化工新型材料
化工新型材料
화공신형재료
NEW CHEMICAL MATERIALS
2010年
z1期
214
,共1页
PHA%完全生物降解%产业化%成本%绿色循环
PHA%完全生物降解%產業化%成本%綠色循環
PHA%완전생물강해%산업화%성본%록색순배
PHA%full-biodegradable%industrialization%cost%green circular economy
聚羟基烷酸酯PHA是一种新型的可完全生物降解的热塑性塑料,具有生物相容性、生物可降解性、压电性以及良好的使用与加工性能,其基本性能与聚丙烯相似,可在传统塑料加工机械上进行拉丝、模压、热注塑加工成型,可代替绝大部分石油基塑料原料,广泛应用于农业、环保、生物化工、微电材料、能源、医药、医用材料等领域.近年来,PHA在美国、德国等国已得到初步产业化应用,但成本过高,尚未进入规模化生产.意可曼公司以世界领先的基因工程菌种构造法,采用生物发酵技术合成PHA,突破了PHA产业化高成本与产品性能单一的技术瓶颈,性能优异,且其降解速度可根据不同的应用需要,由其共聚物的组分来控制,降解后最终产物进入碳的生物循环,构成完整的绿色循环经济体系.
聚羥基烷痠酯PHA是一種新型的可完全生物降解的熱塑性塑料,具有生物相容性、生物可降解性、壓電性以及良好的使用與加工性能,其基本性能與聚丙烯相似,可在傳統塑料加工機械上進行拉絲、模壓、熱註塑加工成型,可代替絕大部分石油基塑料原料,廣汎應用于農業、環保、生物化工、微電材料、能源、醫藥、醫用材料等領域.近年來,PHA在美國、德國等國已得到初步產業化應用,但成本過高,尚未進入規模化生產.意可曼公司以世界領先的基因工程菌種構造法,採用生物髮酵技術閤成PHA,突破瞭PHA產業化高成本與產品性能單一的技術瓶頸,性能優異,且其降解速度可根據不同的應用需要,由其共聚物的組分來控製,降解後最終產物進入碳的生物循環,構成完整的綠色循環經濟體繫.
취간기완산지PHA시일충신형적가완전생물강해적열소성소료,구유생물상용성、생물가강해성、압전성이급량호적사용여가공성능,기기본성능여취병희상사,가재전통소료가공궤계상진행랍사、모압、열주소가공성형,가대체절대부분석유기소료원료,엄범응용우농업、배보、생물화공、미전재료、능원、의약、의용재료등영역.근년래,PHA재미국、덕국등국이득도초보산업화응용,단성본과고,상미진입규모화생산.의가만공사이세계령선적기인공정균충구조법,채용생물발효기술합성PHA,돌파료PHA산업화고성본여산품성능단일적기술병경,성능우이,차기강해속도가근거불동적응용수요,유기공취물적조분래공제,강해후최종산물진입탄적생물순배,구성완정적록색순배경제체계.
Polyhydroxyalkanoates(PHA)is a new kind of full-biodegradable thermoplastic,with charaeteristics of bio-compatibility,biodegradable,piezoelectric,and good performance of utility and processing.PHA holds the basic properties similar to polypropylene,and can be processed in drawing,molding,thermal plastics processing,etc.by conventional machine.Its applications areas include agriculture,biochemical,micro-electronic,energy,Medicine,Medical,etc. In recent years,PHA had received initial industrial applications in some countries such as American and German.but PHA didn't come into large-scale industrialization because of the high cost.Now Ecomann has produced PHA via formation with world-leading industrial genetic engineer(IGE)technologies and the first production line with an output of 5,000 ton/year PHA has been successfully running.Ecomann's products have lower cost and excellent performance.Its degradable rate varies to meet different application needs by ways of the co-component control. Then its final product comes into carbon biological cycle and thus constitutes a complete green circular economy.