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什么是全降解原材?
WHAT IS A
FULLY DEGRADED MATERIAL?

全降解原材是在可降解生物材料的基礎上進一步的開發,可被大自然完美降解吸收的可再生資料材料。全降解原材與傳統材料不同,它的生物聚合物可以可再生資源,本公司所出品的全降解原材則以毛竹作為主要生產成分。如:糖,澱粉,植物油,纖維等。

全降解原材可在自然界的土壤,沙土等條件,堆肥條件,厭氧消化條件等自然中存在的微生物作用引起降解,最後完全完全轉化為二氧化碳,水和元素無機鹽及新的生物質塑料。

全降解相對市場上現有的可降解材料,可以做到百分百降解,既被完全自然吸收,不會造成土壤,水源及生態圈的負擔。

BBM is an advance development on the basis of degradable materials, it can be completely degraded and absorbed by natural environment. BBM are different from traditional materials. It's biopolymerization is derived from renewable resources, such as sugar, starch, vegetable oil, and fiber. In fact, Moso Bamboo is the main ingredient used.

The BBM can cause degradation in the natural soil, sand, compost conditions, anaerobic digestion condition and other micro-organisms existing in nature, and finally completely degrade into carbon dioxide, water, elemental inorganic salts and new biomass plastics.
Compared with the existing degradable materials on the market, BBM can be completely degraded, that it is completely absorbed by nature without causing the burden on soil, water sources and the ecosystem.
标题

據統計,全球每年因燃燒化石能源而產生的二氧化碳多大240億噸,其中約150億噸被植物在進行光合作用時吸收,剩下的90億噸永遠停留在大氣層中。為將資源豐富的二氧化碳變廢為寶,基於二氧化碳共聚物的全生物降解塑料成為開發熱點。
中國科學院長春應用化學研究所研究員王獻紅告訴“中國科學報”記者,二氧化碳基塑料的主要原料為二氧化碳,環氧丙烷及丙烯。其中,二氧化碳被大量利用,質量百分比在40%左右。

除了具有資源再生利用的意義,二氧化碳基塑料的環保效應也使其優勢一覽無遺。王獻紅表示,由於二氧化碳基塑料是脂肪族聚酯,因此具有100%的生物降解性能,避免了傳統塑料產品對環境的二次污染。

According to statistics, as much as 24 billion tons of carbon dioxide are generated every year due to the burning of fossil energy, about 15 billion tons are absorbed by plants during photosynthesis, and the remaining 9 billion tons remain in the atmosphere forever. In order to turn resource-rich carbon dioxide into waste, carbon dioxide copolymer-based biodegradable plastics have become a hot spot for development.
Wang Xianhong, a researcher at the Changchun Institute of Applied Chemistry of the Chinese Academy of Sciences, told the China Science Daily that the main raw materials of carbon dioxide-based plastics are carbon dioxide, propylene oxide, and propylene. Among them, carbon dioxide is used in large quantities, with a mass percentage of about 40%.

In addition to the significance of resource recycling, environmental effects of carbon dioxide-based plastics make its advantages clear, Wang Xianhong said that because carbon dioxide-based plastics are aliphatic polyesters, they have 100% biodegradability and avoid secondary pollution of the environment by traditional plastic products.