生物燃油,bio-oil
1)bio-oil生物燃油
1.The transportation of heat carrier is a key link of the procedure of bio-oil production.热载体输送是生物燃油生产过程中的关键环节,输送过程的保温程度和输送效率直接影响生物燃油的生产。
2.It's the key technology during the process of producing bio-oil to heat through heat-carrier,whether it's advanced or not is connected directly with the cost of bio-oil.热载体加热是生物燃油生产过程中的关键环节,热载体技术先进与否直接关系到生物燃油的生产成本。
3.This paper mainly introduced the theoretical basis,specified designing plan and the operating principle about the fuel-heating system of disel engine which use bio-oil/disel mixed fuel,founding solid base for the application of the bio-oil/disel mixed fuel on the common engine.主要介绍了生物燃油/柴油混合燃料柴油机燃油加温系统设计的理论依据、具体的设计方案及其工作原理和过程,为生物燃油/柴油混合燃料能够在普通柴油机上推广应用奠定基础。
2)biomass fuel生物质燃油
1.The study of the physical and burning characteristics of biomass fuel;生物质燃油热物理和燃烧特性的研究
英文短句/例句

1.The Study of the Burning Oil of Biomass as the Diesel of Engine Alternative Fuel;生物质燃油做柴油机代用燃料的研究
2.Research on Characteristics of Biomass Fuel and Their Using in Diesel Engine生物质燃油的特性及其在柴油机上的应用研究
3.Partial Homogeneous Charge Compression Ignition Combustion of n-Heptane/Biodiesel Dual Fuel Engine正庚烷/生物柴油双燃料的部分均质压燃燃烧
4.Preparation of Emulsified Fuel from Biomass Pyrolysis Derived Bio-oil and Diesel and Their Use in Engine生物质热解生物油/柴油乳化燃料的制备与试验
5.Research of the optimum HLB value for bio-diesel and bio-oil emulsified fuel生物柴油-生物质油乳化燃料最佳HLB值研究
6.Experimental Study of Combusition Kinetics and Fuel Characteristics of Biomass Tar;生物质焦油燃烧动力学及其燃料特性实验研究
7.Experiment Study of the Thermophysical Characterics of Tar and the Purifier of Biomass Gasification System;生物质焦油热物理特性与燃气净化装置研究
8.Eco-energy Forest--the Future Raw Material Base of Biomass Fuel Oil;生态能源林——未来生物质燃料油原料基地
9.A material such as wood, coal, gas, or oil burned to produce heat or power.燃烧剂木头、煤、天然气、石油等燃烧生热并且产生能量的物质
10.Study on optimum HLB value and physicochemical properties of diesel and bio-oil emulsions柴油-生物质油乳化燃料最佳HLB值及理化性质研究
11.Contribution of Biomass-Based Liquid Fuel to Chinese Oil Security;生物质液体燃料对我国石油安全的贡献
12.A Discussion on Development of Bio-fuel-oil and Its Application in China;生物质液化燃油的发展及其在我国应用探讨
13.Study and Process Simulation on New Technology of Biomass Tar Removal新型生物质燃气脱焦油工艺技术的研究及模拟
14.Research on Safety in Design of Key Devices Used to Convert Biomass into Bio-oil生物质制燃油关键设备设计中的安全性研究
15.THE RESEARCH ON HEATING DEVICE FOR THERMOPHORE USED TO CONVERT BIOMASS INTO BIO OIL生物质制燃油用热载体加热设备的研究
16.The Research That Convert the By-product (Coke Tar) of the Biomass Gas Cracked by Moving Bed into Fuel Oil;移动床干馏制气副产物—生物质焦油制燃料油的研究
17.The State encourages and supports the production and consumption of superior fuel oil, and takes measures to reduce the pollution of atmospheric environment by harmful substances in the fuel oil.国家鼓励和支持生产、使用优质燃料油,采取措施减少燃料油中有害物质对大气环境的污染。
18.Technology of Biomass Conversion to Biofuel Based on Supercritical Alcohol;基于醇类介质的生物质超临界液化转化燃油技术研究
相关短句/例句

biomass fuel生物质燃油
1.The study of the physical and burning characteristics of biomass fuel;生物质燃油热物理和燃烧特性的研究
3)bio-oil fuel生物油燃料
4)bio-oil生物质燃油
1.Experimental study on friction and wear characteristics of bio-oil;生物质燃油摩擦磨损特性试验分析
2.The production and the heating value of bio-oil are increased by reg ulatin g the culture conditions and the lipid contents of microalgae.微藻热解所得的生物质燃油热值高达33MJ/kg,是木材或农作物秸秆的1。
3.The feasibility of utilizing biomass energy is stated in terms of utilization status of waste biomass resources,conversion technology of fuel produced from biomass,production cost budget of bio-oil and the potential market of bio-oil.从废弃生物质资源利用现状、生物质制燃油的转化技术、生物燃油生产成本预算、生物燃油的市场等方面阐述了应用生物质能的可行性,表明生物质燃油具有广阔的应用前景。
5)the burning oil of biomass生物质燃油
1.Study on combusting property of the mixture fuel of the burning oil of biomass and diesel oil for diesel engine use;柴油机燃用生物质燃油—柴油混合燃料燃烧特性的研究
6)biomass fuel oil生物质燃料油
1.In order to meet the demands of raw materials for biomass fuel oil production in China,we have conducted an overall investigation of the main woody plant resources suitable for the biomass fuel oil production in China.为了满足生物质燃料油生产对原料的需要,对中国适合于作生物质燃料油原料的主要木本植物资源进行了全面普查,明晰了中国主要生物质燃料油木本原料植物资源的分布、生长及可利用状况,并在资源集中地区建立起主要生物质燃料油木本植物资源基地,进行优良类型的选育并对其生物学特性、经济性状进行研究,建立起良种繁育基地。
延伸阅读

RLY系列燃油热风炉
工作原理  燃料通过燃烧器燃烧,产产生高温燃气,并借助具有强化换热措施的热风炉将高温燃气的热量传导给被加热的空气,高温燃气经热量散发后温度降低至250℃以下由引风机排放大气,加热的空气通过选配的鼓风机强行送入热风炉、吸热后温度升至额定值从热风出口处送出。当热风温度达到额定的上限温度时,燃烧器会自动停止燃烧或自动转为小火焰燃烧,当热风温度降低到额定的下限温度时,燃烧器又会重新点燃运行或转为大火燃烧,升温的速度可以通过调节进风阀的开关来实现。
应用范围
热风炉在工业领域
应用举例 金属哺面涂装 制药工作 粮食加工工业 食品工业 木材加工工业 纺织印染 化工工业 汽车工业 喷塑喷漆后的高温固化 中草药材烘干 粮食干燥淀粉干燥饼干烘烤、方便面、挂面烘干、传送带式烘干机 木材干燥、纤维板、胶合板烘干印花烘干、热定型 化工原料干燥隧道式烘房技术参数
型号
热风温度℃
热风量m3/h
输出热量×104KJ/h
耗油量kg/h
外形尺寸
重量kg
A
B
C
RLY6.5
120-200
1640-2200
14-27
5-10
2750
760
1400
680
RLY12
120-250
1640-2200
24-50
8.5-18
3200
960
1600
1400
RLY18
150-300
3200-6000
30-75
10-26
4300
1138
1900
2400
RLY40
150-300
5400-9000
80-170
28-55
6790
1560
2350
5000
RLY72
150-300
800-17000
120-300
40-300
8040
2140
2550
7100
RLY6.5
150-300
1200-28000
175-500
60-170
10400
2650
3120
15400