Verdezyne receives investment from Sime Darby for renewable chemical production

Reputed and well established conglomerate giant Sime Darby Berhad has recently announced its investment of $30 million in Verdezyne, which is estimated to 30% stake in this renewable chemical company based in San Diego. The deal has been finalized in the recent trip of President Obama to Malaysia.

The company is essentially focused on the conversion of non-traditional and traditional palm-based commodities into higher value products in a new unit, Sime Darby Renewables that will work under Sime Darby Plantation. On the other hand, Verdezyne has decided to make use of this investment fund from Sime into development and research in US.

At the same time, both companies will assist each other in the development of new facility for the conversion of palm oil waste into industrial chemicals of higher value.

As per the reports of http://greenchemicalsblog.com/2014/04/28/sime-darby-invests-in-verdezyne/, Sime Darby has become the largest investor in Verdezyne along with Royal DSM, BP Alternative Energy, Monitor Ventures, OVP Venture Partners and a different global life sciences group.

It should be noted here that Verdezyne gained mammoth success in the production of renewable chemicals after it started operations in 2005, with manufacturing hub choice centered in Malaysia. This company has gained BioNexus status in September 2013 due to its manufacturing units in Malaysia, with future production of more than 13000 metric tons.

Susty Party receives compostable and bioplastic tablecloths from Envision Inc.

In a great move, tablecloths and party supplies will be also included in compostable and eco-friendly production by a nonprofit company which is essentially based in Wichita. It offers jobs and work to visually-impaired and blind workers.

Bioplastic table cloths will be produced for Susty Party which is based in Brooklyn, New York by Envision Inc. it should be noted here that seven different types of table cloths will be produced which will further vary in pattern and color and this will be done in Wichita, at a separate manufacturing facility.

Total workload and procedures have already been framed for the workers who will receive raw materials, cut and fold the tablecloths into length and at last; they will also do packaging for the Susty Party by inserting tablecloths. Envision has further confirmed that workers will insert or combine four cloths in order to complete the required packaging.

http://www.plasticsnews.com/article/20140417/NEWS/140419931/envision-begins-production-of-compostable-bio-based-tablecloths# has further reported that nonprofit will be also interested in the sales of complete product line of Susty Party on commission basis which includes paper straws, bowls, plates, cutlery, napkins and cups.

Michael Monteferrante, CEO of Envision considers inclusion of Susty Party as business partner as a vital component to core product diversity initiative.

Chinaplas 2014 to promote the Chinese company for usage of biodegradable plastics

Chinaplas media is ready to represent all those awesome solutions that have been raised by the leading Chinese companies. Most of the companies working for production of biodegradable and biobased plastic products are ready to promote their work at Chinaplas 2014. A reputed group in China, Shinaxi Jinhui attained good success in production of salt chemicals and coal cooking industry. There is no lack of service groups working for promotion of carbon and clean technology at Chinaplas. According to the vice president of Shanxi Jinhui group, the economic price of pollution is going higher and air quality is becoming the major concern now. This is really a big tension for future generations. Although, the government is taking all the important steps for protection of environment such as implementing ban on plastic bags etc. but the idea proved not to be much result oriented. Read full story here - http://www.plasticstoday.com/articles/chinaplas-push-biodegradable-plastic-bags-china

The firm is known well for the production of PBAT in Asia; it is nothing but a terpolymer produced with 1, 4-butanediol, terephthalic acid and adipic acid. As per the declaration of the company, 130% and 120% impact strength and tear resistance respectively. PBAT production is carried out in single step which is decomposable into CO2 and water within 6 months by microbes.

Appeel, the latest produced resin by Du Pont

Du Pont Co. is now planning to upload commercial standard of the firm. They highlighted a new sealant resin; Appeel which is utilized for the manufacturing of nylon based lidding films. This extensive bio product is for its awesome high barrier effect and amazing sealant property. According to Ju-iL Cha, the Asia Pacific Packaging Segment leader, this exclusive resin excludes the requirement of APET i.e. low density polyethylene during the process of lamination of trays. In this way, using this product is a cost effective idea. Apart from this, the company has achieved rapid promotion in shrink bags while replacement of laminate is still being developed yet.

Another notable achievement of the company is Surlyn-brand ionomer packaging polymer that offers the chance of manufacturing of thermoformable barrier films that will be about 20 percent in comparison to the traditional polyethylene films possessing 7 layers. Also, this product is good to have better optical properties, abrasion resistance, higher puncture resistance and increased sealing properties. Du Pont is working for Braskem’s sugar based PE for evolution of new standard Fusabond and Bytel resins.
 More about the matter can be explored here http://www.plasticsnews.com/article/20140421/NEWS/140429995/dupont-asias-food-packaging-market-at-a-major-transition-point

The high performance packaging facility by the firm is good for the safety and maintenance of quality of the food.

DSM reinforces pledge to China

DSM, the Netherland based company to work on life sciences and material sciences, is planning for the presentation of sustainable and advance solutions for meeting global challenges well at Chinaplas 2014. A wide variety of solutions are ready to be revealed during the event including flexible food packaging, automotive solutions, electrical and electronics deals, consumer goods, real estate issues and so on. The company finds good chances in China regarding business elaboration, that’s why; the company is ready to commit contribution to the country’s ambitions and investment in the business there. During the Chinaplas trade show, several market solutions will be demonstrated with surprising profit returns. More about this news can be explored here –
http://www.plastech.biz/news/DSM-strengthens-commitment-to-China,n8549

According to Ivo Lansbergen, president of DSM’s Engineering Plastics Asia Pacific, the company is fully dedicated for doing all that is possible for making the world far sustainable. DSM is awesome to relay winning applications, durable sustainable ideas and exceptional users’ profits. Innovation in deals and outstanding strategy is giving rise to a new trend in the industry. The company is planning to launch smaller, faster and smarter electronics apart from discovering some eco friendly solutions in the field of electrics and electronics. Production of good products with quality and high performance is their main objective to work upon.

D&L optimistic on biodegradable

In the world of biodegradable production, D&L is a well known name; the company is engaged in the planning to begin shipping of biodegradable plastic products to Italy. Bionolle Starcla, the bioplastic is a starch based product that can be degraded easily. The best thing to know about this bio based product is that it can be decomposed into water and CO2 within 1 to 2 months when kept in exposure of microorganisms. Films of the bioplastic are totally compostable in sea water, fresh water, landfill, activated sludge, soil and compost. The biochemical is manufactured to be applied on traditional plastic blown film series. In order to ship the product, arrangements have been completed as per the statement of the chief financial officer, Alvin Lao.

He further added that the European market is good for offering promising business with assured profit. Also, they product is being launched there for facilitating use of bioplastics in more eco friendly manner. The product has passed testing stage in Italy and Japan is already importing the bio product. More about the deal can be explored here –
http://www.malaya.com.ph/business-news/business/dl-hopeful-biodegradable

The main use of the product is planned for production of garbage, compost and shopping bags. The company has strong belief that it will gain good response of customers in shopping and retail industry.

Verdezyne Achieves Key Production Landmark

Verdezyne, Inc. is has recently declared that it is capable of manufacturing over a metric ton of bio based DDDA (dodecanedioic acid) through yeast formation and downstream processing. The company is known well as a private industrial biotech firm working on production of non renewable Verdezyne chemicals. According to the information given in http://greenchemicalsblog.com/2014/04/23/verdezyne-reaches-key-production-milestone/ the company is looking for the way to association with MBI (Michigan Biotechnology Institute) and MSU (Michigan State University) for carrying out the production of DDDA process up to 4K liter scale. This manufacturing process is enough to evaluate scalability of the company and its efficiency for developing polymer class material for customers.

DDDA is a kind of chemical to be applied for the production of nylon, lubricants, powder coatings, adhesives and molding resins. The product is conventionally developed from petroleum based butadiene through a chemical process following multiple steps. Apart from the above mentioned uses of DDDA, the chemical is used as fishing line, fuel lines and bristles of brushes. Apart from Verdezyne, Invista, Evonik and Ube are well known producers of dodecanedioic acid. There is no lack of the firms to undertake analysis of DDDA development for a progressive approach and assurance of great contribution in the world of bio based chemical.

Fraunhofer ICT researchers use real-time NIR analysis in order to optimize the manufacture of bio-based polymers for food packaging

Chemical changes during a specific reaction are controllable with the use of a “glass extruder”. The greater control over the process will lead to an improvement in the quality of the resulting product. Through the application of Near Infrared Spectroscopy in the twin-screw extrusion process, researchers at Franunhofer Institute of Chemical Technology (ICT) are attempting a metal-free, high precision polymerization of Polylactic Acid (PLA) with the use of alternative sources of energy. The scientist showed the various elements involved in this analysis at the 2014 Analytica in Munich.

Björn Bergmann, a Fraunhofer ICT researcher, states that there are many attempts being made at the optimized manufacture of polymers which are bio-based and can be used in food processing. There is already a high demand for Polylactic Acid or PLA and it needs to be met in an economical manner. In order to meet this demand, the InnoREX project had been started in December 2012 and will come to an end in May 2016. Twelve European countries, research intitules and universities have come together under this project whose funding is provided by the Seventh Framework Programme of the European Commission. The InnoREX project is co-ordinated by the Fraunhofer Institute for Chemical Technology. The source of this information can be found at: http://plasticker.de/Kunststoff_News_21859_Fraunhofer_ICT_Echtzeit_NIR_Analytik_zur_optimierten_Herstellung_von_biobasierten_Polymeren_fuer_Lebensmittelverpackungen?nmax=25&kat=&nmin=0

Produce Aisle made Greener with Compostable Bags

Excellent Packing and Supply is introducing a new range of domestically manufactured, clear produce bags for use in grocery stores or other bulk food suppliers. The bags can be customized with branding messages and are composed of GMO-cornstarch which is fully compostable both domestically and commercially.

Compostable produce bags have always been available but came with a problem – their opacity made it difficult to see the contents within. Now, grocery managers are provided with another option. The bags, which are available on order from BioMass Packaging, provide good clarity of the contents, are manufactured with a better version of Mater-Bi and use 50% less raw materials and energy in the production.

The innovative dispensing system, Pull-N-Pak, provided for free by BioMass Packaging on the purchase of the compostable bags, helps reduce waste further by dispensing pre-opened bags for the customers. Moreover, the bags are capable of holding large objects and they have a wide opening.

The Natural Grocery Company has been doing its part for the environment by using solar energy, recycling products and diverting its waste stream to compost. It was one of the early adopters of the compostable bags. Bob Garner, general manager, states that it was not easier to shift to a more expensive product, but, the company wanted to reduce the number of plastic bags going into landfills. The source of this information can be found at:  http://www.packagedesignmag.com/content/compostable-bags-add-green-produce-aisle

Biotechnology in commercial front with new Coca-cola R&D venture

To accelerate the development of PET bottles totally made out of plant, the Coca-Cola Company declared a partnership worth multi-million dollar with different biotechnology companies. Upholding the industry's recycle requirement, Coca-Cola Company made this partnership with Virent, Gevo and Avantium to produce 100% environment friendly pet bottles. This partnership will encourage biotechnology companies from all over the world to come up with technologies that can replace typical plastic material that vastly used for packaging.

Currently available first generation Plantbottle in the market from the time of introduction in 2009 has 30% biobased material. With a mixture of 30% mono-ethylene glycol made of 100% biobased material and 70% of pure terephthalic acid as source material (http://www.packagedesignmag.com/content/coke-seeds-path-a-100-plant-based-bottle), these bottles meets the industry requirement for recyclability. With 10 billion plantbottle sold in the earth from 2009, Coca-cola estimates over 100,000 metric ton CO2 emission equivalent carbon footprint drop-off. Intended bottles made out of 100% biobased material will help Coca-cola in uplifting ecological footprint of products.

VP of Coca-Cola Company Rick Frazier explains the significance of this research and development related investment to bring bio-based material from libratory in large scale commercial packaging. As a environmental responsibility, Coca-cola company hopes to use total plant-base materials for packaging requirement with the help of Virent, Gevo and Avantium.

LifeCycle and Cardia Bioplastics joins hand to offer environment friendly alternative to UK

Targeting UK’s market, Cardia Bioplastic Limited and LifeCycle join hands to develop compostable bags and products through waste management. With the objective of raising product sale, Cardia Bioplastic Limited will be handing over the responsibility of design, marketing and distribution of their environment friendly bags and products out of waste management to the reputed company, LifeCycle.

LifeCycle, a renowned name in producing bags with relatively low carbon footprint and products from waste management, is the first to offer the environmentally aware consumers, a chance to avoid using harmful to environment bags in UK. With the technology from Cardia Bioplatic Limited, LifeCycle plans to introduce an alternative product range that can replace the typical material made of 100% petroleum products used in UK market.

LifeCycle, aiming for a mid-year launch of this new product range have already places an order of $65000 for Cardia Bioplastic Limited technology based products. A strategy has been finalized on the work process, and responsibilities have been divided between Cardia Bioplastic Limited and LifeCycle after thorough and careful consideration to guarantee product availability on intended schedule.

Based on the data researched on supermarket customer by WRAP (Waste and Resources Action Programme), with a 1.3% increase from 2011, plastic bags for single-use in UK on 2012 reached 8.1 billion mark (http://www.waste-management-world.com/news/2014/04/15/cardia-bioplastics-uk-s-lifecycle-products-selects-cardia-as-partner.html). A natural anticipation among interested parties can be felt for these environment friendly alternatives.

University of Tokyo discovers technology to make sturdy bioplastics from rice bran & coffee grounds

Researches going on in the University of Tokyo explored the way for processing of organic elements such as rice bran, coffee grounds etc. to bioplastic matter through extensive technology. These processed bio products are developed to be more heat resistant and better molding efficiency. Commonly prepared bioplastics bear certain heat threshold over which those products remain no longer usable while the new, reinforced matter becomes the solution of problem. The research team under leadership of professor Tadahisa Iwata and assistance professor Daisuke Ishii of the Tokyo University began isolation of ferulic acid from rice bran and caffeic acid from coffee grounds. In order to manufacture new matter out of these compounds, glycolic acid is mixed with the products. More about the deal can be explored here http://japandailypress.com/japan-discovers-tech-to-turn-coffee-grounds-rice-bran-into-sturdy-bioplastics-0446826/

Polylactic acid is employed to carry out typical bioplastic technology and the matter generated in this way is utilized for production of beverage container labels and garbage bags. On exposure of about 60 degree centigrade temperature, these materials get distorted; that’s why, they are subjected for heat resistance, reinforcement and durable make. The newly prepared products for this purpose are good for even withstanding 300 degree centigrade temperature. The research team is working for the production of new matters notably with recommended heat resistance level.

Neol, the joint venture of Neuron Bio and Repsol to promote cost effective commercial production of oil

In Spain, there is a whole series of companies to work for ensuring cost effective commercial production. One of such production groups is Solazyme which is known as rapidly progressive commercial manufacturer to achieve cost effective production of oils from sugar based upon waste products. Similarly, Neol Biosolutions had undergone an agreement with center for second generation Biofuels of CENER for performing scale up testing of second generation Microbioil®-2.0. As Neol Biosolutions is a joint venture between Neuron Bio and Repsol, the company is strong enough to meet any kind of challenge regarding cost effective developments. One can have more information about this matter here http://greenchemicalsblog.com/2014/04/09/neol-scales-up-ag-waste-to-oils-plant/

Wheat straw and sugar cane bagasse are the leading waste products to offer sugar for the production of huge amount of oil with the help of Neoleum, a micro organism. Neol discovered and cultivated this strain of microbe and obtained oil for application as raw material in order to produce advance biodiesel. Neoleum is called to have an extensive production power that can develop with a cubic meter bioreactor the equal amount of oil as produced by a hectare of oil palm. Apart from this project, Neol is working for the production of PHA bioplastic also. CDTI has declared to fund the project under its funding plans for market applications on R&D projects in the country.

Clariant selects renewable raw resources for top performance pigments

From the German facility of Frankfurt-Hoechst, Clariant, the world leader in specialty chemicals, present first ever chance to stop the use of succinic acid made out of fossils in your painting products.  Just take a chance and accept the first ever offer in the world to save our natural resources in painting industry.

Clariant and acclaimed inspirer Myriant, known for developing renewable material related chemical technology, jointly gives a chance to use bio friendly Quinacridone pigments. Alternative Quinacridone pigments can reliably substitute the obligation of using material that increases environmental footprint and creates a bad sustainability profile.

Explaining his delight, Mr. Marco Senicio, Senior Vice President and Head of Clariant’s
Business Unit Pigments, in the press release (http://newsroom.clariant.com/wp-content/uploads/2014/04/clariant-chooses-renewable-raw-materials-for-high-performance-pigments_en.pdf ) found explaining Clariants’ coveted success in finding renewable replacement to uplift the ecological footprint standards of their product range. He also explained that Clarian feels exceptional joy in finding a way of aiding all the customers with more sustainability.

This revolutionary Quinacridone pigments will be produced from now on for Clariant’s total product range, covering all of the pigment industry.

High performance pigments of these products can be used in automotive, agricultural and plastic industries. This alternative Quinacridone pigments can also be used if any buyers have customized colorants requirements for individual need.

Emery Oleochemicals reinforces specialty chemmicals business

Emery Oleochemicals, to fight along the global motto of uplifting ecological footprint of chemical companies, announced new business strategies at a conference in Malaysia. After establishing Eco-Friendly polyols (EP) business unit last year, the company is currently handling an ongoing process of expansion in Cincinnati, Ohio.  Another unit expansion is also scheduled in the task calendar of Emery Oleochemicals for last quarter this year.

Polyurethane foam of EMEROX® Renewable Polyols and InfiGreen® Recycle Polyols is produced from the Eco-Friendly polyols business unit of the company and these will have the same indusial standard of flexibility and rigidity.

New expansion plan of Argo Green business unit (http://greenchemicalsblog.com/2014/04/07/emery-oleochemicals-strengthens-specialty-chems-biz/) will offer great relief to the expectant crop market. With more production capacity of pesticide, herbicide, insecticide products offered from Emery, larger portion of crop industry can hope to use oleochemical based products. Current market trend of using pyrethroids, organophophates can be replaced with equally effective alternative.

Notable achievement of this business unit is the approval of EPA on EMERION™ 8000 Fatty Acids (FA) Blend which will offer a more suitable alternative for livestock use.

Few more formulas are also waiting approval of EPA and Emery hopes to surprise all by announcing sustainable alternatives to the world very soon. With the help of EUR 20 million investments last year Emery hopes to produce more environment friendly additives within a short span. 

Advanced and profit making CO2-to-MEG technology by Liquid Light

A new chapter opens with the recent invention of CO2-to-MEG technology by Liquid Light. Renewable energy resources like wind, solar etc. are the backbone of this technology. The introduction of electrochemistry in the equation has the capability of significantly decreasing carbon footprint of end products. Liquid Light claims, produced MEG with this new technology can competently replace the environmental feedstock-based low cost products.

Industries spend $617 to $1113/ton on feedstock to produce MEG that sells for $700 to $1400 per ton (Source: http://greenchemicalsblog.com/2014/04/07/introducing-liquid-lights-waste-co2-to-meg-tech/).  From the stand point of business economics, with the expenditure of just $125, Liquid light now can help industries produce 1 ton of MEG. The flexibility of altering the catalyst design and the option of using feedstock with CO2 gives them the ability to customize their technology as per industry requirement.

An industrial plant of 400 ktpa with this new technology can provide a $250 million profit to any chemical production company. With the corporate investment opportunity for 625 ktpa plant, a company can be benefited with $850 million in mere 15 years.

To prove the credibility in commercial large-scale set up, a pilot reactor production is under progress and Liquid Light hopes to demonstrate it by 2017-18.  This pilot reactor will have the capability to produce customer requirement specific special chemicals and MEG.

Amyris reinforces chemical mutual partnerships

Amyris is now planning a joint venture with BASF where the company will employ its strain engineering technology for cultivating a microbe that can manufacture a target molecule by BASF. According to the latest news by Amyris, the company is extending its current collaboration with kuraray for two more years regarding the development of high performance polymers. For this purpose, Amyris’ renewable farnesene Biofene is employed. The company is expecting collaboration for a strain development strategy and looking for some more R&D chances on the basis of success of the early development plan. More about the deal can be discovered here http://greenchemicalsblog.com/2014/04/04/amyris-strengthens-chemical-collaborative-partnerships/

Kuraray is working for development of Biofene based liquid rubber that works for better reaction with tire rubber so that an improved form of product can be found with far better stability, durability and performance. A new range of elastomers like sealants, adherents and viscosity index enhancers is being developed by Kuraray with the help of Biofene. World class tire producers are engaged in field, testing and safety tests for employing liquied rubber in formulation of tires. Also, Amyris is working with M&G Chemicals to on a Biobarrrier technology. An extensive oxygen scavenger will be sold to be mixed with PET as a prepared additive.

NatureWorks and Calysta shall work together to develop bioplastics straightly from methane

The US Based company Calysta Energy Incorporation & NatureWorks LLC is announcing their research of fermentation of methane gas in which they are looking at the conversion of methane gas into the industrial chemical lactic acid building the blocks for the need of bioplastics. Generally methane is generated by the decomposition of waste components of plants and creatures as well as by the landfill organic waste and waste water treatment. It’s a long time process.

If the artificial transformation of methane gas into lactic acid gets successful then it will be great source of feedstock of carbon. The Calysta energy inc. are presenting the utilization of significant greenhouse gases by the transformation of it into industrial and high value chemicals like lactic acid. This approach is very demonstrative to the real power of biology in comparison to the chemical transformation because it would be really costly to make lactic acid from the methane gas by the transformation using traditional catalysts; although sugarcane and corn are also a good source of carbon feedstock.

In fact nowadays Ingeo is rely on sugarcane as well as corn for the feed stocking of carbon. It is finding the feasibility of methane gas as a feedstock of lactic acid and may take up on five years long. For more information please see website ~ http://www.plasticsnews.com/article/20140327/NEWS/140329888/natureworks-calysta-to-work-jointly-to-develop-bioplastics-directly

FDA certified that Meredian is engaged in creation of eco friendly bioplastic for production of food packaging containers

Meredian Inc. is a biopolymer manufacturer to get an approval by FDA on Food Substance Contact Notification that certified use of certain biopolymers crafted by Meredian is totally safe as food packaging containers. The company is ready to proceed forward gradually with the manufacturing of a wide series of totally secured and biodegradable plastic containers. In this series bottles, containers, films and coatings are at the foremost preference. The company is working for the production of pelletized raw material to craft bioplastic containers at bulk. Read more about the story here - http://www.mromagazine.com/press-releases/story.aspx?id=1002993702&er=NA

This exciting approval by FDA employs a novel and excellent period to the company and more than 150 patents and applications helped Meredian Inc. to become leader of the world in the field of reactive extrusion. Meridian is awesome to work upon PHA biopolymer applications. The company’s outstanding property of customizing biopolymers on demand of clients makes it different from other manufacturers. According to the Dr. Paul Pereira the company is working hard for the production of safer and biodegradable products that are truly competitive in the industry. This helps it for creating effective partnership with clients. The main objective of the company is to understand the requirement of industry and work accordingly.

SPI, US to aim for making bioplastics an integrated part of the world of plastic production

World’s leading trade groups are concerned about the development of bioplastics instead of non degradable plastics so that they can secure environment during coming years. Keeping this demand on mind, U.S and Europe based traders are employing their attention towards involvement of bioplastics in overall plastic percentage of the world. SPI Bioplasics council in US has created an objective of make situations favorable so that bioplastics will not be supposed to have something different than plastics for handling and production. According to Steve Davies, the industry chair of the SPI Bioplastics Council, they aimed for making bioplastics an integrated part of the plastic world. More information about the same can be explored here -http://www.i2live.net/i2live-report-market-development-of-bioplastics-rigid-and-flexible-packaging-solutions-and-end-of-life-options

According to head of communications at European Bioplastics, Kristy Barbara Lange, all over in the world, Thailand and U.S. are those countries possessing investment in bioplastics production programs. She experienced that over US $ 60 million has been invested in detailing of bioplastics development roadmap by Thailand. While she says that Europe does not report any reliable or concrete plan for bioplastics development and this shows lesser investment of the country for bioplastics manufacturing.

SPI in U.S. aims for development of a toolkit that will help to spread education in municipalities and bioplastic related parties.

Stora and AR introduced renewable matter based range of chocolate and cake packaging

With the day by day developing demand of new discoveries in the world of science, new packaging has been developed for chocolates and sweets by Stora and AR. Now, these lavishing preparations are coming in the form of candy cups which are designed exclusively in various kinds of exciting shapes and closing style. Companies working for the production of chocolates and cup cakes are interested to check out and use the latest, amazing packaging system. More about the deal can be explored here - http://www.observatorioplastico.com/detalle_noticia.php?no_id=333209

The most important thing to be noticed about this all new packaging system is that it is made up of totally recyclable matter. The renewable raw material comprises of specially designed cupforma of the company with PE green coating based upon sugarcane. Features to make this packaging exclusive from others are its unique shape and closing mechanism. According to Wilfried Schmahl, the Segment Development Manager from Stora Anso states that they have thought about a novel and beneficial packaging system that can results in high quality packing and maintenance of hygiene.

The PE Green coating offers a required protection for contents. This new concept of packaging is earning customers’ favor highly with every new day. So, are you ready to experience new era packaging of cup cakes now?