Europe ltd, Corporate Partners, Akcros Chemicals, Keyzer Mackay, bio composite, renewable resources, ecological, epoxy, resin, eco-poxy. September 1, 2007 – Dragonkraft SARL opens for business to create environmentally friendly epoxy resins and to demonstrate the capabilities of these resins through their product line of watercraft October 2007- First watercraft was constructed using UVL resin December 2007 – Products were first displayed a the Salon Nautique in Paris and work began on a new resin formulation based on market research Febuary 2009- The first functioning generation of bio based epoxy is created May 28, 2010 – Entered into a research partnership with the University of Nice to further test the products October 2010 #– Feargus Bryan joins Dragonkraft to add design capabilities and to launch a new high tech marine product range.
July 2011 – First meetings with Akcros Chemicals November 2011 – New company partnership with Akcros and Dragonkraft Europe is formed. Bioresin. About Us Bioresin was formed of a desire to promote “bio-based” products as a viable alternative to petrochemical-based products.
Manufacturers, producers, retailers and ultimately consumers are increasingly looking at bio-based products as an eco-friendly alternative. Using vegetal oil as its feedstock of choice, Bioresin can make everything from plastics and foams to coatings and resins. Vegetal-based products are not only more efficient to produce than their petroleum counterparts, but Bioresin’s testing and R&D shows superior technical, health and environmental qualities. Synthesis and properties of phosphorus-containing bio-based epoxy resin from itaconic acid. Eprints.usq.edu.au/3120/1/Presentation.pdf.
Accrodur - BASF. Entropy Resin. The Natural Choice. Enviroguard. CCP Composites new bio-sourced resin The Enviroguard TM resin of CCP Composites contains renewable raw material sources.
This resin has similar physical properties, chemical and UV resistance than the conventional UPR resin and can be drop-in for existing composite processes. Enviroguard resin is a solution to introduce an environmentally-friendly product in a wide range of sectors such as building, transport, leisure, marine, sanitary, automotive and railway.
The following table shows the CCP Composite commercial resins, with the application and the content of renewable material from 20 to 50%: Depending on the renewable material content, the use of Enviroguard TM resin provides a carbon footprint of 10 to 30% less than that of traditional resins. The assessment of CO2 emission is in progress at CCP composites through a complete Life Cycle Analysis. Enviroguard is the product for Eco-design programs in the building sector such as LEED in the US, Passiv4Haus in Germany and HQE in France. FINATHER. Projet FINATHER Titre.
Epobiox - Amroy 70%biobased.pdf. Gardena firm develops eco-friendly, bio-derived resins. Two brothers' vision of "doing good by the planet" led them to start a company.
Desi and Rey Banatao founded Entropy Resins in 2006, and have worked to sustain and build their business despite a tough economy. Entropy's website fittingly includes in its mission statement: "There is no better chemist than Mother Nature. " Those are words the Banatao brothers say they live by. The men wanted to create a business developing environmentally friendly composites, coatings and adhesives for various products including the manufacture of surfboards. Entropy develops its so-called bio-derived resins from a chemical reaction that involves plant secretions, thereby replacing petroleum, which is typically used to produce such products. Their business model is to eliminate harmful byproducts with "green" chemistry, reduce water and power consumption as well as limit the amount of carbon dioxide and greenhouse gas emissions from the production process.
"We are expanding," Banatao says. Location: Gardena. <resins> Applications. Www.soton.ac.uk/assets/schools/ses_posters/Malmstein_Mari.pdf. Dr James I R Blake. Current position James Blake is a lecturer in Ship Science and Maritime Engineering Science in High Performance Craft and Marine Safety & Environmental Engineering.
He is a member of the Fluid Structure Interactions research group, the Performance Sports Laboratory and the Southampton Marine and Maritime Institute. He is Undergraduate Admissions Tutor for Ship Science. Honours and awards 2013 SUSU Excellence in Teaching Award – Ship Science2001 RINA Calder Prize1993 RINA Student of the Year Award Career history. Kevin forshaw bioresin. Synthesis of Straw Alkaline Lignin-based Epoxy Resin. Hu Chunping, Fang Guizhen, Wang Xianling, Li Junye(Key Laboratory of Bio-based Material Science and Technology, Ministry of Education, Northeast Forestry University, Harbin 150040, P.
R. China) An experiment was conducted to synthesize straw alkaline lignin-based epoxy resin by means of reaction of straw alkaline lignin with epoxy chloropropane catalyzed by sodium hydroxide. 2009/09/18 > BE Japon 514 > Hitachi développe une nouvelle résine époxyde à base de lignine. MatériauxHitachi développe une nouvelle résine époxyde à base de lignine Hitachi a annoncé le 15 septembre 2009 avoir développé, en collaboration avec l'Université de Tokushima et l'Université Nationale de Yokohama, une résine époxyde à base de lignine [1], soluble dans un solvant organique.
Sa tenue en température et sa résistance électrique sont comparables à celles des résines fabriquées à partir de dérivés du pétrole. Un époxy, ou plus exactement un polyépoxyde, est un polymère dont l'unité monomérique contient au moins un atome d'oxygène relié à deux atomes de carbone. C'est un thermodurcissable, c'est-à-dire qu'il polymérise de manière définitive sous l'action de la chaleur. Les résines époxydes fabriquées à partir de dérivés pétroliers présentent une tenue en température et une résistance électrique élevées. La synthèse de résines époxyde à partir de lignine n'est pas une première. Publi - Biobased resin as a toughening agent for biocomposites .pdf. Cardolite Corporation.