a porous form of aluminium oxide with a large surface area. It has the ability to absorb gases and liquids while maintaining its shape. It functions as a desiccant by adsorbing water and other pollutants; it provides clean water due to its capacity to attract contaminants. In general, activated alumina functions similarly to activated coal, a well-known adsorbent. The adsorption process is influenced by the force field that exists at a solid's surface. Activated alumina has various characteristics that make it suited for the treatment of wastewater treatment plant effluent all over the world, including high adsorption capacity, high surface area, a wide range of functional groups, and a variety of porosity sizes. Activated alumina, like activated carbon, has a large surface area and porosity that allows it to catch and hold a variety of compounds, allowing it to be used as an adsorbent, desiccant, and other applications. The following are some of the most common applications for activated alumina products: • Adsorbents • Desiccant • Catalysts Uses HF alkylation is used to remove fluoride from hydrocarbons. Alumina beads are used to filter low quantities of hydrofluoric acid. For the removal of sulphur from gas streams (Claus catalyst process). Under the right conditions, activated alumina transforms hydrogen sulphide to elemental sulphur. The oil refining sector makes substantial use of this technology. In the manufacturing of polyethylene, as a filtration media. The slurry co-catalyst is filtered out of the polyethylene and trapped in the alumina bead pores in this procedure. The activated alumina market was worth 146.2 million in 2020, and it is expected to increase at an annual rate of 8.2% from 2021 to 2027. Product demand will be bolstered by rising oil and gas output, as well as increased oil and gas exploration operations around the world. Factors such as increased demand for clean water, depleting water supplies, and the construction of new water treatment facilities are driving the market. Dihydroxylation of aluminium hydroxide produces activated alumina, a very porous substance. It's utilised for a variety of things, including catalysts, desiccants, fluoride adsorbents, bioceramics, and more. Market growth in Asia Pacific is predicted to be boosted by rising population and rapid economic expansion. Over the projected period, government initiatives such as the introduction of various projects for the regular supply and treatment of water are expected to drive product demand. The use of products in the purification of lithium is becoming more prevalent. Ceramics, glass, batteries, lubricating greases, and air treatment applications all employ lithium. Key Players • Acuro Organics Ltd. • Jyoti Ceramic Inds. Pvt. Ltd. • Synco Industries Ltd.
Plant capacity: 6 MT Per DayPlant & machinery: 97 lakh
Working capital: -T.C.I: Cost of Project: 230 Lakh
Return: 17.00%Break even: 78.00%
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Solar Panel (both type of the PV Cells: Polycrystalline and Monocrystalline) 140 MW

A solar panel is made up of several solar modules that are wired together in series and parallel to give a certain voltage and current to charge a battery. Photovoltaic panels make up the solar array of a photovoltaic system, which generates and distributes solar power in commercial and residential settings. The DC output power of each module is rated under conventional test conditions and typically ranges from 100 to 365 watts. A single solar module can only provide a certain quantity of energy; therefore, most setups use numerous modules. A photovoltaic system consists of a panel or array of solar modules, a solar inverter, and, in certain cases, a battery and/or solar tracker, as well as interface cable. A photovoltaic (PV) module is a pre-assembled, plug-and-play assembly of 6-10 solar cells. Solar photovoltaic panels make up the solar array of a photovoltaic system, which generates and distributes solar power in commercial and residential settings. The DC output power of each module is rated under conventional test conditions and typically ranges from 100 to 365 watts. A single solar cell will not be able to deliver the necessary usable output. To boost the output power of a PV system, a number of such PV Solar Cells must be connected. A solar module is typically made up of a sufficient number of solar cells that are connected in series to generate the requisite standard output voltage and power. Large-scale solar applications, such as commercial and residential solar systems, typically use monocrystalline solar panels. They can also be used for smaller-scale applications, and the panel size is determined by the application. The most widely utilised PV panels on the planet are polycrystalline solar panels. They come in a variety of power levels, ranging from 5 W to 250 W or more, and can be used in both home and commercial settings. In the projected period 2021-2028, the global solar power market is estimated to increase at a CAGR of 6.9%, from $184.03 billion in 2021 to $293.18 billion in 2028. With the unrelenting shift toward renewable energy, the worldwide solar panel industry is accelerating. China, the world's largest exporter of solar panels, will benefit from strong global demand, while domestic sales may decrease as tariff subsidies are reduced. Because solar cells are becoming more affordable and suburban building is becoming stronger, the United States is seeing a rise in solar power output. Due to the rapid adoption of solar generation capacity, the EU, Asia-Pacific, Mexico, and Australia are also emerging as the most attractive markets. Distributed solar photovoltaic systems for residential, commercial, and industrial buildings appear to be a growing business segment around the world.
Plant capacity: Mono Crystalline Solar PV Module Capacity:250 Watt 466.8Nos/Day | Mono Crystalline Solar PV Module Capacity:320 Watt 364.6Nos/Day | Poly Crystalline Solar PV Module Capacity: 250 Watt466.8Nos/Day | PolyCrystalline Solar PV Module Capacity:320Watt364.6/dayPlant & machinery: 36.35 Cr
Working capital: -T.C.I: Cost of Project: 63.46 Cr
Return: 30.00%Break even: 44.00%
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Zinc Oxide from Zinc Dross (White Seal) Production Business Plan

Although zinc oxide has been known since ancient times, it is only recently that it has been used as a pigment. It was created to replace basic lead carbonate as a pigment. Because the lead pigment turned black when exposed to the air, it was phased out. Zinc dross is a byproduct of zinc recovery. Zinc types can be recovered from galvanised sheets, batteries, automobile components, and galvanising processes, among other things. Zinc ashes develop on the surface of molten zinc baths, and while they are mostly zinc oxide, finely divided zinc particles will stick to the oxide as well. Processes are used to purify various forms of zinc to obtain pure zinc metal. Zinc oxide has the formula ZnO and is an inorganic substance. Rubbers, plastics, ceramics, glass, cement, lubricants, paints, ointments, adhesives, sealants, pigments, meals, batteries, ferrites, fire retardants, and first-aid tapes all contain zinc oxide, which is a white powder that is insoluble in water. Although zinc oxide is found naturally in the mineral zincite, the majority of zinc oxide is manufactured synthetically. ZnO belongs to the II-VI semiconductor group and has a large bandgap. The semiconductor's native doping is n-type, which is caused by oxygen vacancies or zinc interstitials. Zinc oxide, often known as zinc white, is a white or grey powder with a coarse texture. The amount of contaminants it contains has an impact on its whiteness. A wide range of colours can be created through good heat treatment or other ways, ranging from white to yellow, green, and brown to red. Rubber, paint, ceramics, chemical textiles, and other industries employ zinc oxide. Zinc salts (zinc stearate, etc.) feed additive; semiconductor in electronic devices; electronic ceramics; raw material to produce zinc phosphate as steel coating; ointment; pigment and mould growth inhibitor in paints; ceramics; floor tile; glass; zinc salts (zinc stearate, etc.) feed additive; semiconductor in electronic devices; zinc phosphate as steel coating. Zinc oxide is used in metal protective coatings, and zinc oxide and paint tinted with zinc dust are the most popular coatings for galvanised surfaces. Zinc oxide is used in general-purpose primers for ferrous surfaces, together with red lead and/or zinc yellow. It aids in the production of a durable, adherent coating that is resistant to abrasion and chalking in these priming paints. Rubber vulcanization relies heavily on zinc oxide. It's an inorganic basic accelerator that helps speed up the vulcanization reaction between rubber and sulphur. The market for zinc oxide has gathered significant traction in recent years as a result of the rising morbidity of bacterial infections in the public healthcare system. Outbreaks of pathogenic strains have increased the demand for antibacterial components in numerous nations, with zinc oxide emerging as a promising option. This has to do with the fact that they are more effective against gram-positive bacteria than most nanoparticles. The growing impact of such microorganisms on food safety, particularly in the ready-to-eat segment, has fueled zinc oxide market product development. Zinc oxide's increasing use in antimicrobial packaging is likely to expand its biomedical applications. In 2020, the global zinc oxide market was worth over 1,400 kilotons, and it is predicted to rise at a CAGR of over 4% in volume over the forecast period (2021-2026). Growing demand from various end-use industries, as well as increased investments in R&D projects, are some of the key contributing factors driving the Global Zinc Oxide Market forward. Key Players • Bharat Zinc Ltd. • Ess Vee Alloys Pvt. Ltd. • Hindustan Zinc Ltd. • K A Wires Ltd. • Lords Chemicals Ltd.
Plant capacity: 12 MT per DayPlant & machinery: 181 Lakh
Working capital: -T.C.I: Cost of Project: 595 Lakh
Return: 31.00%Break even: 59.00%
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Bio-Organic Fertilizer from Tea Waste Manufacturing Business Plan

Organic fertilisers help maintain the environment and lower your monthly energy bills by decreasing the need for additional landscaping lighting. Organically produced plants normally taste better and are healthier for you, but they also help preserve the environment and lower your monthly energy bills. Tea waste produces one of the most intriguing types of organic fertiliser. After the tea leaves have been processed, tea waste or CTC pulps are obtained. The CTC (crush, tear, and curl) technique can be used on green, black, yellow, and white teas to produce different types of residues with different properties, depending on the tea variety and inherent characteristics. Tealeaves can be used not only to make great teas, but also as an organic fertiliser for your plants! Your plants will benefit from the added nutrients included in the leaves if you compost them, and this procedure may be done in the comfort of your own home. On the market are organic fertilisers that can be used to grow vegetables, fruits, and other plants without the use of pesticides or chemicals. Bio fertiliser, which is manufactured from tea waste, is one of these items. Tea waste contains a variety of minerals necessary for plant growth, as well as soil bacteria that are good to crops. Organic fertilisers are non-polluting, environmentally friendly fertilisers made from natural raw materials that do not affect plants, animals, or humans (provided they are used according to instructions). Organic fertilisers are used to deliver needed nutrients to the soil so that plants can flourish naturally. Animal and plant-derived substances such as Guano, compost, peat moss, seaweed extracts, blood and bone meal, and other organic fertilisers are available. Organic fertilisers made from tea waste are very effective. They're called organic fertilisers because the raw materials used in them are of natural origin, which means they don't contain any pesticides or herbicides. As a result, they have no negative effects on soil microorganisms, plant growth, or human health. There are numerous types of tea plants grown in our country, but black tea is one of the greatest crops for producing organic fertilisers. Black tea is high in biodegradable organic components such polyphenols, flavonoids, gallic acid, and tannins, which aid in the composting process by speeding up the process and acting as natural activators. The growing popularity of organic foods has boosted the demand for organic fertilisers. During the year, the biological organic fertiliser market is expected to increase at a CAGR of 13.3 percent (2021-2026). The COVID-19 pandemic has had an impact on the biological organic fertiliser market, causing it to grow slowly during this time period. Companies can gain profits after the first effects of the pandemic if the government implements effective policies and implements appropriate practises. One of the primary factors driving the growth of the biological organic fertiliser market is the rising use of organic farming. Two other factors that are boosting the market's growth are the emphasis on sustainable farming and government backing for businesses. The major markets are Asia-Pacific and Europe, followed by North America. India is one of the world's 12 mega-biodiversity countries. With only 2.5 percent of the land area, it already has 7-8 percent of the world's recorded species. Indian soils are losing carbon, putting the country's biodiversity at risk. Additional fertilisers (N+P+K) would be required to increase food production in India as the population grows. In 2017, the Indian fertiliser market was valued at INR 4,675 billion. Looking ahead, the market is expected to reach INR 9,987 billion by 2023, representing a CAGR of roughly 13% from 2018 to 2023. Key Players • A S A Imperial Commodities Ltd. • Accord Hydroair Pvt. Ltd. • Advance Cropcare (India) Pvt. Ltd. • Agro Chem Punjab Ltd. • Agro Extracts Ltd. • Amico Agrotech (O P C) Pvt. Ltd.
Plant capacity: 5 MT per dayPlant & machinery: 60 Lakh
Working capital: -T.C.I: Cost of Project: 381 Lakh
Return: 26.00%Break even: 44.00%
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Detailed Project Report on Aluminium Cans for Beverages

Carbonated and still soft drinks, mineral waters, beers, and lagers are increasingly often packaged in aluminium beverage cans. It competes well against glass, plastic, and steel drinks containers, and it is the only drinks container with closed loop recycling: a used aluminium drinks can is recycled back into aluminium can sheet, which is then used to make another aluminium drinks can. Because of aluminum's excellent thermal characteristics, the beverages can is swiftly chilled. It possesses good stiffness and strength without the drawbacks of a glass bottle, such as being fragile and dangerous when broken, and being significantly heavier than an aluminium can. It is lighter than steel, and even a steel beverage can relies on aluminium for the top of the can since the easier open end of the can can only be created in aluminium due to the better gauge and qualities of aluminium. Because aluminium is more malleable than steel, it is easier to manufacture; as a result, the two-piece can was born, with all but the top of the can stamped out of a single piece of aluminium rather than two pieces of steel. A label indicating the contents is either printed directly on the side of the can or affixed to the outside of the curved surface. The majority of aluminium cans are made up of two halves. A flat plate or shallow cup is used to "draw" or "draw and iron" the bottom and body. The "end" of the can is sealed onto the top of the can once it has been filled. Aluminium cans help to preserve the quality of food for a long time. Aluminium cans are completely impervious to oxygen, light, moisture, and other pollutants. They don't rust, are corrosion-resistant, and have one of the longest shelf life of any package. Aluminium is one of the most effective packaging materials for food. It is chosen for food goods without difficulty due to its many attractive qualities. During recessions, beverage cans have proven to be rather durable and have maintained their percentage in the pack mix. With less disposable income to spend in bars and restaurants, consumers are opting for at-home entertainment, which frequently favours the beverage can. Aluminium makes up almost 90% of all beverage cans in the world. Beverage cans are constructed entirely of aluminium in the United States, while steel is still utilised in other parts of Europe, Africa, and Asia. In North America and Europe, nearly all beverage cans are two-piece, however in China and Southeast Asia, three-piece steel beverage cans are still in use. In Sub-Saharan Africa and India, the beverage can market has been slow to expand. Can demand is likely to rise in the next years as incomes rise, retail infrastructure improves, and consumer tastes shift. The global aluminium cans market was valued at USD 957 billion in 2019. The market is predicted to grow at a CAGR of 3.25 percent between 2020 and 2025, reaching a value of USD 1159.5 billion by 2025.
Plant capacity: Aluminium Cans for Beverage Size 355 ml: 83,333 Pcs. per day | Aluminium Cans for Beverage Size 473 ml: 83,334 Pcs. per dayPlant & machinery: 39.33 Cr
Working capital: -T.C.I: Cost of Project: 56.55 Cr
Return: 1.00%Break even: N/A
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Business Plan for Manufacturing Prestressed Concrete Sleepers

One of the most essential applications of a railway track system is concrete sleepers. Prestressed concrete sleepers have good impact load characteristics and ultimate load carrying capability, but their fatigue life is short. The railway sleeper, which is located between the rail and the ballast, is an important railway component. Timber, concrete, steel, or other engineering materials can be used to make the sleepers, and concrete is widely utilised around the world. Prestressing is the act of applying a load to a deforming structure in order to make it better capable of withstanding a work load or deflecting less. Concrete sleepers have several disadvantages in addition to their benefits, such as longer life and strength. Their great weight necessitated specialist tools for laying and installation, as well as their manufacture casts, and their initial cost is nearly double that of hardwood timber sleepers. The places where cracking typically develops owing to tensile stresses are placed under compressive strain to largely offset this propensity, resulting in a significant reduction in cracking. Properly prestressed constructed sleepers can also greatly reduce cracking due to drying shrinkage. It is then employed in places where its freezing thawing endurance, which is slightly higher than that of comparable non-stressed sleepers, is required. Functions of Sleepers Sleepers serve the following purposes on a railway track: Maintain appropriate gauge on the rails at all times. In other words, precise gauge on straights and flat curves, slightly loose on sharp curves, and slightly tight in diamond crossings. Ensure that the rails are supported equally and firmly throughout. Distribute the load transmitted through rails over a vast area of ballast beneath the bridge or to the bridge girders, as needed. Maintain adequate rail level in turnouts and crossovers, as well as in the ward slope along straight tracks. The market is expected to increase at a CAGR of 5.96 percent from USD 104.03 billion in 2017 to USD 138.96 billion in 2022. Civil Engineering infrastructure, which includes track, bridges, and land, is the greatest static infrastructure of Indian Railways. The organization's vision must be followed when managing this massive infrastructure. All of these infrastructures are managed and maintained by Indian Railways' civil engineering department. It also plays a major role in the development of infrastructure, technical leaps in numerous industries, high-speed transit, and the creation of world-class stations. Trains are an essential part of our daily lives. Thousands of people go from one location to another, and thousands of tonnes of products are moved. Trains operate 24 hours a day, making them particularly useful for long journeys. While wealthy people can travel great distances by air, the middle and lower classes, who cannot afford the expensive air tickets, are completely reliant on trains for long excursions. Moreover, there are thousands of daily travellers that travel to other locations for business or services. To fulfil the rigorous criteria, automation in the sleeper sector strives to improve efficiency, achieve zero defects, and meet just-in-time supply requirements of not only Indian Railways, but also Metro Rail systems and Private Railway siding markets. Key Players • Alpine Housing Devp. Corpn. Ltd. • Bemco Sleepers Ltd. • Calcutta Springs Ltd. • Concrete Techno Project Ltd. • Concrete Udyog Ltd. • Daya Concretes Pvt. Ltd.
Plant capacity: 1,000 Pcs per DayPlant & machinery: 26.59 Cr
Working capital: -T.C.I: Cost of Project: 38.12 Cr
Return: 27.00%Break even: 40.00%
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Manufacturing Plant of Steel Shipping Container (Cargo Container)

Containerized shipping has revolutionised the way goods and materials are carried, but it can take some time to figure out how everything works. When it comes to transporting large cargoes across long distances, cargo containers are the most efficient mode of transport. These solid metal boxes may resemble something out of Star Wars, but they're actually a cost-effective and environmentally responsible way to move goods around the world, especially when compared to road or air freight. In the maritime trade, the containerization system of transportation consists primarily of specialised container vessels and containers for carrying products. The shipping lines furnish the containers to the shippers, either directly or through leasing agreements. Every year, the freight container sector produces a large number of intermodal containers. They're utilised all around the world to convey things. Each year, roughly 180 million container cargoes are transported across the oceans by about 5000 container ships. For global trade enterprises to thrive in today's increasingly competitive economic environment, international transportation of containerized commodities is essential. Containers are typically built of steel (for marine containers) or aluminium (for domestic containers), and their structure provides flexibility and hardiness. Intermodal and containerization development are mutually inclusive, self-strengthening, and rely on a set of driving forces linked to technology, infrastructure, and management. Containers are being used by some companies to transfer legacy applications to more modern settings. While this method provides some of the basic advantages of operating system virtualization, it does not provide all of the advantages of a modular, container-based application architecture. Refactoring is far more time-consuming than lift-and-shift migration, but it allows you to reap the full benefits of a container environment. Individual container building parts make it easier to isolate, deploy, and scale distributed systems and microservices. Using container technology, you can quickly build, test, and deploy your applications using the same container images. In 2019, the global Shipping Containers Market was valued at US$ 10,350.1 million and 306,324 thousand units, and it is predicted to grow at a CAGR of 5.9% from 2020 to 2027. Containerization's increasing speed, reliability, and safety have driven enterprises to use containers to ship their goods. Containerization is boosted even further by lower long-distance containerized transportation costs paired with trade globalisation. Container transport is expected to develop significantly by the end of 2015, according to Coherent Market Insights' analysis. As a result, these factors are projected to drive the worldwide shipping container market forward in the coming years. Key Players • D C M Hyundai Ltd. • J K Technosoft Ltd. • Techno-Cap Equipments India Pvt. Ltd.
Plant capacity: Cargo Containers (Size 20 Feet): 34 Nos per DayPlant & machinery: 3.21 Cr
Working capital: -T.C.I: Cost of Project: 18.13 Cr
Return: 28.00%Break even: 52.00%
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Business Plan for Micronutrient Fortified Energy Dense Food Manufacturing

Although most people think of protein as the nutrient that makes us feel full and gives us energy, micronutrients can also help us feel full and give us the energy we need to go through the day. Foods that have had their nutritional profile upgraded to add vitamins, minerals, or other nutrients that are helpful to our health but are deficient in the ordinary diet are known as micronutrient-fortified foods. Micronutrient-fortified food aids in the prevention of chronic diseases such as obesity, diabetes, and heart disease by boosting the consumption of micronutrients (vitamins and minerals) that could otherwise be insufficient in the diet. Many micronutrients, such as vitamins C and B6, folic acid, zinc, and magnesium, play a role in maintaining a healthy body weight and blood sugar levels. We need to consume certain critical vitamins and minerals every day for health reasons, and failing to do so can lead to a variety of health problems in the future. Deficiencies in one or more micronutrients, such as iron, zinc, and vitamin A, are common in low- and middle-income nations, limiting millions of people's physical and cognitive abilities. Food fortification is a low-cost method that has been shown to provide health, economic, and social benefits. Despite ongoing debates about the effectiveness and safety of food fortification in some countries and around the world, the practise has significant benefits across all of the main vehicles for food fortification (large-scale food fortification, bio fortification, and point-of-use or home fortification), ranging from lowering the prevalence of nutritional deficiencies to societal and economic benefits. Micronutrient deficiencies are caused by a lack of nutrient-dense foods in the diet, as well as nutrient losses through poor diets, illnesses, and blood loss during menstruation (women of reproductive age). Micronutrient needs are particularly high during early growth, pregnancy, and lactation. Several country-level studies on the impact of food fortification on micronutrient status have yielded encouraging results. In Indonesia, for example, a study conducted in two districts of West Java evaluated the effects of large-scale fortification on the vitamin A status of women and children and discovered that fortified oil increased vitamin A intake close to the recommended nutrient intakes, contributing on average 26 percent of daily need for children aged 12 to 23 months, 38–40 percent for older children, and 29–35 percent for women. The market for fortified foods is expected to reach $172.4 million in 2020, growing at a CAGR of 6.1 percent from 2021 to 2026. Foods that have been supplemented with nutrients that are not naturally present in them are known as fortified foods. These foods are intended to improve nutrition and provide health benefits. Calcium could be supplied to fruit juice extracts, for example, because milk is usually fortified with vitamin D. The global market for fortified foods is being driven by a growing awareness of the need of maintaining a disease-free and healthy lifestyle. Additional microelements, such as major trace elements and several vitamins, are provided through fortified foods. The term "enhanced food" refers to food that has been fortified with nutrients that were lost during preparation. Furthermore, following processing, many refined grains, such as wheat flour, can be treated with folic acid, riboflavin, and iron. This is aimed at restoring the body's natural vitamin levels. Key Players • Hindustan Foods Ltd. • Natureland Organic Foods Pvt. Ltd.
Plant capacity: Micronutients Fortified Energy Dense Food (Rice): 1,600 Kgs per DayPlant & machinery: 23 Lakh
Working capital: -T.C.I: Cost of Project: 56 Lakh
Return: 27.00%Break even: 66.00%
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Camphor Powder (Technical Grade) Making Business

Camphor (Cinnamomumcamphora) is a white, crystalline material obtained from the wood of the camphor laurel (Cinnamomumcamphora) and other related laurel trees. Camphor is a fragrant evergreen tree native to China, India, Mongolia, Japan, and Taiwan, and a variation of it is grown in the Southern United States, particularly in Florida. Camphor is made by steam distilling, purifying, and sublimating the tree's wood, twigs, and bark. Camphor is used as a topical analgesic, antibacterial, antispasmodic, antipruritc, antiinflammatory, antiinfective, rubefacient, contraceptive, mild expectorant, nasal decongestant, cough suppressant, and many more pharmacological purposes. Camphor is easily absorbed through the skin and can also be given as an injection, inhaled, or swallowed. Camphor, also known as camphor powder (technical grade) or camphor oil, is an organic chemical that comes in the form of white crystals or crystalline powder and has a minty odour and a faint numbing taste. Its CAS number is 458-28-4. Camphor Powder (Technical grade) (CAS-No. 458-28-4) has a molecular weight of 164.23g/mol and is discovered to be the principal component in this type of product. Camphor powder, commonly known as camphor crystals, is derived from the wood of Cinnamomum trees. The bark and leaves of these trees are used to manufacture essential oils and medicine in China, Southeast Asia, and India. Camphor has been used as a pain reliever since ancient Greece and Rome, and it is still a common ingredient in ointments, liniments, and balms today. Some cosmetics and colognes contain it as well. Camphor powder is a solid derived from the Camphor tree, an evergreen tree endemic to Asia, particularly the southern sections of China and Taiwan. It's found in a variety of items, including soaps, detergents, and chewing gum, to impart a minty or mentholated aroma and/or flavour. It also acts as an antiseptic, killing germs and bacteria. Camphor used to be manufactured by distilling the camphor tree's bark and wood. Camphor is now produced chemically from turpentine oil. Vicks VapoRub, for example, contains it. Camphor products can be applied topically on the skin or breathed. Camphor is applied topically to ease pain and irritation. It's also been used to treat toenail fungus infections, warts, cold sores, haemorrhoids, and osteoarthritis. Camphor is applied topically to enhance local blood flow and as a "counterirritant," which causes discomfort to lessen pain and swelling. Camphor should not be applied to broken skin since it can quickly enter the bloodstream and reach high enough amounts to induce poisoning. Over the next five years, the global camphor market is expected to develop at a CAGR of 7.9%. The growing demand for camphor in the manufacture of medicine for various disorders is projected to propel the camphor market forward in the approaching years. Camphor, also known as camphor powder (technical grade) or camphor oil, is an organic chemical that comes in the form of white crystals or crystalline powder and has a minty odour and a faint numbing taste. Its CAS number is 458-28-4. Camphor Powder (Technical grade) (CAS-No. 458-28-4) has a molecular weight of 164.23g/mol and is discovered to be the principal component in this type of product. Camphor powder, commonly known as camphor crystals, is derived from the wood of Cinnamomum trees. The bark and leaves of these trees are used to manufacture essential oils and medicine in China, Southeast Asia, and India. Camphor has been used as a pain reliever since ancient Greece and Rome, and it is still a common ingredient in ointments, liniments, and balms today. Key Players • Camphor & Allied Products Ltd. • Kanchi Karpooram Ltd. • Mangalam Organics Ltd. • Oriental Aromatics Ltd. • Oriental Aromatics Ltd. • Saptagir Camphor Ltd.
Plant capacity: 600 Kgs Per dayPlant & machinery: 96 Lakh
Working capital: -T.C.I: Cost of Project: 160 Lakh
Return: 29.00%Break even: 67.00%
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