CBD Global Sciences To Acquire Pure BioPlastics, A Colorado Renewable Plastics Company
CBD Global Sciences To Acquire Pure BioPlastics, A Colorado Renewable Plastics Company
CBD Global Sciences, Inc., dba Global Sciences Inc. (OTCPK:CBDNF) (CSE:CBDN) (Frankfurt:GS3.F) (Munich:GS3.MU) has signed into a binding letter of intent with Pure Vision Technology LLC for the acquisition of 100% of Pure BioPlastics Inc., a company in Ft. Lupton, Colorado.
CBD Global Science，Inc.、DBA Global Science Inc.(OTCPK：CBDNF)(CSE：CBDN)(法兰克福：GS3.F)(慕尼黑：GS3.MU)与Pure Vision Technology LLC签署了一份具有约束力的意向书，收购Pure BioPlatform Inc.100%的股份。，一家位于福特的公司。科罗拉多州卢普顿。
With the acquisition of Pure BioPlastics Inc., the company will create a bio-based technologies division, run by Ed Lehrburger, who is a PBP founder and a principal of its parent company, PureVision Technology LLC. This new division will continue advancing solutions to the global environmental issues dealing with plastics.
通过收购Pure BioPlatform Inc.，该公司将创建一个基于生物的技术部门，由埃德·莱尔伯格，他是PBP的创始人，也是其母公司PureVision Technology LLC的负责人。这个新部门将继续推进与塑料有关的全球环境问题的解决方案。
Pure BioPlastics Inc. was initially established to scale up the CCR technology, to supply bio-based solutions to the destructive global dependence on oil-based plastics with a 100% bio-based pathway to produce plastics. After over 100 years of a petroleum-dominated economy and society, the PBP bio-based technologies are ready to be scaled up to transform readily available non-food biomass into bioplastic products.The principal breakthrough is the organization's patented continuous countercurrent reactor technology, where biomass is rapidly converted into pulp, lignin and sugars. These three raw materials are the starting materials to manufacture reusable, recyclable, and biodegradable plastics.
纯生物塑料公司最初成立的目的是扩大CCR技术，为破坏性的全球对石油塑料的依赖提供基于生物的解决方案，100%以生物为基础的途径生产塑料。在经历了100多年以石油为主导的经济和社会之后，PBP基于生物的技术已经准备好扩大规模，将现成的非食品生物质转化为生物塑料产品。主要突破是该组织的专利连续逆流反应器生物质能迅速转化为纸浆、木质素和糖的技术。这三种原料是制造可重复使用、可回收和可生物降解塑料的起始材料。
Different than today's current generation of bio-based plastics derived from GMO corn starch and other food-based sugars, CCR-derived bioplastics are created from non-food biomass such as hemp and corn stalks, switchgrass and wheat straw. The CCR technology is feedstock agnostic, able to process diverse biomass feedstocks into sugars and lignin to produce bioplastic intermediates. Unlike mixing hemp fibers or hemp resins into petroleum-based or recycled plastics; the end product of the PBP technologies is 100% bio-based plastic.
与当今从转基因玉米淀粉和其他食用糖中提取的生物塑料不同，CCR提取的生物塑料是从非食品生物质中提取的，例如大麻还有玉米秸秆、柳枝草和小麦秸秆。CCR技术与原料无关，能够将各种生物质原料加工成糖和木质素，以生产生物塑料中间体。与将大麻纤维或大麻树脂混合到石油基塑料或回收塑料中不同，PBP技术的最终产品是100%生物基塑料.
The patented CCR technology has been proven at the pilot plant with a 0.5-ton/day CCR. The company plans to finance the scale-up of the processing capability from 0.5 to 8-tons/day within 16-24 months.
专利的CCR技术已经在0.5吨/日的CCR中试工厂得到了验证。该公司计划在16-24个月内为扩大加工能力提供资金，从0.5吨/天扩大到8吨/天。
Ultimately the company will develop a 60-ton CCR-based biorefinery, with expansion capabilities to launch the bio-based plastics manufacturing division.
最终，该公司将开发一个60吨的基于CCR的生物炼油厂，具有推出生物塑料制造部门的扩张能力。
译文内容由第三方软件翻译。