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Advanced Theory and Technology of Intensifying Hydrogen Bioproduction with Organic Wastewater - Application and engineering studies of photobiological hydrogen gas production by marine green microalgae
- The key technologies for bio-ethylene production and its industrialization development
- Research on the key technologies for the industrialization of Bio-ethylene
- Development of Key Technologies for Biotechnological Production of L-Lactic Acid
- Industrial Production of Complete Biodegradable Plastic (PHBV)
- Genetic modification and fermentation optimization on solvent-producing Clostridium acetobutylicum
- Research on Key Technologies of Environmental Microbial Agent Preparation and Production
- Development of microbial agents for the bioremediation of nitroaromatics-contaminated soils
- Study on Critical Technology of Antagonistic Yeast Formula
- Research on the key technology of microbial enhanced oil recovery
- Key Technology & Product Development of Jerusalem Artichoke Biorefining
- Development of High Throughput Screening Protocols for Microbes and Their Metabolites
- Improvement of the doramectin producer by genomic engineering
- Constructing and screening the metabolic engineering strains of macrolactone antibiotics
- Breeding of Microorganisms producing high value secondary metabolites and their fermentation process optimization
- Directed Evolution of lipases
- Enzyme engineering for pharmaceutical industry
- Construction of multi-scale biomolecular machinery for biosynthesis of chemicals and material from natural fats
- Acid and base regeneration in separation and purification of fermentation products
- Novel efficient fermentation process with integration of bioreaction and bioseparation
- Study on microbial resources from extreme environment
- Understanding the Genetics of Extremophilic Archaea for the Exploitation of their Biotechnological Potential
- Formative mechanism of endangered aweto of Qinghai-Tibet Plain
- Studies on higher fungi and their chemical compounds in alpine and subalpine regions of Southwestern China
- Biotechnology of Efficient Breeding of New Tuber Crops
- Screening and Appraisal of Energy Plants and Research on Large-scale Plantation Technology of Jatropha Curcas
- Strategic Study and Knowledge Environment Development of Industrial Biotechnology
- Construction and Application of a Metabolic Engineering Technology Platform
- Systems Biotechnology for Succinate Production
- Discovery of Novel Enzyme Catalysts and Their Application in the Synthesis of High Value Chiral Chemicals
- Development of Novel Anti-infective Biomaterials
- Improvement of biomass convertibility through functional genomics
- Research and genetic modification of energy crop miscanthus
- Molecular mechanisms research of concentrating energy of energy plants,Jatropha curcas and Cassava
- Comprehensive Evaluation on Large-Scale Cultivation of Energy Plants
- Development and Mass Producing Techniques of Fungal Biopesticides
- R & D of Know-How Technologies of Phytopesticidal Industryand Their Applications
- Studies on the Key Technologies for Large-Scale Producing Biological Germicide
- Key Techniques to Industrialization of Micro-biopesticides
- Research Program on Key Technique of New Type Plant Resistance Inducer Industrialization
- Research on the low cost and efficient photovoltaic converted nanocrystalline solar cells based on photosynthetic membrane pigment-protein supercomplexes
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 Institute of Microbiology, Chinese
Academy of Sciences (IMCAS) http://www.biotech-china.com/2009/ english/01.asp
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