核心技術一. 陸生生物質——高能植物技術系統
The core technology I . Terrestrial Biomass System TBS
包括高能植物選育種與繁殖技術、鹽堿地高產栽培技術、生物制造技術、生物能源與綜合利用技術。
自2008年以來，公司密切關注國內外能源作物的研究情況。根據多方比較，最終將公司研發目標鎖定為具有高光合作用效率、高生物質產量的C4植物，從禾本科中的芒屬、荻屬、蘆竹屬、蘆葦屬和狼尾草屬植物中尋找最佳的高能植物物種。
公司從國內外收集到大量可產業化的種質資源，其來源包括韓國、馬來西亞、浙江、湖南、廣西、海南、福建等地。目前公司已在杭州東郊建立面積達200畝的高能植物種質資源圃，旨在進一步篩選、優化可產業化的高能植物種質資源。
公司選育的高能植物荻竹系多年生禾本科C4植物，一個生長周期為15-20年，即種植后可收獲15-20年。作為能源植物荻竹具有以下優點：①極佳的農藝性狀。荻竹生物效率高，畝產可達4噸；耐鹽堿，可在PH 8的土壤中生長；容易種植，適應性強，管理成本低；耐病蟲害。②極高的生物質含量。芒荻類屬高光效、光合作用代謝途徑為碳4的高生物量植物。③優良的工業性狀。荻竹原料均勻一致，適合工業化操作；耐儲藏，不易腐爛；原料收獲期分散，一年中可多次采割；并可采用青料進行加工 。④荻竹為我國原種，采用無性繁殖方式進行培育，生物風險可控。
目前，公司已經完成以荻竹為主的高能植物生物質的轉化應用技術。
High- energy plant selection and process technologies include energy plant collection, breeding and propagation, high-yield cultivation with saline-alkali soil , separation and bioprocessing technology, and biofuel and comprehensive
utilization technology.
The company has started energy crops research and development since 2008 in China and other countries. Targeting on C4
plants, which have a high photosynthetic efficiency and high content of biomass we have collected and selected the best
species from the graminaceous plants, including Miscanthus, triarrhena, gramineae arundo, Phragmites, and Pennisetum
genus. A large number of plant species were collected from China and other Asian countries such as Korea, Malaysia and
other SEA countries . The company has established 50 acres of high-energy plant germplasm nursery in the eastern
suburb of Hangzhou for germplasm, breeding and cultivation research .
Our proprietary miscanthus and triarrhena selections can be harvested for 15-20 years after planting and have following
advantages:
A. High biological efficiency: Our high-energy crops can yield up to 24 tons per acre even under stress conditions.
B. Excellent agronomic traits: These crops can be grown in saline-alkali soil, and show resistant to pests or diseases
with strong adaptability and low management cost.
C. Excellent industrial traits: Our specially selected varieties spoil slowly and can be harvested several times a year. Harvested
materials are easy to be separated as different raw materials for further processing, therefor suitable for industrial use .
D. Biological risk of miscanthus and triarrhena is controllable because it is cultivated in asexual propagation.
Currently, the company has completed miscanthus and triarrhena bioprocess and converting technology.
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