2) biomass engineering
生物质工程
3) biomass gasification
生物质气化
1.
The development of disposal technology on tar-containing wastewater from biomass gasification;
生物质气化洗焦废水处理技术的研究进展
2.
Screening of strains for degrading the biomass gasification tar-containing wastewater;
降解生物质气化焦油废水菌种的分离筛选
3.
Status of integrated biomass gasification and fuel cell power generation system;
生物质气化高温燃料电池一体化发电技术研究
4) gasification of biomass
生物质气化
1.
An anaerobic pretreatment of tar-containing wastewater from gasification of biomass was studied in a upflow blanket filter(UBF) at ambient temperature of 16~36℃,and the suspended microbe in the UBF reactor was also analysed.
在环境温度16~35℃条件下,流式污泥床—过滤器(UpflowBlanketFilter,UBF)复合式厌氧反应器对生物质气化发电焦油废水进行了厌氧预处理实验研究,对UBF反应器内悬浮态微生物相进行了分析。
2.
Acclimation and granulation of anaerobic sludge was achieved in the UBF reactor treating tar containing wastewater from gasification of biomass for power production at ambient temperature (16~36℃), the COD proportion of tar containing wastewater in the influent was the main effect factors in the process .
处理生物质气化发电焦油废水的上流式污泥床过滤器(UBF)内厌氧污泥在环境温度(16~36℃)条件下完成驯化并实现颗粒化,其间焦油废水的COD比例是主要影响因素。
5) biomass gasification and gas-supply
生物质气化供气
6) bio-energy engineering industry
生物质工程产业
1.
We can even foresee the formation of bio-energy engineering industry groups in coming years.
在阐明世界生物质能发展现状和趋势的基础上,从中国和福建省的资源现状分析和需求分析2方面,对福建省发展以生物能源为龙头的生物质产业群的资源与需求进行分析;根据福建省生物能源技术发展的现状,分析了福建省生物质工程产业发展的经济可行性;提出福建省生物能源产业的战略目标和战略重点,包括实施中应注意的问题、重点考察的领域、重大产业化示范的可能区域和科技创新体系建设。
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