#ecofriendly bag manufacturer in india

[earthattva]

Earthattva is a leading eco-friendly bag manufacturer, exporter, and supplier committed to sustainability. We specialize in crafting high-quality bags using environmentally friendly materials and processes. With a focus on reducing carbon footprint and promoting conscious consumption, Earthattva offers a diverse range of stylish and durable bags suitable for various purposes. As a socially responsible brand, they prioritize ethical practices and strive to make a positive impact on the environment by providing eco-conscious alternatives to traditional bags.

[lishsblog]

PAPER AND CLOTH BAGS MANUFACTURER IN PALAKKAD

HBWEC, a leading manufacturer of paper and cloth bags in Palakkad, Kerala, has recently achieved a significant milestone. The company has successfully completed the manufacturing of paper bags for Milma, a prominent dairy cooperative in the state. This achievement underscores HBWEC's commitment to providing sustainable and eco-friendly packaging solutions. The paper bags manufactured by HBWEC for Milma are not only durable but also contribute to reducing plastic waste. By choosing paper bags, Milma is taking a step towards a greener future and promoting environmental consciousness among its customers. HBWEC's expertise in paper bag manufacturing ensures that the bags meet the highest quality standards, ensuring the safety and freshness of the dairy products. This partnership between HBWEC and Milma is a testament to the growing demand for sustainable packaging solutions in India. As consumers become increasingly aware of the environmental impact of plastic, businesses are seeking alternatives that are both practical and ecofriendly. HBWEC's success in this venture positions the company as a leading player in the sustainable packaging industry. FOR MORE DETAILS: 807 847 27 83 VISIT: www.hbwec.in

[delicatemakermaker-blog1]

Dr Bio Polymers| Ecofriendly Compostable Bags | Sustainable choice for plastics

Renewable & Compostable Biobased Biopolymers

With a vision to improve the sustainability and anticipating market trends and future environmental regulations, Hi Tech Group a 38 year old manufacturer of masterbatches, resins and films has developed a new range of renewable and compostable biobased biopolymers: Our bio polymers are produced from Corn Starch in the agriculture rich region of Punjab, India and available in 45 countries globally. Hi Tech Group’s commitment towards sustainability is oriented to reduce the greenhouse gasses impact, minimize the dependence on fossil oil derivatives, promote the use of renewable energies and to reduce the plastic waste in the environment.

[blivusbags]

Promotional Cotton Bags

Purses are like friends... you can never have too many! 👭 😍

For more info, visit: www.blivusbags.com and Send Us Your Inquiry Today! info@blivusbags.com | Call +91-9879479333

[ednsgroup]

India is an agricultural country. A large population of our country earns its livelihood from agriculture, and it feeds the other chunk of the country’s population. Therefore, the demand and supply chain of agricultural products in India is big and high.

In this scenario, it becomes pertinent for the agriculture industry to avoid mishandling and spoilage of products. Agricultural packaging prevents food spoilage and wastage. Earlier in the dearth of good packaging material options, a lot of agricultural produces used to get spoiled on land, during transit and storage. Good packaging alternatives have reduced this wastage to a large extent. Some of the common agricultural packaging materials are polypropylene sacks/bags, jute bags, silo bags, containers, etc. Among all the available options, the woven bags use is more ubiquitous, because it offers safe packaging.

Apart from packing food products, the use of pp woven bags is prevalent in pack.ing pesticides and fertilizers as well. The stringent and safe packaging of these chemicals is also important as these are highly dangerous. Several incidences have come in the news where leaking of pesticides in water and land has caused severe damage to the ecosystem.

Because of the increasing demand for polypropylene bags, the number of woven bags manufacturer in India has also increased. Now, there is no gap in the demand and supply of these bags. This has made pp bags available for everyone.

If talk about agricultural produce packaging requirement, then it is decisive to provide it with safe packaging. Let’s know why and what options is the best for it.

Why Safe Packaging Is Important For Agricultural Produce?

India has different climatic conditions in different states. Because of the climatic conditions, it produces a large number of grains, vegetables, beans, fruits, nuts and sundry, that has specific requirements for storage. E.g. food produced in the hilly and cold region requires a different set of packaging than those grown in the dry and moist region.

In the absence of safe packaging, the possibilities of spoilage and wastage increases, which accounts for agricultural loss. Additionally, for the transportation of the product, it is important to pack products in strong but easy to handle packing material. Because damage happens to products during the transit doesn’t account for cargo cost. This also accounts for agricultural loss.

In India, most of the grains are produced in one season and consumed for the whole year. Therefore, grains are stored in a safe place like warehouses, cold storage, etc. Good packaging ensures long shelf life of these produces. It also increases the values of produce as one can sell it once the demand for the product rises.

Why Polypropylene Bags Are Best For Safe Packaging Of Agricultural Produce?

Many alternatives are present with people involve in the agricultural industry for safe packaging of produce. Among all, pp bags made from pp woven fabric is the most used one. The bags provide safe and attractive packaging to the goods. These bags possess the following characteristics that make it one of the best choices for the industry.

The bags are stringent.

It can carry heavyweight.

It holds good resistance against wear and tear.

It is resistance to chemicals and moisture.

It is ecofriendly.

It offers carrying and transportation convenience.

Can withstand harsh weather conditions.

Additionally, good packaging bags are those that not only possess all the above-mentioned qualities but also have easy availability and doesn’t come at a higher price.

PP bags has proved its worth in this segment as well. The increased number of pp woven bags supplier has made the availability of bags everywhere. And the bags come at a much lower price than its competitors. The bags are available in a wide range of size, colour, pattern and design. Manufacturers clearly understand the difference between polypropylene rice bags, maida bags, vegetable bags, therefore, they make bags based on the requirement. The pp bags are flexible and thus can be customized in assorted shapes and designs.

[gurunanakpaperbags]

Paper Carry Bag Manufacturer & Supplier in Delhi NCR

Gurunanak Paper Bags delivers best Eco Paper Carry Bags, are a very acclaimed manufacture & Supplier of premium fine Paper Bags, Customize Paper Bags, Brown Kraft Paper Bags, White Craft Paper Bags, Designer paper Bags, Ribbon Handle Paper Bags, Return Gift Paper

Bags, Wedding Paper Bags, Non Woven paper bags, Grocery Pouch, Bakery Pouch, Medical Pouch, Corporate Promotional Bags and Customize Boxes in Delhi NCR region. Our items are produced at our extensive framework office by methods for the utilization of top-rate quality crude materials. We offer these to clients in an enormous differ of determinations like design, shading, shape, and size at lovely costs. Our huge market is presence through our condition inviting venture rehearses. We have accumulated the customers loved have confidence just as raised our supporter base altogether.

Benefits of Eco-friendly reusable carry bags

Gurunanak Paper Bags priorities are to make bags which are friendly to environment, so we make our carry bags from good quality paper and usage of Ecofriendly bags are quite common these days and also not harmful to global warming. These carry bags can be handle very easily.

What Makes Paper Bags The Best?

Returning to those days, when there were not availability of plastic bags to individuals and everything they could stand to convey is inside reusable bags. Those days are back once more, yet this time unquestionably with a special case. The utilization of paper bags has become overwhelming once more. The reasons are below mentioned points.

Reusable: Paper Bags can be reused and utilized many times by recycling process. Recycling process & reuse of papers decreases the cost of paper bags. Don’t you think it as advantages? While you can get it at a truly moderate expense, simultaneously, its recycling features make it an extraordinary eco-friendly item.

Hygiene: Unlike bags made of jute or canvas, paper bags can't be washed. Anyone can maintain proper hygiene. How? Indeed, simply dispose the bags in the correct trash container. You truly don't need to utilize that as you generally have the choice to get it again and without spending a lot.  Certainly, another extraordinary benefit.

Low Cost: Paper Carry Bags are low in cost as compare to other carry bags. It is because its recycling process decreases manufacturing cost. This makes the paper carry bags advantage over other non paper carry bags.

Where Can You Get Paper Carry Bags in Delhi NCR?

If you are staying in Delhi NCR, there are a number of Paper Carry Bag Manufacturers from whom you can buy paper bags. With the increasing use of such bags, the production is not just limited to Delhi NCR but is also all over India at affordable cost. So, no matter which state you are residing it, you will get a lot of paper bag manufactures. If you want to buy paper bags from Delhi NCR, Gurunanak Paper Bag is one of the best Paper Bags Manufacturers & Supplier in Delhi NCR Region.

[ourprojects00119-blog]

Paper Carry Bag Manufacturer & Supplier in Delhi NCR

Gurunanak Paper Bags delivers best Eco Paper Carry Bags, are a very acclaimed manufacture & Supplier of premium fine Paper Bags, Customize Paper Bags, Brown Kraft Paper Bags, White Craft Paper Bags, Designer paper Bags, Ribbon Handle Paper Bags, Return Gift Paper

Bags, Wedding Paper Bags, Non Woven paper bags, Grocery Pouch, Bakery Pouch, Medical Pouch, Corporate Promotional Bags and Customize Boxes in Delhi NCR region. Our items are produced at our extensive framework office by methods for the utilization of top-rate quality crude materials. We offer these to clients in an enormous differ of determinations like design, shading, shape, and size at lovely costs. Our huge market is presence through our condition inviting venture rehearses. We have accumulated the customers loved have confidence just as raised our supporter base altogether.

Benefits of Eco-friendly reusable carry bags

Gurunanak Paper Bags priorities are to make bags which are friendly to environment, so we make our carry bags from good quality paper and usage of Ecofriendly bags are quite common these days and also not harmful to global warming. These carry bags can be handle very easily.

What Makes Paper Bags The Best?

Returning to those days, when there were not availability of plastic bags to individuals and everything they could stand to convey is inside reusable bags. Those days are back once more, yet this time unquestionably with a special case. The utilization of paper bags has become overwhelming once more. The reasons are below mentioned points.

Reusable: Paper Bags can be reused and utilized many times by recycling process. Recycling process & reuse of papers decreases the cost of paper bags. Don’t you think it as advantages? While you can get it at a truly moderate expense, simultaneously, its recycling features make it an extraordinary eco-friendly item.

Hygiene: Unlike bags made of jute or canvas, paper bags can't be washed. Anyone can maintain proper hygiene. How? Indeed, simply dispose the bags in the correct trash container. You truly don't need to utilize that as you generally have the choice to get it again and without spending a lot.  Certainly, another extraordinary benefit.

Low Cost: Paper Carry Bags are low in cost as compare to other carry bags. It is because its recycling process decreases manufacturing cost. This makes the paper carry bags advantage over other non paper carry bags.

Where Can You Get Paper Carry Bags in Delhi NCR?

If you are staying in Delhi NCR, there are a number of Paper Carry Bag Manufacturers from whom you can buy paper bags. With the increasing use of such bags, the production is not just limited to Delhi NCR but is also all over India at affordable cost. So, no matter which state you are residing it, you will get a lot of paper bag manufactures. If you want to buy paper bags from Delhi NCR, Gurunanak Paper Bag is one of the best Paper Bags Manufacturers & Supplier in Delhi NCR Region.

[earthattva-blog]

We are a reputed manufacturer & exporter of eco-friendly bags made of Jute, Cotton & Canvas. 

We provide high quality, eco-friendly and cost effective products to meet the specific requirements of the customers. Our USP lies in producing premium quality bags which are eco-friendly, thus paving a path to a greener tomorrow. These bags are now being seen as a great alternative to the traditionally used plastic and paper bags.

[rangamaati2015]

Round Woven Handcrafted Basket with Lid. About this item Beautiful Handmade Natural Jute Rope storage Basket for Storage with Lid Each Basket is Individually Made by Hand From Jute & Cotton.giving each Bag A Unique Artiostic Touch!! Classy & Elegantly Ethnic Appearance, giving a Gorgeous Overall Look to any table ,its placed. Color : ‎BEIGE Product Dimensions : 8nches X 6 inches ; 750 Grams Item Model Number : ‎BasketJR02 Primary material:Jute Rope ‎Cotton Number of Pieces : ‎1 What is in the box :‎1 Basket Item Shape : ‎Round Manufacturer : Project rangamaati Country of Origin :Bengal,‎India. Can be used in Living rooms, bathrooms, kitchens, nursery, bedroom, etc Uses: As a Classy storage To store your Jewelry .Money, Cards etc. To make an aesthetic statement To organise any clutter Note : Actual Product May Differ Slightly In Color Then The Photographs Depending Upon The Screen Resolution. #jute #handmade #cotton #wedding #jutebag #handloom #jutebags #homedecor #juteweaving #fashion #ecofriendly #bags #onlineshopping #handcrafted #diy #art #juterope #decor #style #handmadewithlove #juterug #india #rope #home #natural #interior (at Kolkata - The City of Joy) https://www.instagram.com/rangamaati/p/CZHa9vCPJg7/?utm_medium=tumblr

[industrysworld]

One stop solution for Non-Woven Fabric Production & Bag Making Machine Series!! Contact us- +919716126049/ 8800648793 Learn more on www.prospergroup.co.in E-mail us: info@prospergroup.co.in #prospergroup #prosperchoiceimportexport #nonwovenfabric #nonwovenbags #nonwovenfabric #nonwoventextile #shoppingbags #manufacturer #advancemachine #bestoutcome #ecofriendly #qualityservice #automatic #exporter #supplier #india #china #serviceprovider #onestopsolution

[market-research-industry]

Stone paper market to surpass valuation of US$ 1.3 bn by 2030: TRANSPARENCY MARKET RESEARCH

Stone Paper Market: Introduction

Transparency Market Research delivers key insights on the global stone paper market. In terms of revenue, the global stone paper market is estimated to expand at a CAGR of ~6% during the forecast period, owing to numerous factors regarding which TMR offers thorough insights and forecasts in its report on the global stone paper market.

The global stone paper market is broadly affected by several factors such as rise in demand for ecofriendly products in the packaging industry and prevention of deforestation. Furthermore, several benefits associated with stone paper are anticipated to propel the global stone paper market in the near future.

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Stone Paper Market: Dynamics

The increase in population across the globe has boosted the demand for raw materials such as minerals, fossil fuels, biomass, and natural or synthetic materials. This has adversely affected the environment, primarily biodiversity. Additionally, changes in Earth’s climatic condition has led to an increase in emission levels of carbon dioxide across the globe. Many countries have banned the use of plastic bags, single-use boxes, and dishes. The European Union aims to build a society wherein single-use plastic packages are not used by 2030. It also focuses on reusing as well as recycling all plastic packaging. This has compelled producers operating in the packaging industry to seek biodegradable materials and plastic alternatives.

The rise in consumer awareness about sustainable packaging has boosted the consumption of ecofriendly products and packaging materials. For instance, Etiket Schiller GmbH, a Germany-based label maker, has created a stone-based label for cosmetic brands. Furthermore, increase in pressure from governments and growth in consumer awareness about ecofriendly products in Europe have resulted in replacement of single-use plastic-based products with paper-based substitutes.

Stone paper is waterproof, tear resistant, and environment-friendly. Its high durability is one of the qualities that makes stone paper useful in packaging applications. In comparison to traditional pulp paper, stone paper has the characteristics of paper and plastic. Hence, it is considered safe, green, non-toxic, and tear-proof alternative to its substitutes. Products packaged with stone paper remain durable under low temperatures. These are likely to drive the demand for stone paper across the globe in the near future.

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Stone Paper Market: Prominent Regions

The stone paper market in Asia Pacific is expected to expand significantly during the forecast period, owing to the presence of major manufacturing firms in the region. Additionally, rise in governmental pressure on lowering the consumption of water is likely to drive the demand for stone paper in the near future in Asia Pacific. Large amount of water is not required for the production of stone paper. The production process also helps prevent deforestation. This helps save energy.

The stone paper market in Europe is projected to expand considerably during the forecast period. The rise in demand for ecofriendly products in the packaging industry in countries such as Germany, France, and the U.K., is fueling the demand for stone paper in the region.

Stone Paper Market: Key Players

Major players operating in the global stone paper market are Taiwan Lung Meng Advanced Composite Materials Co., Ltd., TBM Co., Ltd, Pishgaman Sanat Sabz, Shenzhen Stone Paper New Materials Co.,Ltd, Armen Paper, Sphera International, and Stone Paper Italia.

Global Stone Paper Market: Segmentation

Stone Paper Market, by Application

Packaging & Decoration

Industrial

Printing

Marketing & Advertising

Others (including Poster Display and Metro Advertising)

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Stone Paper Market, by Region

North America

Europe

Asia Pacific

Latin America

Middle East & Africa

U.S.

Canada

Germany

France

Spain

U.K.

Italy

Russia & CIS

Rest of Europe

China

India

Japan

ASEAN

Rest of Asia Pacific

Brazil

Mexico

Rest of Latin America

GCC Countries

South Africa

Rest of Middle East & Africa

The Stone Paper market has been undergoing some remarkable growth dynamics, shaped increasingly by digital technologies and environmental sustainability concerns of product development. Over the decades, the feedstock variability and the onslaught of cheaper substitutes have squeezed in profit margins of the chemical and materials sector. On the other hand, the value chain of several businesses in the Stone Paper market has undergone overhaul, increasingly rendering some aspiring players with greater control over the forces and demand. The penetration of Industry 4.0 in in the market has stirred game-changing trends for range of stakeholders in the overall chemicals and materials sector. Manufacturing and production environments of businesses in the Stone Paper market are keen on formulating and implementing strategic frameworks that will turn them into digital enterprises.

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[earthattva]

At Earthattva, we are passionate about crafting eco-friendly bags that make a positive impact on our planet. As a leading eco-friendly bags manufacturer, we prioritize sustainability and quality. Our bags are made from high-quality cotton, a renewable and biodegradable material. We offer a wide range of stylish and durable bags, including tote bags, grocery bags, and more.

[mydazeenthusiast]

Importance of Using Paper Bags

Carrybags has become a more convenient way to carry daily necessities and for packaging in small quantities. The well-known form of such bags is in the form of plastic bags. Despite of all known hazards of plastic pollution, it’s prevalent and pervasive in India. Plastic bags are one of the worst and most unnecessary plastic polluters of the earth. Plastic bags are used on a large scale by retailers for a simple reason that plastic bags are much cheaper than paper, cloth or other eco-friendly bags. This paper presents the designing and development of asystem to automate the procedure of paper bags production so as to make its production cost comparable to plastic bags and inherently increase its production rate so as to fulfill the ever increasing demand. We have used micro-controller based design approach which has kept the cost of the system significantly low as compared to PLC based designs and have automated the manufacturing process.

We need small size bags every day for various purposes like grocery, fruits, and vegetables. We use plastic bags for such purposes. Plastic shopping bags have a surprisingly significant environmental impact for something so seemingly innocuous. Plastic shopping bags kill large numbers of wildlife each year. One of the most dramatic impacts is on marine life.So to avoid above harmful effects of Plastic Bags, viable alternative is required which is Paper Bag. Actually, Paper Bag is being used but in very small scale. Conventional Paper Bags requirespecial paper which increases the overall cost of the Paper Bag. This is the main cause due to which use of Paper Bag is less. Also initial investment cost is very much in conventional paper bag making machine. So it cannot be used for small scale production.All these problems are eliminated in the presented machine. Amachine whose initial cost is less, which does not require any special paper, which can be used for small scale production, is developed. Thismachine willhelp a poor family to earn money through small scale production of paper bags.

Paper bags have been gaining popularity since then plastic bags have been banned in various countries and cities. The product is made in two ways; traditionally, i.e. manual which is a manual or technical means i.e. with the help of automated equipment. The second method is much larger. In other words, it requires less workers and more money to buy land and equipment. Based on the core business of nonwoven bag making machine Manufacturers, the machine has 2 different output capabilities with good finish and seamless quality.

Amazing Benefits of Using a Paper Bag Production Machine: -

Excellent Quality: The great advantage of producing a paper bag from an automated machine is the excellent quality one can achieve throughout the production process. When we make paper bags in traditional ways, the quality of the product does not always match the whole production process. It is difficult to maintain the same level of quality per unit. Machine paper bags offer the same quality and precision each time.

Save on Work Expenditure: The introduction of an automated production process machine including slitting machine has reduced the need for workers in the paper industry. One only needs to change the paper roll and collect the finished product after the production process is completed. This saves unnecessary costs on jobs and you can invest in machinery and land instead of workers. Too much machinery and land can lead to a double standard of business production at the same time.

Distributed Production Level: Quality and fast production are two of the most important factors in any production process and automated production for the purpose of the product satisfies both of these factors while improving the quality of production. Save real time financially and increase your productivity compared to handmade methods. You can actually upgrade your product over time.

Energy Saving: An automated machine saves human energy and helps increase productivity. Both man and machine have different working powers. The machine can work more efficiently than man and requires fewer working breaks than man. You can have a good level of mechanical production. The machine can double your production rate at the same time. However, one can only increase the product because everyone has a different working capacity.

Paper bags are gaining importance as these bags are 100% reusable, recyclable and biodegradable and at the same time environment friendly and pose less threat to wildlife. it requires less energy for paper bags to be recycled than plastic bags. Paper bags have come a long way since their beginnings in the mid-eighteenth century when some paper bag manufacturers started developing paper bags that are more hardy and long lasting. The paper bags are generally box-shaped in design that allows them to stand upright and hold more goods. Corporates are using paper bags for promotions, seminars, product packaging and branding purposes.

By selecting high quality paper bag manufacturer can deliver recycled brown color paper bags in big and small quantities, regular and premium paper bags which add a professional touch that consumers love and appreciate. Besides, you can add your own custom brand to any paper bag to promote your business. Read on to discover the importance of paper bags.

1. Plastic bags cause environmental damage such as increase the level of air pollution. Plastic bags not only have adverse effects on our natural habitats, death of many animals. Plastic bags are not renewable and you need UV rays to destroy it, which is harmful for environment.Paper bags on the other hand are environment friendly and can be recycled.

2. Paper bags are usually made from wood. So, these bags can be produced into a new paper like newspapers, magazines or books. Waste papers are also biodegradable so they can be easily degenerate and do not pile up on dump sites.

3. You can also buy them at a very cheap price particularly if they are bought wholesale.

4. Possessing a paper bag is practical and you can use them to bring your groceries and the premium quality paper bags can be used as paper gift bags.

5. Most people nowadays prefer using paper bags because they are easy to carry, neat and can hold lot of items. It adds to your status symbol as they can be embossed and grained to enhance the look.

6. Paper bags are usually used extensively in malls and exhibitions for delivering over the counter products as research shows that paper bags contain at least 35% recycled material.

7. Corporates are nowadays using paper bags for promotions, seminars, product packaging, and branding purposes as they are competitively priced.

8. Paper bag manufacturers can help you to decide the right size and type of paper bags as per your project, budget and quantity.

9. You can choose paper bags with special properties that will seal the freshness and give an aesthetic look to your brand as offset and screen printing is possible.

10. When your product is properly packaged with premium quality paper bags, you can attract more customers which will help in promoting your brand to the targetaudience.

So, if you are ecofriendly and at the same time want to be ahead of your competitors, start using paper bags.

[cool-akashy-maximize]

Global Biodegradable Plastics Market-Global Industry Analysis and Forecast (2020-2027)

Global Biodegradable Plastics Market was valued US$ 3.02 Bn. in 2019 and is estimated to grow at CAGR of 15.1%, to reach US$ 6.12 Bn. during the forecast period of 2020 to 2027.

Global Biodegradable Plastics Market

To know about the Research Methodology :- Request Free Sample Report Global Biodegradable Plastics Market Definition:

Biodegradable plastic is bio-based material that can be recycled and decomposed by living microorganisms such as bacteria, cuprividus necator in the environment commonly produced by petrochemicals or renewable raw materials. Biodegradable plastic are eco-friendly takes less time to degrade and are no toxic.

For instance, Polycaprolactone (PCL), Polybutylene succinate (PBS), Polyvinyl alcohol (PVOH/PVA) and Polybutyrate adipate terephthalate (PBAT) are common the most Biodegradable plastic synthesized.

The report study has analyzed the revenue impact of COVID -19 pandemic on the sales revenue of market leaders, market followers and market disrupters in the report and the same is reflected in our analysis. Global Biodegradable Plastics Market Dynamics:

The report covers worldwide Biodegradable Plastics Market size in value and volume with market dynamics by region. All the segments and their detailed evaluation of the trends and factors affecting the market analyzed in the report. Market affecting factors cover drivers, restraints, opportunities, and challenges, consolidation, investment in the industry with focus on key market players by region.

Growing awareness concerning to environment and rising consumer preference of eco-friendly packaging material for packaging food, usage of compostable bags & agriculture applications are some of the key drivers that are analyzed in the report with its tangible contribution to the market size and opportunities for the manufacturers and investors. Furthermore, stringent regulations and prohibitions on the use of Non-decomposable plastics bags and other items as it creates massive waste management issue causing water, land, and air pollution are propelling the growth of the global market.

Report has studied the mounting population with changing lifestyle and initiatives by each government and key players are investing in the field and are creating a lucrative growth opportunity for the market.

Conversely, high-cost issues and less durability associated with biodegradable plastic hamper the growth of the market. Increasing competitiveness of mulch films over films made from traditional plastics is one of the recent biodegradable plastic market trends observed in recent years. Global Biodegradable Plastics Market: Market Segmentation

The report covers competitive analysis of the Biodegradable Plastics Market in each of the geographical segments thereby providing insight into a market share of the countries.

Based on Type, The starch-based segment is expected to dominate the market with the growth of 10.4% CAGR during the forecast period. Starch-based plastics are widely used in end-consumer industries such as automobiles, agriculture and packaging. Moreover, starch-based are used as an alternative for petroleum-based polymers & is highly degradable hence, widely utilized in reducing the carbon footprint. The PLA plastics are also growing rapidly especially in the European region mainly due to the reasonable price of PLA in comparison to any other type is a prime factor driving the growth.

Based on Application, packaging industry generated the largest revenue of XX Mn. in 2019 and is estimated to grow at CAGR of XX % in forecast period. The leading factor driving the growth is boosting demand and usage of biodegradable Plastics packaging in textiles, consumer goods, food & beverage, textiles and pharmaceuticals industries extending the market growth over the forecasted period. Furthermore, changing lifestyle & growing awareness among farmers towards the greenhouse for vegetables and fruits production further supported the utilization of biodegradable plastics in agriculture.

Global Biodegradable Plastics Market1 Global Biodegradable Plastics Market: Geographical Analysis

Europe was dominant market with market share of 53.45% in 2019 and is anticipated to reach US$ XX.X Bn. by 2027, at a CAGR of XX %. The dominances is mainly due to growing population, changing lifestyle and presence of key manufacturing companies coupled with rising concerns toward plastic waste. U.K biodegradable Plastics market size was valued XX Bn. and expected to increase by US$ XX Bn. in coming years

APAC is projected to have a healthy growth and is growing at the fastest rate over the forecast due to presence of emerging countries such as China and India with easy availability & rising popularity towards ecofriendly biodegradable product is attribute significant growth in the market over the next seven years. In 2019 market size stood at US$ XX Bn in while in China, market size was valued XX Bn and expected to increase by US$ X.30 Bn in coming years Competitive Analysis: Global Biodegradable Plastics Market:

The report of Global Biodegradable Plastics Market analysis includes information of detailed analysis leading manufacturer’s, prominent vendors and upcoming trends & challenges that will influence market growth. Further, the adoption of variant strategic business activities such as acquisitions, mergers, collaboration, etc. are estimated to create productive opportunities for the global market over the forecast period.

As per report, some major prominent players in Biodegradable Plastics Market are NatureWorks, BASF SE, and Total Corbion PLA The objective of the report is to present a comprehensive analysis of the Global Biodegradable Plastics Market including all the stakeholders of the industry. The past and current status of the industry with forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of the industry with a dedicated study of key players that includes market leaders, followers, and new entrants. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors of the market has been presented in the report. External as well as internal factors that are supposed to affect the business positively or negatively have been analyzed, which will give a clear futuristic view of the industry to the decision-makers. Some of the Key Recent Trends Developments& Acquisition:

• In January 2019 - KFC of Texas, Plano, proclaimed a new sustainability agreement in which all plastic-based packaging will be reusable & recoverable by 2025. KFC declared it a long-term plan to achieve a more sustainable packaging approach in its restaurants by both producing and using sustainable packaging alternatives, as well as making on the growth already made in some markets to eradicate plastic packaging items.

• In 2017 the Packaging Association in Canada established biodegradable packaging from high-starch plants such as grained and corn, made from polylactic acid (PLA).

• In 2018 Kroger, a U.S based company has pronounced to permit the plastic bag free in nearly 2,800 stores almost 6 Bn bags annually, one of the biggest food supply chains. Two dozen distinct food chains serve nearly 9 million individuals a day. The demand for biodegradable plastic packaging is estimated to increase.

The report also helps in understanding Global Biodegradable Plastics Market dynamics, structure by analyzing the market segments and projects the Global Biodegradable Plastics Market size. Clear representation of competitive analysis of key players By Pathogen Type, price, financial position, Product portfolio, growth strategies, and regional presence in the Global Biodegradable Plastics Market make the report investor’s guide

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Scope of the Global Biodegradable Plastics Market: Inquire before buying

Global Biodegradable Plastics Market, By Type:

• Starch Blends • Polybutylene Succinate PBS • Polylactide PLA • Polybutylene adipate/terephthalate PBAT • Polyhydroxyalkanoates PHA • Others (Cellulose Derivatives and Regenerated Cellulose) Global Biodegradable Plastics Market, By Application

• Packaging & Bags • Consumer Goods • Agriculture & Horticulture • Textile • Others (Automotive and Building & Construction) Global Biodegradable Plastics Market, By Region

• North America • Europe • Asia Pacific • The Middle East and Africa • Latin America Global Biodegradable Plastics Market, key Players

• NatureWorks • BASF • Total Corbion PLA • Mitsubishi Chemical • Biome Bioplastics • Plantic Technologies • Bio-On • Danimer Scientific • Novamont S.p.A • Toray Industries • DowDuPont Inc • Eastman Chemical Company • Mondi PLC • Amcor Limited • Kruger Inc. • Tetra Pak International SA • Plastic Suppliers Inc. • Stora Enso • WestRock • Archer Daniels Midland • Perstorp, K.D • FEDDERSEN • UrthPact, LLC • Indochine Bio Plastiques (ICBP) Sdn. Bhd.

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A Review of Some Significant Research Breakthroughs in Banana Fibre by Gokarneshan N* in in Open Access Journal of Biogeneric Science and Research

Abstract

The article reviews some significant research trends in the banana fibre. Bannana is a natural fibre and belongs to the category of bast fibres. One area of research explore the areas of applications, particularly in handicraft products such as mat, rope and twines, but only 10% of its pseudo stem is being used for making products and the remaining is used as waste or fertilizer. Owing to its many special properties it can be beneficial to farmers and also serve as a good raw material for the textile and packaging industry. In another area of research, flame retardant functionality has been imparted in cellulosic fabric using mixed formulation of banana psueudo stem sap and boric acid. Flame retardant characteristics of both the control and treated fabrics have been analyzed in terms of limiting oxygen index, vertical flammability, and temperature generation profile during burning. Another area of research reports the influence of treatment with caustic soda at various concentrations, on the physical, morphological, structural and thermal properties. An interesting study has focused on the production of bannana fibre yarns for textile reinforced composites. Thus the viability of spinning a yarn from banana fibres and weaving for the composite is explored. Attempt has been made to produce reinforced composite by weaving enzyme treated banna fibres.

Keywords: Bannana fibres; enzymatic treatment; value addition, composites; Alkali treatment; enzymatic treatment; reinforcement, sustainability.

Introduction

The banana plant not only yields fruit, but also fibre which finds use in textile and related applications. It grows under tropical conditions. All varieties of banana fibres have fibres in abundance. The banana fibre is basically a bast fibre, and is obtained after the fruit is harvested. After the plant yields the fruit, its trunk the pseudo stem largely goes as agricultural waste. These pseudostems can be effectlvely utilized in production of the banana fibres, as annually about 1.5 million tons of dry banana fibres can be produced from the outer sheath of pseudostem. Biomass (pseudostem) waste, a rich source of natural fibres the pseudostem can be profitably utilized for numerous applications and preparation of various products. Cotton being a cellulosic material is flammable and hence can create problems for health and life of mankind. Considerable attempts have been made over the years for enhancement of flame-retardant property of cotton textile materials through utilization of different synthetic chemicals and a number of them are commercially available. Of these, the common ecofriendly admixture formulation of boric acid and borax is considered the simplest [1]. But, higher quantity of chemicals used in this formulation degrades the treated fabric quality. The present days are witnessing increased use of natural lingo cellulosic fibres in composite production [2]. Natural lignocellulose fibres, such as sisal, hemp, coir, kenaf and jute, have low density, good thermal properties, better specific strength, ecofriendly nature and can be used as replacement for glass fibres during composite manufacturing [3,4]. Banana fibres, due to its high specific strength can be used as replacement of glass fibres as reinforcement in the manufacture of composites. Banana fibre is extracted from the pseudo stem waste of the plant after harvesting the fruits. Like any other ligno cellulosic fibre, the major constituents of these fibres are cellulose, lignin, and hemicelluloses [5]. The rising interest in natural fibers in the composites field is undeniable, mainly due to sustainability, but also because of their good mechanical properties and low cost. The differences observed among different natural fibers are due to their chemical composition, origin, climate conditions, etc. On average, vegetable fibers are made of 60%–70% of cellulose, 10%–20% of hemicellulose, 5%–15% of lignin and up to 2% of pectin and waxes [6]. Banana fiber is obtained from the superimposed leaves forming the pseudostem of the plant, which currently has no use, apart from a low percentage dedicated to cattle feed. It belongs to Musa genre, as a monocot. Banana is the most important crop in Canary Islands, which are the most important producers of bananas in Europe. It is important to highlight that fibers are obtained from the pseudostems of the plant once the fruit has been harvested, and that each plant only bears fruit once; this is one of the main benefits of banana fibers in comparison with other natural fibers, as this one is obtained from an agricultural residue.

Potential of Banana Fibre for Product Development

Lignocellulosic are used for various applications depending on their composition and physical properties. All varieties of banana trees abound in fibres. In fact almost each and every part of the banana plant gives fibres of various strength, color and beauty and staple length which can be used for various purposes.All varieties of banana trees abound in fibres. In fact, almost each and every part of the banana plant gives fibres of various strength, color and beauty and staple length which can be used for various purposes. Out of the 14-18 sheaths available in a stem, the outermost 4-6 sheaths yield coarse fibre, the outer 6-8 sheath soft lustrous fibre and the rest middle sheath excluding the innermost 4-6 sheaths yield very soft fibres. The quantity of fibre in each sheath depends upon its width and its location in the stem, as does its quality. In addition to fruit production, huge quantity of biomass (pseudostem, leaves, suckers etc.) is generated [7,8].In india, the fibres extracted from pseudostem of banana plant, is being used for preparing ropes, handicrafts, etc. which otherwise can be used for making home furnishings and good quality papers. The major problem of non-adoption of fibre extraction technology is low recovery of fibres leading to high transport cost. This plant has long been a good source for high quality textiles in many parts of the world especially in japan and Nepal [9-11].

Most of the banana fibers produced today is used for ropes and cordage. The resistance of the fibre to the sea water and its natural buoyancy has created a ready market for it in the manufacture of shipping cables. It is also widely used for making power transmission ropes and cordage, wall drilling cables, fishing nets, lines and other types of cordage. Banana fibers are being utilized in various ways in different countries. In japan, banana fibres are being used for making traditional dresses like kimono and kamishimo during earlier periods. Due to its being lightweight and comfortable to wear, it is still being preferred by people there as summer wear. Banana fiber is also used to make fine cushion covers, neck ties, bags, table cloths, curtains, etc. Rugs made from banana silk yarn fibers are also very popular world over. Owing to its high tenacity, banana fibre made as single composite withstands more strain before failure in tensile testing than the hybrid fiber composite. The fiber was extracted by hand stripping using a stripping device applying low pressure to prevent the fibres from breaking [12,13].

Several products have been made from banana fibres around the globe. These include paper board, tissue paper, natural absorbent, bio remediation agent for bacteria in natural water purifier, mushroom production, handicrafts, quality paper cards, tea bags, string thread, high quality fabric material, paper for currency notes, rope for tyeing, dress materials, wedding gowns and barongs, and many more. It is interesting to note that banana fibre is also being used as lining for car interiors [14-16]. Development of softening processes have been reported for the inherently coarse banana fibres making it more suitable for spinning operations, spinning of the softened fibres into yarns, after blending them with suitable natural fibres and testing the physical and mechanical properties of the yarns.The yarns were further converted into fabrics and again assessed for their physical and mechanical properties. The fabrics were further passed through various finishing processes and then tested for all the mechanical and physical properties. The fabrics were further taken for dyeing with two classes of dyes and then assessed for the various fastness properties [17].

The development of green packaging from banana fibre for instant food products has been studied. Variables considered in this issue include packaging design of green packaging from banana fibre for instant food products of the envelope(stand up pouch), box(paper box), paper cups(paper cup), paper bags(zip lock paper bag). Banana fibre has been used to produce packaging to select the quality of the physical, chemical and consumer product safety. Packaging is recycling based that is ecofriendly disposal [18].

Banana is cultivated in about 2.3 lakh hectares of land and the fibre yield is about 8.7 tons. Though banana fibre extraction is not done on any large scale at present, banana fibres are reported to have been spun on the jute spinning machinery and used for hand bags and other fancy articles [19]. Agro based bio fibres have the composition, properties and structure that make them suitable for uses such as composite, textile, pulp and paper manufacture. In addition, bio fibres can also be used to produce fuels, chemicals, enzymes and food. Byproducts produced from the cultivation of corn, wheat, rice, sorghum, barley, surgarcane, pineapple, banana and coconut are the major sources of agro based bio fibres. Likewise, banana fibre based production processes, structure, properties and suitability of these biofibres are to be identified for various industrial applications.

Influence of Alkali Treatment on Fibre Properties

The use of natural lignocellulose fibres in the manufacture of composites is increasing day by day [20]. Natural lignocellulose fibres, such as sisal, hemp, coir, kenaf and jute, have low density, good thermal properties, better specific strength, ecofriendly nature and can be used as replacement for glass fibres during composite manufacturing [21,22]. Banana fibres, due to its high specific strength can be used as replacement of glass fibres as reinforcement in the manufacture of composites. Banana fibre is extracted from the pseudo stem waste of the plant after harvesting the fruits. Like any other ligno cellulosic fibre, the major constituents of these fibres are cellulose, lignin, and hemicelluloses [23]. The removal of lignin and hemicellulose substances and roughening of surface is required to improve the interfacial strength of composites [24]. Banana fibres are hydrophilic and have poor adhesion with the matrix materials. To improve adhesion of the natural fibres with matrix materials various treatments, such as alkali, acetylation and benzoylation, are given. Among all these treatments, mercerization or alkali treatment is a versatile one, which brings about changes in dimensions, fine structure, chemical composition, morphology, and crystalline component as well as it improves the wettability, resin pick up of natural fibres like coir, sisal, flax and cotton [25,26]. Alkali treatment improves adhesion between these hydrophilic fibres and the hydrophobic matrix by roughening and exposing more cellulose on the surface.

The alkali treatment modifies the chemical constituents which results in changes in mechanical properties, surface roughening, crystallinity and also in the thermal behavior of fibres [27,28]. Available literature reveals that NaOH treatment removes the binding materials, depending on the treatment time, concentration of NaOH used, temperature of treatment and liquor ratio. Study on effect of NaOH treatment on properties of banana fibre has already been performed by few researchers [29,30]. The effect of NaOH concentration on fibre yield (extraction) from the pseudo stem has also been reported [31]. However, the changes in the fibre due to such treatment at various levels are unknown. This is essential for optimum use of alkali and also to avoid degradation of fibres which will happen at higher concentration treatments. Similarly, the effect of NaOH concentration on the other fibre properties is not yet been studied. Hence in this study, the banana fibres are treated with sodium hydroxide (NaOH) at three different concentrations of 10, 15 and 20% and the treated fibres are tested for chemical composition and physical, morphological, structural and thermal properties.

It is found that the hemicellulose and lignin removal occur till 15% NaOH treatment concentration, and after that there is no much removal occurred. In line with those finding, the density of the fibre also shows an increment up to 15% NaOH and further increment in alkali percentage reduces the density. The moisture regain of the banana fibre also shows the same trend as that of density [32]. At 20% NaOH treatment, the moisture regains are found higher than at 15% NaOH treatment. Increment in the NaOH concentration also increases the lignin and hemicelluloses removal percentage, which is confirmed by the scanning electron microscope analysis. The breaking strength and the tenacity values of the banana fibre increase with NaOH concentration up to 15%. Further increment in alkali concentration degrades the fibre. The removal of lignin and hemicellulose contents from the banana fibre is confirmed by the FTIR and crystallinity analyses. The thermal stability analysis also confirms that the alkali treatment improvs the thermal stability value up to 15% NaOH concentration. The colour assessment studies show that the appearance of banana fibre becomes darker and red in colour due to the alkali treatment.

Production of Technical Textile Reinforced Composites

The rising interest in natural fibers in the composites field is undeniable, mainly due to sustainability, but also because of their good mechanical properties and low cost. The differences observed among different natural fibers are due to their chemical composition, origin, climate conditions, etc. On average, vegetable fibers are made of 60%–70% of cellulose, 10%–20% of hemicellulose, 5%–15% of lignin and up to 2% of pectin and waxes [33]. Banana fiber is obtained from the superimposed leaves forming the pseudostem of the plant, which currently has no use, apart from a low percentage dedicated to cattle feed. It belongs to Musa genre, as a monocot. Banana is the most important crop in Canary Islands, which are the most important producers of bananas in Europe. It is important to highlight that fibers are obtained from the pseudostems of the plant once the fruit has been harvested, and that each plant only bears fruit once; this is one of the main benefits of banana fibers in comparison with other natural fibers, as this one is obtained from an agricultural residue.

The use of natural fibers as reinforcement of polymeric parts has been widely studied, special focusing on injection molding technology. In fact, around 21,000 tons of natural fibers were used in 2003 in the European industry; the most relevant fibers for the industrial production of plastic composites are flax, sisal and hemp. Natural fibers are less harmful to humans, machinery and the environment, thus being realistic alternatives to glass fiber [34]. Some studies have also been carried out for the compression molding technology, some withlong fibers and others with woven fibers, both for thermoset and thermoplastic polymers [35-39]. These studies show that specific mechanical properties of natural fibers composites are similar to those reinforced with glass fiber, although mechanical properties under humid conditions show an important decrease for the natural fiber composites, due to their moisture absorption. These studies mainly focus on the production of non-structural parts for the automotive sector. It is known that mechanical properties of composites strongly depend on the orientation of the fibers, getting better properties when the fiber is woven and placed in the composite in an appropriate orientation. The BANTEX project (MAT2013-47393-C2-1-R) is aimed at obtaining a composite material made of woven banana fibers. Woven fabrics have the advantage of enabling the orientation of the fibers, allowing control of the density of the fabric and its mechanical properties. Nonwovens provide multiaxial orientation but lower and non-predictable mechanical properties. There is wide bibliography about the production of composite materials with natural fibers (flax, hemp, jute) in woven and non-woven fabrics [40-43]; however, no references have been found in the use of banana fibers to produce them. Furthermore, the use of banana fibers to produce yarns for technical textile products has not been reported.

Banana fibers are made of cellulose (43.6%), hemicellulose (14%), lignin (11%) and other substances (such as pectin, wax, 31.4%) [44]. Chemical methods for fiber extraction are usually performed with NaOH, although other chemicals are also used (KMnO4, benzoyl chloride, stearic acid, among others); these processes may cause environmental problems due to the need for treating the residues produced. Mechanical means are not able to remove the non-cellulosic constituents (lignin). An alternative is the use of biological processes, such as the immersed or solid-state fermentations. Enzymatic means are considered more environmentally friendly, and also avoid the fibers breakage, while altering the properties of the cellulosic fibers [45-48]. There are different parameters which affect the enzyme choice, such as the type of substrate, composition, size, lignin content, etc. Previous studies show Pectinase and Xylanase as the most suitable ones for fiber extraction [49,50]. Enzymatic treatments have been applied to hemp, flax or pineapple for fiber refining. Celullases are used to remove fibrils from the surface and increase the smoothness of the fiber, although this treatment can also damage the fibers and reduce their mechanical properties. Pectinases are used in the textile industry for retting and degumming fiber crops, as they are capable of breaking down complex molecules of plant tissues into simpler ones, such as galacturonic acid; on the other hand, endoglucanases only act on amorphous celluloses [51].

Hemicellulases are able to reduce water absorption by pentosan hydrolysis; xylanase and mannanase are used to dissolve hemicellulose (mainly xylan and glucomannan, respectively) [52]. Tests have been performed using a cocktail of two different enzymes made of pectinase and hemicellulase. In this research, different formulations of the enzymatic treatment have been applied to the banana fibers in order to determine the optimal conditions (time, temperature, enzymes content, bath renewal, fiber/enzymes ratio, etc.) for the refining process, in order to obtain a banana textile grade fiber. Fibers have been characterized prior to and after the enzymatic treatment, in terms of length, diameter and thermal stability. The spinning process at the lab scale has taken place, resulting in the production of a yarn with enough quality to be woven and produce a technical textile suitable for composite reinforcement.

The enzymatic treatment has proven to be useful for banana fiber treatment, achieving an improvement in terms of cleanliness and fibrillation. The most effective enzyme for banana fiber treatment is poligalacturonase (Biopectinase K), showing a high specific activity and being specific for substrates not damaging the cellulosic structure of fibers [53]. Long duration treatments (24 h, 48 h and 7 days) did not provide good results, due to enzyme deactivation. 6 h was optimal to obtain a textile grade banana fiber.Optimal conditions for banana fiber enzymatic treatment are: 100% Biopectinase K, 6 h; 45oC, pH = 4.5, with bath renewal after 3 h.Stability studies have demonstrated that over 80% of its activity takes place in the first 3 h; afterwards, the enzyme activity decreases reaching 12% 24 h later.Enzymatic treatments improve the thermal stability of fibers by the removal of pectin and hemicellulose, while producing a slight decrease in mechanical properties, probably due to defibrillation found under SEM observations. Banana fiber can be spun to produce yarns, mixed or not mixed with other fibers, while the most suitable for industrial scale-up without major equipment changes would be the blend of banana fiber and wool. Banana/PP yarn shows higher tenacity than flax/PP yarn and is more homogeneous

Conclusion

Banana is a natural bast fibre which has wide range of uses in handicraft product developments such as mat, rope and twines, but only 10% of its pseudo stem is being used for making products and remaining is waste or used as fertilizer. As it has a property like weather proof, UV protection (because of lignin content), moisture absorption, anti-oxidant and biodegradable, etc., it can be used to make a variety of products that help farmers economically and have wide scope to create new market. Recent studies have indicated that banana fibre possesses a lot of advantageous physical and chemical properties which can be used a very good raw material for the textile and packaging industry [54]. Banana fibres treated with varied concentrations of caustic soda show improvement in cellulose content, lignin removal, tenacity, crystallinity, and thermal resistance till 10% concentration, and after that no improvement is observed beyond 15%. Colour has turned the fibre towards darker side slightly aesthetically unappealing. It is noted that the 15% NaOH concentration is optimum for treating banana fibres used as reinforcement.

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