UK Government struggle hard to decide levy of 5p charge on biodegradable carry bags

UK government is struggling hard to decide regarding levy a 5p charge on utilization of biodegradable plastic carry bags. The issue of whether or not to levy this charge on biodegradable carrier bags has become strong in the country. The British Plastic Federation and the recycling group have become strongly against of exemption for biodegradable plastic bags. Roger Baynham, the Group Chairman of the British Plastics Federation fears that exemption of biodegradable bags from the levy is nothing but a way to affect the developing recycling industry in an adverse manner.

Read more about this news here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150127Scaremongering.php

UK has faced the emergence of significant infrastructure for supporting the plastic recycling industry during the last three years. In this stage, the demonstration of profitable growth becomes very important for these investments. This is how, the companies will be able to face requirement of total recycling goals.

According to the statement of Oxo-biodegradable Plastic Association, only the biodegradable plastic carrier bags can be recycled into new carrier bags. Thus, oxo-biodegradable exemption is qualified by them. Still, it is hard to meet any conclusion in this direction. On the other hand, the organization also states that compostable bioplastics is good for the reason it will generate methane, a valuable greenhouse gas when get into a landfill. So, it is hard to take the statement of the organization serious.

Carlsberg will bring biodegradable wood-fiber bottles for use in beverages

Carlsberg has made an announcement of ground-breaking agreement for development of the totally

biodegradable wood fiber container for beverages. This will be the first fully biodegradable wood fiber bottle of the world. With collaboration of Innovative Fund Denmark and Technical University of Denmark, the company has begun a project with ecoXpac, the packaging company for three years. This new project will be known as the green fiber bottle. All the materials to be used in this bottle project will be biodegradable and sustainable. This is how; the project will be completely degradable.

Read more about this full project here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150126-Calrsberg-wood-fiber-bottle.php

Andrea Dawson Shepherd, Senior VP for Corporate Affairs, Carlsberg stated that the firm believes in the significance of a circular economy for assurance of sustainable growth in future and developing the world into the green planet. Further she stated that if the project will be successful, it will make a remarkable change as an option for packaging liquids.  In this way, the plan will lead towards the zero waste technology. Forming a part of Carlsberg Circular Community, this new project will utilize cradle to cradle framework while development and marketing of the same. The Carlsberg Circular Community CCC has been founded by six partners with two new partners, 1HQ and ecoXpac while CCC goals for adding 15 partners by 2016.

eSUN Developed an Exclusive PLA Printing Material for Finishing of Bronze Sculptures

eSUN has announced the latest addition to its series of specialty filaments. According to the company, this new filament is good for offering color and metallic finishing to bronze, thus suitable for applying in art and sculptural forms. This new filament is exactly the Bronze PLA. Being eco friendly and easy to use, this component is suggested for application in artistic forms. Apart from all this, it is biodegradable and free from all kinds of toxics. According to the statement of an R&D specialist in the company, absence of any kind of printing odor is an additional advantage of this PLA form. Test results show that the filament is unique and powerful enough to represent metallic beauty of bronze. The processing is too easy to be carried out.

Read more about this news here – http://www.bioplasticsmagazine.com/en/news/meldungen/20150123eSun-bronze.php

The Chinese New Year is about to come. For this special occasion, eSUN has sculptured a bronze figurine of a goat as this year is the year of Goat. Outstanding toughness and low material shrinkage rate are some special features of the filament. Apart from this, the company has developed an exciting cleaning filament designed for unclogging residual materials in the printing machine after printing.

Nova Institute Represented its 2015 Update: A Farsighted Study on Biopolymers

Nova Institute, Germany has published a comprehensive market research in March, 2013. Now, this study has been updated in collaboration with reputed experts of bio-polymers from Asia, America and Europe. Now, this study is important for being a significant achievement and acclaiming to be the new standard for market studies in the field of bio-based polymers.

Carried out in collaboration with renowned international experts in the field of bio-based polymers from Europe, America and Asia, it was then hailed as a milestone achievement and acclaimed as a new standard for market studies in this field. The update of the report has been published in Feb, 2015 based upon the studies of all types of biopolymers and leading building blocks manufactured by over 200 companies all around the world. This study has been used as the leading data source of the European Bioplastics’ market data in 2014.

Read more about this market study here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150121nova-Institute-updates-study.php

The whole report presents Nova Institute’s observations and findings in three categories – ‘market data’, ‘trend reports’ and ‘company profile’. In the ‘market data’ section of this report, overall production volume and efficiencies have been represented as well as the leading application fields of some important biopolymers have been described. Further, the ‘trend report’ section bears 10 different articles from renowned experts of biobased polymers and building blocks. Finally, the ‘company profile’ section involves full profile of the company with clear data about locations, projects, policies and production capacities.

The first piezoelectric fabrics has been developed by the Kansai University, Teijin

According to the latest announcement by the Kansai University, the first piezoelectric fabrics has been manufactured by their research team. Prof. Yoshiro Tajistu, faculty of engineering science at the University has developed this fabric for wearable devices using polylactic acid fiber and carbon fiber. Earlier, the Kansai University manufactured a flexible, transparent piezoelectric film with alternate lamination of PLLA and PDLA. The piezoelectric fabric is the newest application of this technology. As this fabric bear the ability of generating an electric charge in response to mechanical stress and vice versa, it will be effective for both, actuators and sensors. The interesting part of this invention is that twilled and satin weave version of the fabric has also been produced apart from the plain one for different applications. Plain, satin and twill weave detects bending, twisting and three dimensional motion, respectively. Moreover, the twilled version also detects shear, bending and twisting.

Read more about this invention here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150122Tejin-PLA-piezoelectric-fabric.php


This piezoelectric fabric will be applied for elaboration of monitoring human actions simply through clothing they wear. This kind of application works by contributing to the evolution of lots of things in the field of surgery, elderly care, space exploration and so on.

An Advance Biobased Plasticizer to be represented by Vertellus in NPE2015’s Startup Garage

NPE 2015 is going to launch a startup garage in Orlando, Florida in March. In this program, Vertellus, the leading global suppliers of additives to plastics and polymers based in Indiana made an announcement for representing they will represent a series of bio-based plasticizers in NPE 2015. Earlier they have launched their high performance co-polymers for glass fiber sizing and technically developed plastic compounding.

Read more about this news here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150120vertellus-at-NPE2015.php

Currently, the company is manufacturing and marketing a variety of eco friendly plasticizers based upon castor oil, citric acid and stearic acid. Apart from the outstanding performance of the technologies utilized by Vertellus, the company keeps a sharp eye on international demand of next generation sustainable solutions in automotive, mobile, wire and medical industry. Apart from the eco-friendly plasticizers, Vertellus will feature special anti-oxidant for styerenics, PVC for automotive wire and engineered plastics. This is on which the technical experts and managers of the company will discuss and address key trends of the industry regarding this matter. Good performance, cost effectiveness and more sustainability are the three main factors for a product to be important for becoming the next generation trend. 

Teknor Apex and Arkema Inc to represent high performance bio-film for house wraps at the NAHB international home builders show

Teknor Apex Company is working in collaboration with Arkema Inc. to enter into a strategic alliance in order to expand the series of breathable films. TPE by Arkema and Terraloy bio-plastic by Teknor Apex have been combined together for discovering a family of bio-compounds, offering good selection of film permeability. This will help manufacturers to enhance their products and contribute more in the sustainability revolution. The resulting compound will be launched at the international home builders show by NAHB. The finally produced bio-films will be bonded with a non-woven fabric to form housewraps that work for prevention of mold and mildew.

Read more about the same here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150119-Teknor-Apex-Arkema-Alliance.php

According to Edwin Tam, the manager of Bioplastics Division’ strategic initiatives of Teknor Apex, collaboration with Arkema for producing high performance bio-films is a good experience as sales and marketing of the Pebax Elastomer in construction industry will be enhanced definitely. On the other hand, Laurent Cartier, Arkema’s Pebax TPE sales and business development manager states that it is a matter of great excitement to join hand with Teknor Apex for addition of a biopolymer to pebax. This will increase the breathability feature of film. This is how the buildings will remain moisture proof.

Bioplastics production and product performance will be on focus in startup Garage by NPE2015

Latest news from NPE2015 is that is upcoming launch of the startup garage that attracts various ventures with latest technologies. This startup garage is nothing but a program developed by SPI in partnership with promising ventures. A directory has been prepared with significant location involving stations at the show which will be held between 23rd and 27th March, 2015 in Orlando, FL. In this directory, total 12 startups have been chosen as well as more demand from market is there. SPI, the developer of the programs states that expansion of the startup garage space is being planned for accepting more applications.

Read more about the startup garage here - http://www.bioplasticsmagazine.com/en/index.php   

Companies selected for this purpose will represent their achievements in the field of bioplastics development, 3D printing, resin processing, polymerization and antimicrobial polymers. Brad Williams, the director trade show sales and marketing in SPI states that the response to call for applications is highly positive and new companies are interested to show what they are doing new in the field of polymer technology. On the other hand, some of the startups are also there to suggest innovative ideas and highlighting issues regarding renewable resources and waste reduction. Manufacturing of eco-friendly plastic and their performance will be on main focus.

Valio works with Tetra Pak to launch the biobased carton packaging

Valio, the Finnish dairy producer has become the first company on international level to sell products in carton packaging made completely of bio-based materials. Customers can enjoy shopping new cartons from retails stores in Finland from this week. Tetra Rex, the new bio-based carton has been prepared completely from the combination of plant derivatives and paperboard. This is a significant step on the growth of Tetra Pak regarding bio-friendly performance throughout it’s operations and portfolio.

According to Elli Siltala, the marketing director at Valio, the company is fully dedicated for increasing shares of renewable resources in packaging products. Further, he states that the company works in collaboration with Tetra Pak to meet the common goal with same vision. Valio is proud to be the first group in the world for availing products totally in renewable carton packages.

Read more about the Valio’s new invention here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150114-Tetra-Pak.php

Bio-based cartons in Tetra Rex are low density polyethylene which are utilized for creation of laminated film for packaging materials while the cap is produced with high density polyethylene; both kind of polyethylene materials have been derived from sugarcane. This completely degradable Tetra Rex packaging is recognized from the word ‘Bio-based’ printed on the pack.

EcopaXX Has Been Proved as a Successful Bioplastic for High Performance Feature

DSM will participate in the next Bioplastics Conference which will be held during the last week of January in Miami, Florida. In this conference, a presentation by Dr. Kees Tintel, business manager of EcopaXX will represent an outline about bio-based alternatives to oil based products. A high performance 70 percent bio-based polyamide PA410 is one of the best examples of EcopaXX. From the family of long chain polyamides, this compound has been characterized by good features present in it such as low moisture absorption and good chemical resistance. Also, this product has high crystallization rate and high melting point. 

Apart from the presentation by Kees, DSM will introduce more about the performance of bio-based materials like Arnitel Eco and EcopaXX in the conference. Both of these products are good for their performance in critical technical components. As the material is certified for being totally carbon neutral; means the amount of carbon-di-oxide emitted during the manufacturing of EcopaXX is equal to the amount absorbed by plants.

Read more about the conference here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150115-DSM-at-Bioplastics-Conference.php

The upcoming bioplastics conference in Miami invites leaders of many leading manufacturers and dealers of the industry. All of these leaders have planned to discuss the latest strategy, innovations in productions, efficiencies of manufacturing and successful practices and trends in the industry.

DibbioPack, a project is being done by researchers for modification of ORMOCER

Bioplastics production is the fastest growing industry in the modern time. Many leading companies are working for development of eco-friendly plastic for packaging industry. Bioplastic films which are made for packaging of products are facing challenges as they are not odor resistant and lead to contamination due to weak humidity resistant property.

In order to achieve biodegradability of the hybrid ORMOCER as the concept of integration of biopolymers developed and for bonding the ORMOCER precursor.  Researchers work extensively for chemical modification of biopolymers like Chitosan and celluloses. These products are subjected for bonding to an inorganic scaffold of silicon dioxide in order to impart better barrier properties to the product.

Read more about the deal here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150113-bioOrmocer.php

But the scaffold used is not completely biodegradable and some of the small remnants remain same even after degradation. Work upon an EU project called as Dibbiopack is being done by a team of researchers. This project has been planned for developing the bio-based type of ORMORCER® in order to overcome the current shortcomings.  The product will be useful for manufacturing of domestic containers and packaging films.

SK Chemical to Launch a New Product, Green Ecozen Tray

SK Chemical is planning to enter into a new venture with it’s bisphenol – A free Ecozen material. This new bio-friendly tray has been prepared with the high performance PETG; a polymer developed with natural green elements. PETG i.e. polyethylene terephthalate has been launched during the last month. The trial lot of 3K Ecozen Trays has been developed by SK Chemical with it’s associates. Good promotional campaign is carried out by the company for meeting the next year’s target of catching various clients. The main objective of the service group is to avoid use of bisphenol-A for the production of meal trays as it has been researched to leave negative impact on health of children.

Read more about this new product in bioplastics industry here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150112SK-Chemical-Ecozen-meal-trays.php

Spokesperson of SK Chemicals states that the Ecozen Material provides extra benefit to the ‘eco friendly’ profile of the company. Ecozen is good as it is free from bisphenol as well as possesses heat resistant properties. In this way, the tray resists distortion in shape and size when it comes in contact of warm food. The material also works for maintenance of top class chemical resistance as it avoids discoloration. By 2018, Ecozen is expected for boosting market share up to 65 percent of the total domestic meal tray material.

Lux Research’s Senior Analyst launched a report on proposal of using cellulosic feedstock for production of bioplastics

Most of the companies engaged in production of bio-based plastics used food crops for the same but now economic forces and government pressure is there on producers to employ only non-food cellulosic material for this purpose. Currently, up to 2.4 billion tons cellulosic mass is available which can be used as raw material for bioplastics production. Lux Research, the leading market research company based in Boston states that cellulosic biomass can be used for manufacturing of bio-based fuels and materials. Definitely, the cost of converting cellulosic feedstock into bio-plastics can be comparatively high.  Andrew Soare, senior analyst in Lux Research states that the two most important metrics to influence the feasibility of cellulosic biomass as an option are cost and availability.

He also wrote a report with title, “Quantifying Cost and Availability of Cellulosic Feedstocks for Biofuels and Biochemicals.” Read more about the report here at - http://www.bioplasticsmagazine.com/en/news/meldungen/20150109Cellulosics-feedstocks.php

Andrew further says that cellulosic feedstock is highly potential for production of bio-based plastics still many business strategies are there to move around feedstock that can be low cost. Definitely, failure in discovering and adopting low cost feedstock options will be an expensive deal for manufacturers. 

Further in the report he mentioned that local availability of feedstock will be a plus for producers as they will not have to invest on transportation of biomass.

BioAmber Inc. to welcome Francois Laurin as new CFO

Production of sustainable chemicals in Minneapolis by BioAmber Inc. has declared retirement of CFO Andrew Ashworth on Dec. 2014. Francois Laurin is to be posted as the new Chief Financial Officers. Andrew stayed in the post of CFO for over three years,, he worked instrumentally in preparation of BioAmber for the beginning public offering. He continued in an advisory role to BioAmber during the first half of 2015 so that transitions in the company can be planned smoothly.

Read more about this news here at - http://www.bioplasticsmagazine.com/en/news/meldungen/20150107-BioAmber-CFO.php

On the other hand, Francois Laurin has worked as CFO of Alderon Ore Corp, a mining company in development stage. He is also former CFO of Consolidated Thompson Iron Mines where he contributed a lot for growth of the company. Being a professional chartered accountant and financial analyst, Francois possesses dynamics of promoting financial strength of the company.  Earlier, he held senior financial position at Caisse de Depot du Quebec, Teleglobe and Bombardier. 

CEO of BioAmber, JF Huc stated that Andrew worked well for the company and guided excellently in IPO efforts. Welcoming Francois as new CFO is a pleasant experience as he possesses good experience in financial matter. He will definitely lead the company towards next stage of growth.

White Coffee Corporation launched biocups for single serving

White Coffee Corporation in New York has declared the introduction of new coffee packaging. This innovative deal has been carried out with single serve organic coffees in compostable cup.

This exclusive Biocup represented under the white coffee moniker offers eco friendly packaging to customers with a wide range of blends and favors. The best thing to know about this organic coffee is that it fills the environment with deep and aromatic flavors. The products have been proved for full bio-composting when subjected for aerobic decomposition. White coffee is becoming trend of the new generation. With the increasing trend of single cup packaging, the concern about waste disposal is going higher. White coffee offers great relief to researchers for its easy to dispose feature

.

Read more about this latest single cup coffee packaging here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150108White-Coffee.php

Jonathan White, the vice president of White Coffee Corporation states that the company bears goal of being leader in the coffee industry. This latest discovery also works by decreasing environmental footprint. The third generation firm, White Coffee Corporation is a family owned business since 1939. For it’s extensive flavor and popularity among customers, white coffee proudly collaborated with leading licensed brands. The Biocups of the same will be compatible for being used with the Keurig system.

Marco Adem, the founder of AK Inovex has developed cost effective method for plastic processing

Conventional plastic recycling process includes lots of water. Avoiding this waste is possible now through an innovative green technology that needs no any inclusion of water; developed by the Mexico based AK Inovex, this process has capacity of processing materials such as polystyrene, Styrofoam and ABS. for this purpose, a customizable series of devices is being applied. Marco Adame, the developer of this technology states that the process is able to process over 90 percent plastic without any inclusion of water and decreases the manufacturing cost up to 50 percent. One more thing to notice here is that the quality of the stuff does not ever decrease with the cost of production. During the entire processing, various stages with different temperatures are avoided.

Read more about the deal here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150106-AK-Inovex.php

Marco further states that the actual process of getting recycled beads include washing and further grinding plastic containers. But the AK Inovex’s technology is feasible as it needs lesser space in comparison to the traditional process, resulting in better quality stuff. The foremost advantage of this process is that it is capable of processing all kind of plastics. This is how; recycling can be made more beneficial. During the next year, company plans for changing its policy and will add an eco friendly washing device for plastic products.

Cost and availability to influence business plans for production of bio-based materials

Most of the eco-friendly product manufacturers in the world focus on production of bio-fuels and bio-polymers. For this purpose, food crops are employed in general but the government pressurizes to employ non-food cellulosic materials for this purpose. According to Lux Research, about 2.5 billion tons of cellulosic biomass are available in the modern time which are led by 1.2 billion tons of solid waste at different costs.

Andrew Soare, senior analyst of Lux Research stated that cost and availability are the two leading factors when analysis of feasibility of these biomass options is carried out. Andrew also prepared the report, ‘Quantifying Cost and Availability of Cellulosic Feedstocks for Bio-fuels and Biochemicals.’

Read more about the deal here - http://www.bioplasticsmagazine.com/en/news/meldungen/20141222Lux-research.php

He further says that various business plans in the modern time are still being created with low feedstock costs, despite of cellulosic feed-stocks potential. This is why, most of the business plans face failure and require optional plans. Also, some strategies become unsuccessful due to rising costs don’t meet proven feedstock value. Through evaluation of various cellulosic biomass sources, analysts of Lux Research found out that local availability is the key to success and wood residues can be used widely for production of bio-based materials.

Emery Oleochemicals apply the ozonolysis technology for production of bio-polyols

According to a recent announcement by Emery Oleochemicals, production in the latest bio-polyol plant in Cincinnati has reaches to the mechanical completion. More to know about the plant is that it will strengthen the company’s efficiency for offering a wide variety of bio-friendly productions and services. The project has been designed with the goal of boosting capacity and technical efficiencies in the production of performance based polyols. This is all to be applied in the furniture, automotive, bedding and appliances industry. The project was declared in 2012 and met it’s initial pre-commissioning activities till the end of same year. Especially, regarding the field of area renewable based polyols. With the help of ozonolysis technology, the company has planned a strategy of wide scale production of biobased polyols.

Know more about the deal here - http://www.bioplasticsmagazine.com/en/news/meldungen/20150105.php

According to the statement of Jay Taylor, Senior Vice President of the company, once after the beginning of commercial operation, the bio-polyol plant will demonstrate extensive capacities of high performance and cost effective products.  Further he says that the company has done outstanding job with the help of 100 workers and external consultants, the facility offers awesome opportunities to be explored by potential customers. Dr. Kongkrapan Intarajang, Group Chief Executive Officer represented pleasure for reaching the first critical milestone.

Solegear and TEQ Joined Hands for Better Production and Marketing of Bioplastics

A strategic agreement signed between Solegear bioplastics and US based TEQ is based upon the promotion of growth and expansion of Solegear’s bioplastics into recognized growth factors of rigid plastic packaging industry. Both of these companies will enjoy benefits of important competitive advantages by utilization of each other’s market, capital, technology, resources and manpower. This is all that can create awesome business opportunities for both the companies. Toby Reid, the CEO of Solegear states that partnership with TEQ offers beneficial growth in market and sales deals offering high volume production to Solegear. The company has made good strategy for production and marketing of environmentally friendly bioplastic packaging.

Read more about this deal here - http://www.bioplasticsmagazine.com/en/news/meldungen/20141217Solegear-TEQ.php

Further Toby says that this is how Solegear can expand its vision and reach to a significant level of success to meet all the demands of customers and clients. On the other hand, TEQ plans to improve it’s capacities and revenue out of it’s partnership with Solegear. Randall K. Loga, the President of TEQ states that the agreement with Solegear is expected to offer new business development by meeting innovative choices of the customer community. The management of TEQ is excited to move forward with result oriented solutions regarding bioplastic production.

World’s Plastics Associations renewed commitment for improving sustainability

The 25th annual Global meeting on plastic and sustainability took place in Manila, Philippines in Dec, 2014. In this program, the executives from international leading plant associations carried out useful discussions on advance sustainability and promoted solutions for plastic waste management and marine debris. The lovable point to know about this meeting is that noteworthy progress and growth has been seen in activities planned for solutions on marine garbage. This program bore 185 different projects launched by 60 associations from over 30 countries.

Read more about this global meeting here – http://www.bioplasticsmagazine.com/en/news/meldungen/20141223-Plastics-Assiations-commit-to-cleaner-oceans.php

Participants in the meeting also specified strategies to meet improvement in sustainability. Recycling and recovery of energy deals from plastic wastes and focus on production of bioplastics are some plans delegates discussed upon. Crispian Lao, delegate from the Philippine Plastic Industry Association stated that improvement in plastic recovery by collection of waste plastics and using them into something useful through recycling and energy production is an important step to be taken for reducing marine litter.

Moreover, Callum Chen from the Asia Plastics Forum stated that each and every Plastic Association from the world needs to play an important role in the direction of preventing marine litter so that a sustainable future can be ensured.

Metabolix, the USA based producer of PHA biopolymers carries out a manufacturing site assessment including a capital plan, engineering study, site owner’s interview, cost estimate operations and intermediate level biopolymer production. The company has planned to defer commitment for contract production at the site. With the plan of significant improvement in output of Mirel PHA biopolymers, the main objective of this deal will revolve around the production of a-PHA biopolymer that will be utilized in current development plans for the unique PHA product.

Read more about this plan here - http://www.bioplasticsmagazine.com/en/news/meldungen/20141228Metabolix-focus-on-a-PHA.php

According to the statement of Joseph Shaulson, CEO of Metabolix, the company believes that biopolymer production is the best approach at this time. As the company expects increase in output from the pilot facilities, it is important to keep the capital investment at the modest level this year and enhance the runway offered by finance and restructure accomplished already. Further, same approach is supposed to work well for speeding the availability of a-PHA material to develop market.  Joseph further adds that the company needs to work upon a strong strategy going further towards evaluation and development of production expansion ideas for the business. This is important for the company with the idea of bringing on production of PHA on wide level.

RSC Biomaterials Chemistry Special Interest Group is going to organize its 9th annual meeting in 2015

Happy New Year Friends. The Rimmer Group in the New Year is going to attend the RSC Biomaterials Special Interest Group which will be held at the King’s College, London in 2015. The company is in discussion for its planning of presenting a wide range of posters regarding current researches from Sheffield University. Entitled as ‘Bacteria Binding by a Fluorescent Polymer Probe’, the presentation by Thomas Swift will tie the researches together about the highly branched polymer paper. The company has been invited for participation in the ninth annual conference of RSC Biomaterials Chemistry Centre, London. With the expectation of an exciting program, the annual conference will represent numerous keynote lectures and two plenary going to be represented by reputed researchers.

Read more about this deal here - http://www.biopolymer.group.shef.ac.uk/?page_id=121

RSC Biomaterials Chemistry Special Interest Group has been established in 2005 to focus upon the synthesis activities and characterization of biomaterials by the UK universities and industry. The main objective of the group is to improve the knowledge about biomaterials’ chemistry which are applied on drug delivery, regenerative medicine and prostheses.  The annual conference of the company is based upon promotion of biomaterials chemistry R & D, elaboration of existing links and stretching wings of expertise.