Plastic Pipes– Business Opportunity

Indian plastic pipes industry size is estimated at around 2.5 million tonnes per annum. There are around 600 manufacturers of pipes, with the top 20 players accounting for 60 per cent of the market, and small players for the remaining 40 per cent[1].

While large manufacturers make the pipes needed for all domestic, agricultural and industrial applications (such as casing pipes, bore well column pipes, electrical & telecom ducts, agricultural pipes), smaller one’s manufacture pipes needed for last mile connectivity. These include plumbing systems, irrigation systems, electrical conduits and conduit fittings, mostly made of HDPE, LLDPE and PPR as explained in the table below.

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The Government spend on agriculture sector and irrigation schemes continues to be the main driver of pipes. For instance, Mission Bhagiratha, Telangana government’s initiative to provide piped water supply to every household in the state has given impetus to the pipe industry here. Apart from the main trunk pipelines for about a length of 5,000 km, the mission requires secondary pipelines, stretching over 50,000 km. These secondary pipelines will carry water to tanks in villages from where a village-level pipeline network extending 75,000 km will supply water to households in the state. The village level pipelines specifically require HDPE pipes[2].

Market:

In value terms, the Indian plastic pipes market stands at INR 22,000 Crores[3] and is forecast to grow at a CAGR of 10%. The market is dominated by PVC pipes that account for more than 70% (see figure 1)

Figure 1: The figure below depicts the polymer share of plastic pipes and fittings industry

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Apart from national level players such as Astral Poly Technik Limited, Supreme group of companies, Finolex industries, there are a large number of local companies, as shown in the Table 2. The local companies have strong dealer network in their region.

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Process &Technology:

Manufacturing process can broadly be divided into: mixing, extrusion, pipe sizing and down streaming. The extrusion line is customised to users’ needs, and the most important parameter is pipes’ diameter and wall thickness. 

  1. Formulation & mixing: This is required for PVC but not for any of the above-mentioned material.
  2. Extrusion: Single screw (compulsory for HDPE and LLDPE) and Twin-screw extrusion (TSE). According to the experts, if quality is imperative, one must use TSE, as it can work even without the impact modifiers and flow promoters.
  3. Pipe sizing: This can be in two ways; a) Pressure sizing, which is suitable for higher diameter pipes and b) Vacuum sizing, which is suitable for lower diameter pipes.
  4. Down streaming: This includes a number of functions such as cooling the pipes, cutting the pipes, Socketing and printing. 

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Budget:

The entry level plant (One extrusion line for manufacturing pipes for construction and irrigation industry of capacity about 100 Kg per hour) can be set up in INR 3 Crores including land, building, and working capital. Requirements for working capital would be large due to large raw material inventory and dealer credit.

Table 3 gives typical cost of machinery, which may change according to the specifications such as wall thickness and diameter of the pipes.

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How Can We Help You?

If you are interested in setting up a pipe extrusion unit, we can assist you. Our services include

  1. Market & Financial viability assessment
  2. Technical consultancy
  3. Detailed project report preparation
  4. Support in project execution 

Reach Us

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[1] Source: Finolex’s MD, Saurabh Dhanorkar interview with DNA – May, 2016

[2]Source; Livemint news article – August, 2016.

[3]Source: HDFC securities – initiative coverage –  May, 2017

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Business Opportunity: Pre-Stressed Concrete Sleepers

PSC sleeper refers to steel reinforced concrete sleeper, commonly used on railway tracks. Besides Indian Railways, power plants, refineries and cement plants also use sleepers for their rail tracks. Demand driver

Indian Railways has a network of over 65,000 kilometers encompassing length and breadth of the country.  The growing population and increasing economic activity has resulted in over-utilization of its existing network.  So much so that the trunk routes of the railways comprising merely 16% of the network carry about 50 percent of the work load. The Indian railways has been routinely upgrading its network (see Table 1), however the capacity upgradation has been far below the actual requirements and the network continues to remain congested.

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The pace of railway infrastructure upgradation has picked up over the past one year, driven by the government’s initiatives to improve quality and safety of Indian railways. The Railways has committed to building 7 kms of infrastructure per day in 2016-17, which will increase to 13 Kms per day in 2017-18 and 19 kms per day in 2018-19.  Railways have identified following priority projects (See table 2) to be taken up in the medium term.

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In addition to these, Indian Railways has also proposed to create a high speed corridor network of around 10,000 kilometers. In light of the above mentioned plans, the railways are likely to develop at least 5000-8000 kilometers of rail network per year, almost 30-40% more than in the past. Assuming that per kilomer of rail would need 1600 sleepers, these plans are likely to result in an annual demand of about 1.3 crore of sleepers.

Key suppliers

The sleeper industry is dominated by a few players who are present across the country. The current capacity of the industry is around 1 crore sleepers per annum. More details on the players are provided below.

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Given the expected increase in demand by 30% to 40%, there seems to be enough room for new capacities to come up. However, one needs to analyze the regional demand and supply balance carefully.

Govt approvals and Budget

Setting up a railway sleeper unit would require approvals from Railway RDSO (Research Design and Standards Organization) as well as the Zonal Railway office.

The process of manufacturing the PSC entails strengthening of concrete, casting it into pre-defined mould and curing it. There are two popular technologies: Long line and Short bench manufacturing, with short bench manufacturing being more popular in India.

The budget requirements for a capacity of 3-4 lakh sleepers per annum could be upwards of Rs. 15 crore. Further, one needs to consider the cost of the land, the sleeper plant would need to be located in the vicinity of a railway station for the ease of transport of sleepers.

How can we Help You?

We can help you assess techno economic feasibility of a sleeper manufacturing plant including the market assessment, regulatory compliance framework, capital requirements, machinery evaluation and profitability and return on investment.

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Business Opportunity: Organic Fertilizers

Organic fertilizer is a mixture of decayed organic matter. It is usually made by gathering plant material such as leaves, grass clippings, and vegetable peels and animal waste into a pile or bin and letting it decompose with the help of earthworms, fungi or bacteria. Organic compost contains essential macro and micro nutrients for plants, often absent in synthetic fertilizers. Compost releases nutrients slowly over the cultivation period, which helps plants soak those nutrients better and make a healthy food in our plates.

The demand for organic fertilizers is rising in India as well as internationally due to increasing awareness of organic farming and sustainable agricultural practices. The market size for organic fertilizers in India stands at 2547 lakh metric tonnes as of FY 2015-16.[1]

The major consumers of organic fertilizers are horticulture farmers, farmers of export oriented crops, farmers of crops such as ginger and turmeric and urban households that use compost for their home gardens.

What are different types of organic Fertilizers?

As per the Fertiliser Control order, 1985, the organic fertilisers can be divided into three categories:

Vermin compost: Most popular form of organic fertiliser, made by decomposing the organic material with the help of Vermi, FCO has specified guideline in terms of nutrient percentage, moisture levels etc

City compost: The compost made from city waste, including household waste, municipal waste etc.

Organic manure: Compost made from animal and plant waste (including the vermi and city compost). Manure typically has higher organic content vis a vis other organic fertilisers.

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What is the market?

The market has two segments:

Horticulture farmers: Farmers growing fruits and vegetable crops use compost to reduce chemicals residue from their crops. Further, these crops are relatively more profitable vis a vis traditional field crops such as paddy, cotton and hence can afford to purchase organic compost. This segment is dominated by large fertiliser companies who have the dealer network and sales force required to reach the farmers. Below are the large players in Andhra Pradesh and Telangana.

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Nurseries: This segment has a lot of small and medium enterprises. Here the product packaging is important. Some of the players in this segment also sell only through online network.

How to get started with manufacturing of organic compost?

One needs to have a detailed understanding of the processes involved in manufacturing, marketing and selling the compost.

It’s not a very capital intensive business and hence capital requirements are not very large. One does not need many plants and equipment’s except for pits /wilgrows to dump the waste, shredder and a palletising machine. The main cost of establishing will be land and labour. A unit of capacity to process 20-30 tonnes of waste per day can be set up within a budget of INR 50 Lakhs.

The compost is also made as a by-product of a biogas plant. The biogas plant converts the organic waste into bio gas through anaerobic digestion and produces a slurry, which can be dried and used as compost.

Government incentives

There are a number of incentives available to manufacturers and farmers. It can broadly be categorized as incentives for farmers and incentives for entrepreneurs as given below.

Farmers are offered organic fertilizers at a subsidized cost

Entrepreneurs are offered incentives to set up compost manufacturing facility. For example, under National Program for organic farming, manufacturers of compost from vegetable waste are offered a subsidy of 33% of the cost of project.

Challenges
  • The market is still in its formative stage and awareness of the benefits of organic compost has just begun to spread across farmers and farmer groups.
  • Reliable Data on organic input market is not present.
  • Organic system of farming is far more expensive than doing farming using chemical fertilisers
  • The economics depend on the waste procurement cost, so those have to be tightly controlled

How can we help?

We can help you set up a compost manufacturing unit through a number of services including

  • Market viability assessment
  • Technical consultation and
  • Project execution support.

[1] Source: National Centre for Organic Farming

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Business Opportunity: Injection Moulded Products

The injection moulding technology is used for mass production of plastic products. Plastic material, in the form of granules, is melted and injected under pressure to fill a mould to create different types of rigid shapes.

Injection moulding is a popular way of manufacturing both industrial as well as household products. The most common examples of injection moulded products include PET bottle caps, plastic containers, parts of washing machine, cooler and agricultural pipe fittings.

The table below enlists a number of products that can be made through injection moulding.

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Markets

The PET preforms and bottles/container segment is more crowded as compared to industrial/agri components. The quality specifications of industrial components are more stringent vis-a-vis household segment and therefore require more investment in machinery and experience in plastic technology.

The players in the injection moulding market can be divided into the following categories –
  1. Manufacturers who also market their products: For example, Plast-O-Pack India, Mumbai manufactures and markets various designer house hold products such as microwave containers, pencil boxes, fridge bottles, containers and corporate gift items.  Bangaru Irrigation systems, Telangana manufactures and markets the sprinklers and drips and other irrigation system components.
  2. Contract manufacturers: These players manufacture goods or rigid packaging material for others. In contract manufacturing, there are two models: A) complete job work price model, and B) conversion only price model.

Under the conversion price model, the clients provide the raw material (resins/pellets) and they are billed only for conversions of resins to products, thus protecting injection/blow moulding companies from price fluctuations of the raw material. The clients in such cases usually demand stringent quality standards. However, this consumer segment is difficult to enter for a new injection moulding company as the clients specifically look for imported machinery, in house testing facility and large operational capacity.

Some of the Hyderabad based contract manufacturers include Baba Group of companies (clientele includes Asian paints, Berger paints).  Innocorp Ltd. (clientele includes furniture brands such as Neelkamal and Polyset). Nano polymers (clientele includes Neelkamal, Wipro, HBL, Acme, Asian paints).

PROCESS & TECHNOLOGY

Figure 1: Process flowchart

injection molding process
Injection machine is the heart of the whole process, as it is responsible for turning resins into melted free-flowing liquid and injecting the same into mould cavities.  The capacity of the machine is measured in terms of the pressure it exerts to inject the melted material into the mould and it is measured in either Tonnes or KiloNewton. The capacity of the machine may also be referred to as “shot weight”. Basically, Shot weight/ Injection rate of any machine is the grams of the melted raw material injected to the mould at one shot of pressure. The popular injection moulding machinery suppliers in India include Windsor Machines Ltd., Ferromatik Milacron India Pvt. Ltd., Haitian Huayuan Machinery (India) Pvt Ltd, etc.

Moulds are the most critical part of the process, apart from the injection machine. Mould designs are critical for the shape and texture of the output and also for ascertaining the required injection rate and consequently the capacity of the machine.  Mould designs are typically mentioned in terms of cavities. As such, higher the cavity, higher the production speeds.

BUDGET

While   minimum budget to start an injection moulding unit would be more than Rs 3 Crores, including land, building, and working capital, the overall cost of plant would depend on the quality standards and complexity of the final product. The cost of an injection moulding unit has four components: injection moulding machine, blow moulding machine, auxiliary equipment and working capital. Moulds are the costliest part of the plant, more so because for each different shape, a different mould will be required and the moulds are priced based on the number and complexity in design of the cavities.

The table below depicts a sample plant cost for making containers, the process involves injection moulding as well as blow moulding.

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How Can We Help You?

If you are interested in setting up an injection moulding unit, we can assist you in starting one. Our services include

  1. Market & Financial viability assessment
  2. Technical consultancy
  3. Detailed project report preparation
  4. Support in project execution

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HOW TO SELECT RIGHT PACKAGING FOR YOUR READY TO EAT PRODUCTS

For ready to eat products, packaging plays a vital role in preserving the quality of food, extending its shelf life and making it look attractive. With the upsurge in demand for ready to eat foods, the packaging technology is continuously evolving to facilitate customer convenience, minimize processing and keeping the product as natural as possible. This blog discusses different packaging technologies and their suitability to your product as well as budget.

Packaging Technology:

The choice of packaging technology depends on the nature of food (Acidity level, moisture content), expected shelf life (few weeks, months, years) and the conditions in which it would be stored (Room temperature, frozen).  As such the packaging technology for ready to eat foods can broadly be divided into three categories.

Thermal Heating: Food is packed in pouches/containers and heated to high temperature. The thermal heating can be done through different technologies including Retort, MATS and Hot fill & pasteurization.

MAP (Modified Atmosphere Packaging):  Filled and packaged product is exposed to UV and then MAP sealed. MAP sealing refers to removing the air from the pack and replacing it with a combination of nitrogen and carbon dioxide that can extend the shelf life of the food.

ASEPTIC: The product and package/container are sterilized separately first and then product is packed and sealed in sterile conditions.

More details on the packaging technology are available in picture 1.

Picture: 1 
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Source: Printpack Packaging Supplies (India) Pvt Ltd.

Costs

The cost of packaging   has two elements; fixed cost of the equipment and cost of the packaging material (cups/pouches). The fixed cost varies significantly across technologies as can be seen below.

Pic 2: Cost of packaging Technology

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The cost of packaging material depends on the shape and weight of the packaging container. As such the cost of packaging material does not depend on the technology that is being used for packaging.

How can we help?

Are you looking to set up a ready to eat/convenience food unit, we can

  1. Help you understand the market, technology, capital and operating costs
  2. Prepare the project proposal and assist you in obtaining bank funding
  3. Technical consultation to assist you identify right machinery, packaging material providers

Reach Us

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Business Opportunity: PET Sheets

PET sheets provide a convenient way of packaging product across a number of industries – consumer products, pharmaceuticals, food & beverages, etc. PET sheets are increasingly getting popular as a preferred option for packaging of food and pharma products, due to their visual appeal, their ability to keep the product safe from moisture and easy thermoform-ability.

The table below depicts various types and forms of packaging made out of PET sheets:

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Types of PET Sheets

Various PET sheets, based on their properties, are used in different applications. For example, CPET which has a very high working heat resistance (can withstand a temperature of up to 220 degree Celsius for more than 25 minutes) is used for microwaveable containers. The table below depicts the application of various types of PET Sheets.

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Market

PET sheet market is currently small, comprising just 1.5% of PET resin consumption in India. However, this market is rapidly growing and the resin consumed by PET sheet industry has nearly doubled from 6,400 tonnes/year in FY-14 to 11,150 tonnes/ year[1] in the FY 17.

Presently most of the PET sheet is manufactured by companies that make different kinds of packaging material. Two of the Hyderabad based players include Nirmala Pet A Pack Pvt Ltd and Spear Pet Pvt Ltd.

Process &Technology

Process
The process of PET sheet making broadly involves: Raw material pre-treatment, Extrusion and Drying & Winding/ Cutting the finished sheet

Fig1: Process flow

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Sometimes, the final product requires one more layer of PET or coatings, in such cases a co extruder will be required.

Single Versus Double Screw Extrusion

Screw is the most important part of any extruder. The screw is divided into three equal zones; feeding, transition, and metering. The primary functions of the three zones are:

  • Feed – taking in the resins and feeding it forward in the screw
  • Transition – compressing and melting the resin
  • Metering/ Pumping– homogenizing/ blending the melted resins and pumping out through the extruder at a constant rate.

There are mainly two types of extruders; Single screw and Twin screw.The single screw extruders typically cost less than twin screw, however they offer less operational flexibility.

Budget

The overall budget for starting a PET sheet extrusion unit with a minimum viable capacity i.e. 300 KG/hr would be Rs. 5 Crores. The machinery cost of twin screw and single screw alone would approximately be Rs. 3 Crores and Rs. 2 Crores respectively[2].

How Can We Help You?

If you are interested in setting up a PET sheet manufacturing unit, we can assist you in starting a processing unit. Our services include

  1. Market & Financial viability assessment
  2. Technical consultancy
  3. Detailed project report preparation
  4. Support in project execution

Reach Us

Call us @ 800 888 4932,

Write to us- bchhatre@finetrain.com

Visit us- www.finetrain.com

 

[1]Source: PRESENTATION OF RELIANCE INDUSTRIES LTD. – March1,2016

 

[2] Source: Based on discussion with extrusion machinery suppliers

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Business Opportunity in Ginger Processing

Ginger, one of the most important spice crops in India, is known for its aromatic and medicinal properties. Ginger is used as a flavouring agent in many food items.  Ginger powder and oil are extensively used in herbal medicines.

India is the largest ginger producer in the world, accounting for nearly 40 per cent of world’s production. In India, Assam is the largest cultivator, followed by Gujarat and Karnataka.  In Telangana, ginger grows in Medak district. India produces 3.85 Lakh tonnes[1] of ginger per annum and most of which is domestically consumed.

Pic 1: State wise breakup for ginger production in India 
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NOTE: Other states include Arunachal Pradesh, Meghalaya, Sikkim, Orissa, Mizoram, West Bengal, Uttaranchal, Kerala, Andhra Pradesh and Telangana.

Ginger Processing Technology

Ginger can be processed into three products; ginger powder, paste and ginger oil. The ginger oil manufacturing is typically not taken up by small businesses as it requires large capital investment towards oil distillation and oleoresin extraction plant. The ginger processing machinery is explained below.

Pic 2: Ginger processing Machinery 

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Key Players in Telangana

Ginger paste and powder: There are a number of manufacturers including national players such as Priya, Aachi, Mother’s, Smith & Jones, Hommade, and Eastern as well as local manufacturers. Some of the local brands include Capital, Red Boss, Mega Rose, Mayuri, MSR, Surya etc. These products are available in packing sizes of 50 grams to 1 kg.

Ginger oil: There are not many local players. Ginger oil manufacturers are largely based in Kerala. 

Budget

The capital requirements for ginger processing plants is discussed below.

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How Can We Help

We can help you start a “Ginger Processing Unit” through a number services including business viability assessment, market landscaping, technical consultation and project execution support.

Reach Us

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[1] http://agriexchange.apeda.gov.in/Market%20Profile/one/GINGER.aspx

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E-WASTE RE-CYCLING – BUSINESS OPPORTUNITIES

E-waste typically includes discarded computers and components, cathode ray tubes (CRTs), printed circuit boards (PCB), mobile phones, headphones, wires & cables, and white household goods such as liquid crystal display (LCD), plasma TVs, ACs, refrigerators etc.

As per Industry body ASSOCHAM, India’s e-waste generation is likely to increase by nearly three times, from the existing 18 lakh MT per annum to 52 lakh MT per annum by 2020 at a compound annual growth rate (CAGR) of about 30%[1].

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Despite increasing number of registered recyclers/dismantlers in the country and large volume of E-waste generated, only about 5% of it is processed through formal sector. The remaining is either donated or goes to Kabadiwalas.

For example, although Hyderabad generates about 32 000 metric tonnes of E-waste annually[2] and total annual capacity of Hyderabad’s major recyclers is approximately 20,000 MT per annum (As per list of TSPCB-registered Dismantlers,) the formal sector recyclers do not get adequate waste.

The biggest e-waste recycling market in India is Delhi and approximately 30% to 40% of the e-waste in India lands there.

Process

The figure below depicts the step-by-step process for recycling e-waste.

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Current Players

The total number of registered E-waste recyclers in India is 159, whereas Hyderabad has 4[3].

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Capital Expenditure (CAPEX) for Various Options

E waste recycling chain begins with a collection centre, which can be set up for Rs. 10 lakhs. However, standalone collection centres are not encouraged to register, unless they are being set up by a recycler/refurbished or an electronic product manufacturer.  A collection centre combined with a dismantling unit can be set up for around Rs. 40 lakhs.  In India, recycling is restricted to separation of Metal and Non-metal and granulation, as the technology for extraction of precious metal is not economical.

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Regulatory Requirements

The industry is governed by e waste rules which specify the approvals and infrastructure requirements. The approvals need to be obtained from State pollution control body.

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The e waste sector has grown at a slow pace over the last five years, largely due to lack of awareness about e waste rules,  absence of strict guidelines for disposal of e waste and challenges from the informal sector recyclers who are able to offer a better price for the waste. However, the regulations around e waste are expected to tighten and would bring unorganised sector into mainstream.

Opportunities for a New Enterprise

While opportunities for e waste recycling are only expected to increase in future, profitability would depend on the value addition done by the enterprise.  Therefore, aspiring e waste companies would also need to build skill sets in e waste segregation and in identifying reusable waste. We believe that

  1. Collection centre as such will remain an un profitable proposition, as just collecting the waste does not provide enough value addition/margins
  2. Dismantling can be a profitable option if you are able to establish a network of waste collection centres (perhaps from the unorganised sector) and develop skill sets to identify reusable waste
  3. Setting up a refurbishing centre, where salvaged computers/phones can be repaired using new or old components should also be attractive.
  4. Recyclers would need a large network of collection centres or need to import waste to ensure capacity utilisation.

How we can help you?

We can help you set up E waste recycling unit through a number of services including

  • Market viability assessment
  • Technical consultation and
  • Project execution support.

Reach Us

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Call us: 800 888 4932 /9032398367

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[1]Source: The Hindu – article dated at June, 2016

[2] Source: ASSOCHAM-Frost & Sullivan study, April, 2016

[3]Source: List of Registered E-Waste Dismantlers/Recyclers in the country (as on 29-12-2016)

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Fruits & Spices Processing Industry: Opportunities In AP & Telangana

The fruits and spices processing industry in Andhra Pradesh and Telangana is poised for a significant growth.  Bountiful availability of raw material along with positive policy environment that will build supply chain infrastructure is likely to create many new enterprises. This blog discusses the new opportunities, policy initiatives and funding availability for the industry.

What are the opportunities?

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Enabling environment 
Pic: 1 –  Food Processing Industry: Government Policy

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Note: Enclosed is a link to the Food Processing Policy of AP
Creation of Infrastructure for Food Processing Industry

GOI as part of its Mega food park scheme has sanctioned four food processing parks in Telangana. The details are as under

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Andhra Pradesh has SRINI Food Park in Chittoor, which is operational. Further, the state government has proposed to set up 8 mega food parks. Five of these parks will be located in the coastal districts of Srikakulam, Vizianagaram, Visakhapatnam and East Godavari. Three more parks are proposed in the Rayalaseema in Chittoor, Kurnool and Anantapur.

Funding for Food Processing Industry

A fund of Rs. 2000 crore has been created under NABARD to fund the term loan for food processing industry. The fund is available for food parks as well as units that are located in food parks. Key features of loan are as under:

  1. The loan is available to food processing units located in designated food parks[1]
  2. The list of activities that would be funded include fruits/vegetable/dairy/meat/aqua/herbs/nutraceutical/food flavours, colours, detailed list is available in the link here
  3. Maximum 75% of the project cost would be funded through term loan. Project cost would include site development/machinery/consultancy charges/capitalised working capital/pre-operative interest etc. If the individual is purchasing land (not leasing), 10 % of the land cost would also be included
  4. Term loan would be for a period of 7 years, The rate of interest would be linked to the prevailing interest
  5. Collateral would be required
How can we help you:

If you are interested in setting up a food processing industry, there is no better time than now. We at FineTrain can assist you in starting a fruit/spices processing unit. Our services include

  1. Market viability assessment
  2. Detailed project report preparation
  3. Technical support
Reach Us:

Write to us: bchhatre@finetrain.comadmin@finetrain.com

Call us: 800 888 4932 /9032398367

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[1] Food parks and mega food parks promoted by Ministry of food processing, food parks/food processing industrial estates promoted by State governments, Food processing SEZ, Any other area that has related infrastructure and has been designated as food park, the MOFPI has provided a list of such entities

 

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Business opportunity: PET recycling

Ever thought about what happens to the cold drink/juice/mineral water bottle after we have discarded it. About 70 per cent of PET bottles are recycled and reused in textile and packaging industry.

India is one of the largest recyclers of PET in the world, next only to China. The industry is growing at a rate of more than 25 per cent per annum. India consumes around 800,000 tonnes of PET resins annually, around 70 per cent of which is collected and recycled. PET recycling business has a turnover of Rs 3,500 crore[1].

PET recycling business is concentrated in Maharashtra and Gujarat, textile and packaging hubs of the country. There are not many PET recycling units in Andhra Pradesh and Telangana. Given that both Telangana and Andhra Pradesh are bountiful in cotton and have identified textile as a focus sector, PET recycling can be an attractive opportunity.

PET Recycling Process

PET bottles are collected by rag pickers and eventually find their way in the recycling factories. Here the bottles are crushed to make PET flakes that are cleaned, cleared of other polymers, hot washed and dried. These flakes can be further processed into fibres (for textile) or injection moulded/ blow moulded for other applications.  The quality of PET is measured in terms of its purity (PPM, particle per million of impurities) and its hardness (Intrinsic viscosity, IV).  The quality of PET flakes is dependent on the input as well efficiency of the washing process.

Market

In India recycled PET (R PET) is not allowed for packaging of food items. The key end use applications of RPET include textiles, PET straps and home furnishing. Nearly 70-80 per cent of R pet is consumed in textile industry.

Products can be made from PET Flakes

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The industry players are of two types, PET flakes manufacturers and integrated players who process the flakes into fibre or other products. The table below describes some of the integrated players.

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Budget

A PET flakes manufacturing unit (comprising PET grinder and washing line) of a capacity of 300 kg per hour can be set up within a budget of Rs. 1 crore.  The land requirement would be around 1000 sft. One also needs to develop a strong network of/chain to collect PET waste.

How can we help?

We can help you set up PET recycling unit through a number of services including market viability assessment, technical consultation and project execution support.

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[1] Source: http://www.petrecycling.in/ and Reliance industries presentation in

ASSOCHAM’s 4th National Conference on ‘Waste to Wealth

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