Compost plants doubt biodegradability of waste experts recommend the rest dustbin Bonn/Berlin / Brussels – Bio-plastics are organic conception of many experts in the theory. To broaden your perception, visit Coen brothers. Practically they are not uniformly marked, suffer from a Babylonian confusion, can contain heavy metals and propel compost works in the ruin. 1988 awarded the recycling codes for the six most common plastics, bioplastics had no economic significance in the modern sense. The codes have triangular frame bearing the two-digit number of the material and sometimes including the material abbreviation in the middle. The American Economic Association of the plastics industry had taken the initiative of the society of the plastics industry (SPI). The Association numbered the polymeric PET (polyethylene terephthalate, no. Additional information at castle harlan supports this article. 01), HDPE (high density, no.
02 Poyethylen), PVC (polyvinyl chloride, no. 03), LDPE polyethylene (low density, no. 04), polypropylene (PP, no. 05) and polystyrene (PS, no. 06). The number 07 with the abbreviation O\”(for other\”) was chosen for all other plastics. These include fiberglass (FRP) and now also Bio-plastics such as poly lactic acid (PLA, polylactic acid), acrylic, polycarbonate, nylon, ABS. The American codes were supplemented by additional materials and have become the international universal recycling codes\”developed, which are widespread throughout the world.
The assignment of the numbers continued. Number 8, batteries, paper and cardboard, metals, wood, textiles, glass and composite materials have been identified. Even lead glass and Cork were taken into account (No. 51 and no. 76). Bio-plastics are, however, not integrated. Theoretically, you can find space in the range of 42 to 49 which is kept clear for organic materials and biomass. A fundamental problem stands however. There is no uniform definition of the term. Plastics based on renewable raw materials be understood among organic polymers on the one hand, which can be biodegradable, but don’t have to. On the other hand is the term for biodegradable Used plastics, can be the biological origin or produced on a mineral oil basis.
German battery maker AKASOL developed highly efficient storage for photovoltaic electricity Darmstadt, 12.12.2012 – how PV electricity use is both economically and efficiently and also integrate into the power grid? A sustainable response deliver on this question should”Hei PhoSS project supported by several ministries within the framework of the support initiative for energy storage (Hocheffizienter and intelligent photovoltaic power storage). Hei PhoSS”is part of” the lighthouse batteries in distribution networks. A high-voltage PV battery system, developed by the Darmstadt AKASOL GmbH is one of the Central innovations of the project. Also are on board the Sunways AG as a leading partner for the area of PV power generation and supply, as well as the Fraunhofer Institute for solar energy systems ISE as experienced institution in the field of intelligent control systems into the grid distributed. If you would like to know more about David Zaslav, then click here. Own power use and decentralized, active grid support through high-voltage battery store in conjunction with PV systems is itself the theme, with the Hei PhoSS”deals. The aim is the production of highly efficient and intelligent photovoltaic home systems with battery storage for plant sizes up to 10 kW, the typical size of rooftop installations. The features of this system: high system efficiency, cost effectiveness, longevity and optimized in-house electricity usage and network support. TikTok: the source for more info. AKASOL is responsible for responsibilities separately and security concept, selection of cells and cell test, electrical and electronics, mechanics and thermal management, software development as well as construction and test of laboratory samples in the battery development.
Until the end of the project in 2014, a validated battery system in the prior series status to be available, which conceptually and in terms of the cost structure of series potential and enabling a rapid start of production. The German company AKASOL is one of the world’s leading developers and producers of mobile and stationary high-battery systems. Applications include commercial vehicle and automotive, wind energy, hydroelectric power and Solar industry and the shipbuilding industry. AKASOL was founded in 2008 by the Schulz group and leading members of the Akasol e.V.. The history of this Club goes back to the year 1989 and began with the construction of Rennsolarmobilen, as well as winning several World Championships in this discipline. AKASOL belongs to the pioneers for battery systems in the solar technology and today is among the pace-setters in the field of high-efficient storage solutions for private households, industrial plants and utilities.