India is slowly becoming a country where people are turning health conscious. We are taking a lot of trouble to take care of ourselves. But how can we just watch our food and not what’s holding it? Usage of plastic cutlery and tableware has reached epic proportions, seriously harming the environment. Plastic usage in India has been growing at a massive rate of 10.5% CAGR over the last decade. Plastic items take roughly 500 years to decompose and till then, they languish in landfills, choke our drainage systems and finally seep into the ocean and kill wildlife.

Thankfully, biodegradable tableware and cutlery have emerged as a better alternative to plastics across the globe and Indians have been early adopters of this eco-friendly food packaging material. All kinds of plant biomass material such as bagasse, rice husk, coconut coir etc., are being utilized for producing eco-friendly tableware, cutlery and other food packaging products that are seeing a surge in usage in this decade.

This eco-friendly disposable tableware combines the flexibility and convenience of disposability with the durability and the benefit of being fully biodegradable. It has a positive impact on nature rather than harming it.

With the growing popularity of sustainability, many companies have begun using environmentally friendly materials. This is particularly significant for the disposable tableware market. Most plastic utensils, paper plates, and styro foam carrying containers are used once for a few hours and then left in a landfill for hundreds of years before they degrade. Efforts have been made in recent years to create single-use tableware that biodegrades in a shorter time frame. Despite their widespread use, single-use cups have not received an environmentally conscious Upgrade.

In an effort to eliminate the use of paper, Styrofoam, and plastic from the single-use tableware industry, other more sustainable options have been innovated for the market. However, they each have a reason that they fail at replacing the single-use cup market. Table below compares these sustainable options versus paper, Styrofoam, and plastic, highlighting key advantages and disadvantages.

Biodegradable disposable flatware and utensils manufactured from wood-based or plant-based raw materials, including materials that may be traditionally discarded such as sawdust, plant stalks, seed or grain hulls or the like. The process includes the use of a resin made from the discarded materials to form disposable utensils and flatware.

Today consumption of Disposable products is breaking records. Disposable products are easy to handle, economical and can be disposed easily. With the changing lifestyle of Mankind, the use of disposable products is raising like anything. Plastic Disposable products are very popular because it can be carried easily and very low in prices too.

Biodegradable plates are made from sustainable and renewable plants, such as corn, potato starch, sugarcane pulp, and various vegetable oils. Also, they are manufactured using eco-friendly sustainable practices that do not have negative effects on the planet. The final product is toxic-free.

The products include food containers and tableware – like plates, bowls, meal trays and cups – which decompose within 30-60 days after being discarded. The company sources processed bagasse from other organizations. This material is then moulded, dried, heated, and given other final touches. Heat-induced pressing during the manufacturing process gives structural strength to the cutlery. Additionally, the inter-fibre bonding makes the products water and oil resistant. It is a completely natural process and involves no binders, additives, coatings or chemical residues, resulting in a nontoxic, harmless and healthy alternative to plastic. The cutlery also does not impart colour, odour or taste to food. The products are microwave-safe and have an estimated shelf life of two years. Users cannot wash the tableware or containers after use; they have to be discarded.

People thinking have changed in consumption. They want to keep up our earth free from plastic pollutants. So, they want to make a more eco-friendly choice over unsustainable options. Eco-friendly disposable plates are easy to handle and dispose of after use.

It is intended to prepare a Feasibility Report to install 300000 Nos/Day Biodegradable Cutlery production facilities as a Green Field Project.

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Food is an integral part of everyone’s life. Disposable food serving utensils and tableware are a very convenient solution, especially when the possibility of the use of traditional dishes and cutlery is limited (e.g., takeaway meals). As a result, a whole range of products is available on the market: plates, trays, spoons, forks, knives, cups, straws, and more. Both the form of the product (adapted to the distribution and sales system) as well as its ecological aspect (biodegradability and life cycle) should be of interest to producers and consumers, especially considering the clearly growing trend of “eco-awareness”. This is particularly important in the case of single-use products.

We are taking a lot of trouble to take care of ourselves. But how can we just watch our food and not what’s holding it? Usage of plastic cutlery and tableware has reached epic proportions, seriously harming the environment. All kinds of plant biomass material such as bagasse, rice husk, coconut coir etc., are being utilized for producing eco-friendly tableware, cutlery and other food packaging products that are seeing a surge in usage in this decade.

This eco-friendly disposable tableware combines the flexibility and convenience of disposability with the durability and the benefit of being fully biodegradable. It has a positive impact on nature rather than harming it.

Eco-friendly tableware products convert into soil in just 90 days. That is because all these products are made of sugarcane bagasse, an agricultural waste. But even if a plate ends up in a landfill instead of a composting bin, it will still decompose, leaving no waste trail behind.

With the growing popularity of sustainability, many companies have begun using environmentally friendly materials. This is particularly significant for the disposable tableware market. Most plastic utensils, paper plates, and styro foam carrying containers are used once for a few hours and then left in a landfill for hundreds of years before they degrade. Efforts have been made in recent years to create single-use tableware that biodegrades in a shorter time frame. Despite their widespread use, single-use cups have not received an environmentally conscious Upgrade.

In an effort to eliminate the use of paper, styrofoam, and plastic from the single-use tableware industry, other more sustainable options have been innovated for the market. However, they each have a reason that they fail at replacing the single-use cup market. Table below compares these sustainable options versus paper, Styrofoam, and plastic, highlighting key advantages and disadvantages.

Biodegradable disposable flatware and utensils manufactured from wood-based or plant-based raw materials, including materials that may be traditionally discarded such as sawdust, plant stalks, seed or grain hulls or the like. The process includes the use of a resin made from the discarded materials to form disposable utensils and flatware.

Today consumption of Disposable products is breaking records. Disposable products are easy to handle, economical and can be disposed easily. With the changing lifestyle of Mankind, the use of disposable products is raising like anything. Plastic Disposable products are very popular because it can be carried easily and very low in prices too.

Biodegradable plates are made from sustainable and renewable plants, such as corn, potato starch, sugarcane pulp, and various vegetable oils. Also, they are manufactured using eco-friendly sustainable practices that do not have negative effects on the planet. The final product is toxic-free.

The products include food containers and tableware – like plates, bowls, meal trays and cups – which decompose within 30-60 days after being discarded. The company sources processed bagasse from other organizations. This material is then molded, dried, heated, and given other final touches. Heat-induced pressing during the manufacturing process gives structural strength to the cutlery. Additionally, the inter-fiber bonding makes the products water and oil resistant. It is a completely natural process and involves no binders, additives, coatings or chemical residues, resulting in a nontoxic, harmless and healthy alternative to plastic. The cutlery also does not impart color, odor or taste to food. The products are microwave-safe and have an estimated shelf life of two years. Users cannot wash the tableware or containers after use; they have to be discarded.

People thinking have changed in consumption. They want to keep up our earth free from plastic pollutants. So, they want to make an eco-friendlier choice over unsustainable options. Eco-friendly disposable plates are easy to handle and dispose of after use.

Though there are many eco-friendly products, this report will focus more on the rice straw plates/containers manufacturing process.

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India is slowly becoming a country where people are turning health conscious. We are taking a lot of trouble to take care of ourselves. But how can we just watch our food and not what’s holding it? Usage of plastic cutlery and tableware has reached epic proportions, seriously harming the environment. Plastic usage in India has been growing at a massive rate of 10.5% CAGR over the last decade. Plastic items take roughly 500 years to decompose and till then, they languish in landfills, choke our drainage systems and finally seep into the ocean and kill wildlife.

Thankfully, biodegradable tableware and cutlery have emerged as a better alternative to plastics across the globe and Indians have been early adopters of these eco-friendly food packaging material. All kinds of plant biomass material such as bagasse, rice husk, coconut coir etc., are being utilized for producing eco-friendly tableware, cutlery and other food packaging products that are seeing a surge in usage in this decade.

This eco-friendly disposable tableware combines the flexibility and convenience of disposability with the durability and the benefit of being fully biodegradable. It has a positive impact on nature rather than harming it.

With the growing popularity of sustainability, many companies have begun using environmentally friendly materials. This is particularly significant for the disposable tableware market. Most plastic utensils, paper plates, and styro foam carrying containers are used once for a few hours and then left in a landfill for hundreds of years before they degrade. Efforts have been made in recent years to create single-use tableware that biodegrades in a shorter time frame. Despite their widespread use, single-use cups have not received an environmentally conscious Upgrade.

In an effort to eliminate the use of paper, styrofoam, and plastic from the single-use tableware industry, other more sustainable options have been innovated for the market. However, they each have a reason that they fail at replacing the single-use cup market. Table below compares these sustainable options versus paper, styrofoam, and plastic, highlighting key advantages and disadvantages.

Biodegradable disposable flatware and utensils manufactured from wood-based or plant-based raw materials, including materials that may be traditionally discarded such as sawdust, plant stalks, seed or grain hulls or the like. The process includes the use of a resin made from the discarded materials to form disposable utensils and flatware.

Today consumption of Disposable products is breaking records. Disposable products are easy to handle, economical and can be disposed easily. With the changing lifestyle of Mankind, the use of disposable products is raising like anything. Plastic Disposable products are very popular because it can be carried easily and very low in prices too.

Biodegradable plates are made from sustainable and renewable plants, such as corn, potato starch, sugarcane pulp, and various vegetable oils. Also, they are manufactured using eco-friendly sustainable practices that do not have negative effects on the planet. The final product is toxic-free.

The products include food containers and tableware – like plates, bowls, meal trays and cups – which decompose within 30-60 days after being discarded. The company sources processed bagasse from other organizations. This material is then moulded, dried, heated, and given other final touches. Heat-induced pressing during the manufacturing process gives structural strength to the cutlery. Additionally, the inter-fibre bonding makes the products water and oil resistant. It is a completely natural process and involves no binders, additives, coatings or chemical residues, resulting in a nontoxic, harmless and healthy alternative to plastic. The cutlery also does not impart colour, odour or taste to food. The products are microwave-safe and have an estimated shelf life of two years. Users cannot wash the tableware or containers after use; they have to be discarded.

People thinking have changed in consumption. They want to keep up our earth free from plastic pollutants. So, they want to make a more eco-friendly choice over unsustainable options. Eco-friendly disposable plates are easy to handle and dispose of after use.

Though there are many eco-friendly products, this report will focus more on the rice straw plates/containers manufacturing process.

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Today consumption of Disposable products is breaking records. Disposable products are easy to handle, economical and can be disposed easily. With the changing lifestyle of Mankind, the use of disposable products is raising like anything. Plastic Disposable products are very popular because it can be carried easily and very low in prices too.

The products include food containers and tableware – like plates, bowls, meal trays and cups – which decompose within 30-60 days after being discarded. The company sources processed bagasse from other organizations. This material is then moulded, dried, heated, and given other final touches. Heat-induced pressing during the manufacturing process gives structural strength to the cutlery. Additionally, the inter-fibre bonding makes the products water and oil resistant. It is a completely natural process and involves no binders, additives, coatings or chemical residues, resulting in a nontoxic, harmless and healthy alternative to plastic. The cutlery also does not impart colour, odour or taste to food. The products are microwave-safe and have an estimated shelf life of two years. Users cannot wash the tableware or containers after use; they have to be discarded.

This is 100% biodegradable & compostable tableware, which is widely used in various functions ,restaurants , festivals as ECO FRIENDLY single time (Use & throw) crockery , it’s produce by Plant extract or residue like Sugarcane Bagasse (SCB) etc., which is Proven Environment friendly 100% Biodegradable and Compostable and not harmful for food, human , soil and Nature. This is becoming more popular due to environment awareness, climate change & NGT/State govt. bans on recyclable plastics. This can be use in microwave and refrigerator also.

10 inch Bagasse Round Regular Plate

Disposable products are made of various materials such as dry leaves, pulp, papers and plastic etc.

Thermoformed fiber is a material made by forming paper fibers or other natural fiber in a mold. The end product can be made into almost any shape for any type of solution. In the process of making thermoformed fiber, the product begins with a process similar to transfer molding. During the process of thermoforming fiber, the product is transferred to a set of heated metal molds that dry the fiber under intense pressure and heat, making an extra drying process unnecessary. The process of thermoforming the pulped fiber delivers parts that have a smooth finish on both sides of the thin and dense walls of the product. There are many advantages to having a thermoformed fiber product with smooth walls. They include: reduced freight and storage costs and the ability to use mechanical denesting. The use of thermoformed fiber is very desirable when visual appearance is preferred.

140ml Bagasse Cup

The process of pulp thermoforming is employed to develop sturdy and smooth packaging. This type of packaging can be used in various industrial and commercial uses. Thermoformed pulp is a desirable alternative to petroleum-based products. American Fiber Packaging has invested in the latest equipment technology and has developed a process to manufacture high-quality thermoformed fiber solutions. Through this process we are able to deliver environmentally responsible products to our customers.

Thermoformed molded fiber products can be customized to specifications and can include clamshells, trays, inserts, and many other types of packaging. Thermoformed pulp is a great alternative to petroleum-based foam products like expanded polystyrene (EPS) for protecting and positioning products inside packaging.

Range & Variety

The present project report is fully based on biodegradable cups and plates from Sugarcane bagasse, wood pulp. These products have got good demand in throughout the country. The project many be setup in small scale sector. All the required plant & equipments and Raw materials are easily available in India.

The plastic industry in India plays a very important and key role in Industrialization. Wide spectrums of plastics and articles manufactured by the industry have touched the life of every Indian in many ways through consumer plastics. Now we have entered into another era of plastic consumer goods continuously replacing the traditional items. The items cover from furniture to medical sciences from lutchen equipment to daily use articles.

Biodegradable cups and plates from Sugarcane bagasse, wood pulp or bamboo pulp are used in daily life now a day. In addition to be used at home these are largely used during at hournies, parties and other functions.

The use of disposable items is increasing day by day because of better hygienic conditions, low cost, easy usability and impressive appearance.

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Substitute and lack of awareness are restraining the market growth. High cost than conventional plastics and evolving upstream technology poses a challenge to the market. The India Bio Plastics Market dynamics are thoroughly studied and explained in the report, which helps reader to understand emerging market trends, drivers, restraints, opportunities, and challenges at regional and state level for the India Bio Plastics Market.

India Bio plastics Market to grow at 28.4 % CAGR during the forecast.
A OXO - Biodegradable Plastic is such that degrades when exposed to micro organisms,
heat and sunlight. A OXO - Biodegradable Plastic bag is made from normal polyethylene
product-the same as most bags-but is also contains newly invented
additives.
Biodegradable additives when mixed with compatible plastic raw material LLDPE / LDPE,
Will cause the plastic to photo, thermal and chemically degrade as litter in anaerobic and aerobic facilities.
These plastics will progressively degrade to lower and lower molecular weights As a result of which they become brittle, fragmented until appoint in time they are digested by the micro organisms back to the basic elements of carbon dioxide, water and the biomass.

Advantages:

• Keeps the Environment Clean
• Has all the characteristics of normal plastic without Its harmful effects on Environment.
• Saves Manpower as Segrigation of Waste from Plastic is Not Required.
• Burns like Paper and Leaves ash as residue
India Bio Plastics Market is studied by Various Segments:
J&K Agro Industries Ltd has started its joint venture with Earthsoul India to launch the country’s first integrated biopolymer facility that can manufacture 100% bio-degradable and compostable products. Envigreen, Ecolife, Plastobags, Earthsoul India and Truegreen are major players operating in the India’s bioplastic market.

India Bio plastics Market by Product:
Biodegradable bioplastics
• Polyester
• Polylactic Acid (PLA)
• Polyhydroxyalkanoates (PHA)
• Starch Blends
• Others (Cellulose Esters and others)
Non-Biodegradable Bio-plastics
• Bio-PE (polyethylene)
• Bio-PET (polythene terephthalate)
• Bio-PA (polyamide)
• Others

India Bio plastics Market by Application:
• Packaging
• Textile
• Agriculture & Horticulture
• Consumer Good
• Automotive, Electronic
• Building & Construction
• Others
Key players analysed in India Bio plastics Market:
• Envigreen
• Ecolife
• Plastobags
• Earthsoul India
• Truegreen

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With the introduction of plant-based bio-PE as a ‘drop-in’ alternative to fossil-derived PE (offering a direct replacement to its fossil based equivalent), coupled with an increase in the production capacity of these bio-polymers, it is becoming increasingly difficult to ignore the potential that bioplastics offer to improving the sustainability of plastic products. They are making an impact on the wider plastics market, in part because:

• As a result of increased demand and finite supply there is a long term upward trend in the cost of fossil based resources. As a result demand for bio-plastics is rising strongly year on year at a rate of 20-100%.

• The resources used to make bio-polymers are predominantly annual crops (such as corn and sugar beet) or perennial cultures (such as cassava and sugarcane) and as such are considered renewable.

• Bio-based plastics present a unique opportunity to reduce greenhouse gas (GHG) emissions or even become carbon neutral.

The production costs of sugarcane bio-ethylene across the globe are summarised in Table. Overall the current production cost of bio-ethylene is between 1.1-2.3 times higher than the global average petrochemical ethylene, but ligno-cellulosic bio-ethylene is expected to reduce the gap in the near future to the point where bio-ethylene could be less expensive than fossil-based ethylene.

Table Average production cost of bio-ethylene

With regards to the cost of feedstock’s used to produce polymers the market conditions are quite variable. Currently according to the Market Price Information and Comparison of Price Indexes and IMF Commodity Price Forecasts for crude oil, sugar, and cereals, the trend in the price of oil is stable to falling, based on a growing supply of shale oil in the USA. The price of cereals is also not trending up and the price of sugar is projected to strengthen slightly. On this basis, the trend in the short term cost of oil-based ethylene is likely to be stable to falling, and the trend for bio-based ethylene from sugarcane ethanol is likely to be stable to rising.

However, large scale production of ligno-cellulosic ethanol will enable a significant fall in the cost of bio-ethylene, but as it will take at least five years to develop and construct such a plant, it must be considered that few will start up before 2020. The longer term trend (10 – 20 years) is expected to see renewable sources of bio-ethylene remain more stable and exhaustible sources of oil-ethylene follow a rising trend as supplies dwindle. However, there is no guarantee on the predicted costs into the future as has been shown with the impact of shale gas in recent years.

Total world petroleum-based ethylene production capacity (including oil-based naphtha and ethane, propane and butane (natural gas liquids (NGLs)) reached 138 million tons per year (Mtpa) in 2011. The global demand for ethylene is expected to increase at a higher rate than the gross domestic product (GDP) rate of 3.9% through to 2020.

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With the introduction of plant-based bio-PE as a ‘drop-in’ alternative to fossil-derived PE (offering a direct replacement to its fossil based equivalent), coupled with an increase in the production capacity of these bio-polymers, it is becoming increasingly difficult to ignore the potential that bioplastics offer to improving the sustainability of plastic products. They are making an impact on the wider plastics market, in part because:

• As a result of increased demand and finite supply there is a long term upward trend in the cost of fossil based resources. As a result demand for bio-plastics is rising strongly year on year at a rate of 20-100%.

• The resources used to make bio-polymers are predominantly annual crops (such as corn and sugar beet) or perennial cultures (such as cassava and sugarcane) and as such are considered renewable.

• Bio-based plastics present a unique opportunity to reduce greenhouse gas (GHG) emissions or even become carbon neutral.

The production costs of sugarcane bio-ethylene across the globe are summarised in Table. Overall the current production cost of bio-ethylene is between 1.1-2.3 times higher than the global average petrochemical ethylene, but ligno-cellulosic bio-ethylene is expected to reduce the gap in the near future to the point where bio-ethylene could be less expensive than fossil-based ethylene.

Table Average production cost of bio-ethylene

With regards to the cost of feedstock’s used to produce polymers the market conditions are quite variable. Currently according to the Market Price Information and Comparison of Price Indexes and IMF Commodity Price Forecasts for crude oil, sugar, and cereals, the trend in the price of oil is stable to falling, based on a growing supply of shale oil in the USA. The price of cereals is also not trending up and the price of sugar is projected to strengthen slightly. On this basis, the trend in the short term cost of oil-based ethylene is likely to be stable to falling, and the trend for bio-based ethylene from sugarcane ethanol is likely to be stable to rising.

However, large scale production of ligno-cellulosic ethanol will enable a significant fall in the cost of bio-ethylene, but as it will take at least five years to develop and construct such a plant, it must be considered that few will start up before 2020. The longer term trend (10 – 20 years) is expected to see renewable sources of bio-ethylene remain more stable and exhaustible sources of oil-ethylene follow a rising trend as supplies dwindle. However, there is no guarantee on the predicted costs into the future as has been shown with the impact of shale gas in recent years.

Total world petroleum-based ethylene production capacity (including oil-based naphtha and ethane, propane and butane (natural gas liquids (NGLs)) reached 138 million tons per year (Mtpa) in 2011. The global demand for ethylene is expected to increase at a higher rate than the gross domestic product (GDP) rate of 3.9% through to 2020.

Another bio-based polymer, Poly Lactic Acid (PLA) initially led bio-based plastic production globally, but Braskem became the world’s leading bio-based plastic producer when its 200,000 tons per year bio-PE plant, based in Brazil, started up in 2011. One of the key attributes of bio-PE is that it’s a ‘drop-in’ replacement for oil-based PE and as such there is no obvious technical obstacle to growth of demand in the market. Bio-PE has quickly attracted the attention of leading brands such as Procter and Gamble who were early adopters, announcing their bio-HDPE bottle for Pantene shampoo in April 2011. It is understood that Braskem’s production is currently sold out to these premium end users, and there is no other bio-PE producer available in the market at present. This is a potential constraint on the introduction of bio-PE for SUPCBs in the short term.

Although SUPCBs are a much lower value product than those which currently use bio-PE they also have very low material content so the additional cost of converting them from oil-based PE to bioPE is likely to be very small when compared to the expected 5p charge for SUPCBs in England.

The current world production capacity of bio-ethylene monomer is about 375 kilotons per annum (ktpa), of which 200 ktpa are used for producing bio-PE polymer. The capacity and status of known plants and projects, based on information from multiple sources, are shown in Table.

Table Capacity and status of known plants and projects (bio-PE and bio-E)

Biodegradable (PE) plastic bags own almost the same qualities as ordinary plastic bags. Biodegradable plastic bags differ mainly through its composability (biological reduction).The underlying technology is based on special additives which, if incorporated into standard PE resins, are purported to accelerate the degradation of the film products. Degradable PE films can help lessen the problem of plastic wastes. By using degradable plastics, farmers can protect their horticultural crops from harsh elements like too much sun, wind, rain, and diseases, without significant negative effect on yield, quality, and heavy metal content of these crops as well as on soil properties.

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Today consumption of Disposable products is breaking records. Disposable products are easy to handle, economical and can be disposed easily. With the changing lifestyle of Mankind, the use of disposable products is raising like anything. Plastic Disposable products are very popular because it can be carried easily and very low in prices too.

The products include food containers and tableware – like plates, bowls, meal trays and cups – which decompose within 30-60 days after being discarded. The company sources processed bagasse from other organizations. This material is then moulded, dried, heated, and given other final touches. Heat-induced pressing during the manufacturing process gives structural strength to the cutlery. Additionally, the inter-fibre bonding makes the products water and oil resistant. It is a completely natural process and involves no binders, additives, coatings or chemical residues, resulting in a nontoxic, harmless and healthy alternative to plastic. The cutlery also does not impart colour, odour or taste to food. The products are microwave-safe and have an estimated shelf life of two years. Users cannot wash the tableware or containers after use; they have to be discarded.

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