颗粒燃料

首先对玉米秸秆、棉秆及木屑颗粒燃料进行了工业分析、元素分析及热值的测定。

Firstly , I test the industry and elemental analyzes and calorific value of corn straw , cotton stalk and wood pellet fuel .

本文研究成果对生物质颗粒燃料专用点火装置的设计研发提供了理论基础。

Research results in this article provide a theoretical foundation for the design and development of biomass pellet fuel ignition .

HTGR颗粒燃料包覆工艺研究

Coating Process Study of Particle Fuel for HTGR

几种生物质颗粒燃料等温燃烧过程和动力学研究

Study of combustion process and kinetic characteristics of biomass pellet fuels

低倍率循环流化床锅炉燃用细颗粒燃料的探索

Search for fine-grain fuel of low multiplying power circulation fluid bed boiler

生物质颗粒燃料及气化燃烧锅炉

Particular Fuel of Biomass Energy and Burning Boiler of Gasification

我国燃煤锅炉改用木质颗粒燃料效益分析

Benefit Analysis of Coal Boilers Being Replaced by Wood-pellet Burners in China

吉林省几种常见生物质颗粒燃料的性能

Fuel Performances of Several Common Biomass Pellets in Jilin Province

沙棘能源林建设及颗粒燃料开发技术探讨

Discussion on Technology of Seabuckthorn Energy Forest Planting and Its Granule Fuel Development

生物质颗粒燃料在人造板企业的应用

Application of biomass fuel pellet in wood-based panel business

单颗粒燃料滴在高温氧化环境中着火规律的研究

A Study on Ignition of Single Droplet of Liquid Fuel in Hot Oxidizing Atmosphere

高温气冷堆包覆颗粒燃料微球抽样研究

Sampling research of coated fuel particles for HTGR

生物质颗粒燃料冷成型技术试验研究

Research of biomass fuel cold compression molding technic

包覆颗粒燃料芯核的制备

Preparation of uo_2 kernels for coated-particle fuel

木质颗粒燃料生产成本分析

Analysis on Wood-Pellet Fuel Producing Cost

总结了高密度颗粒燃料在较低能耗情况下的成型条件。该研究工作为生物质颗粒燃料技术的开发及产业化应用奠定了基础。

The research work has laid a foundation for the industrialized utilization of biomass palletizing technology .

因此生物质颗粒燃料作为一种新型的可再生能源正在逐渐被人们所重视。

Therefore , biomass pellets fule as a new type of renewable energy is gradually being valued by people .

通过进一步开发，颗粒燃料成型机还可以与联合收割机配套，实现同时收获粮食与秸秆颗粒燃料。

Further development can match the pelletizer with combine harvester to gather in the crops and process biomass pellet fuel simultaneously .

生物质颗粒燃料与煤不同，它的挥发分远高于煤，且在较低温度下容易析出。

Biomass is different from coal , its volatile is much higher than coal , and easily precipitate at lower temperatures .

并通过部分细颗粒燃料的预燃烧，提高了炉膛下部温度，促进燃料燃烧，抑制难燃燃料的后燃问题。

And through the preburning of part fine coal particles , the temperature of lower furnace is raised , promoting problem of hard-to-burn fuel .

它是将生物质压制为便于运输和贮存的棒状或颗粒燃料，可以提高燃烧效率。

In order to transport or reserve the biomass easily , the biomass are pressed into stick or pellet fuel , so the burning efficiency can be improved .

公司生产的木质颗粒燃料出口意大利、国、本、南亚等国，颗粒成型设备销往全国各地。

The company produces lignin pellet fuel outlet countries and so on Italy , South Korea , Japan , Southeast Asia , the pellet formation equipment sells to each place .

木质颗粒燃料比其他生物质能源更容易实现大规模生产和使用，最适宜替代传统化石能源。

Large-scale production and use are achieved more easily to wood-pellet fuel ratio else the living beings character energy resources , traditional fossil energy resources of the most fit substitution .

对比分析表明，我国木质颗粒燃料的生产总成本不到国外的三分之一，规模化生产木质颗粒燃料价格略低于煤炭。

Comparative analysis shows that chinese wood-pellet fuel producing cost does not reach 1 / 3 of the external , and scale manufacture wood-pellet fuel price is a little less than coal .

目前生物质颗粒燃料的利用以直接燃烧为主，效率低、环境污染严重，需要进一步的改进完善。

At present , biomass pellets rule is used by direct combustion primarily , but this way is low efficiency and serious environmental pollution , so it needs to further improve and perfect .

测试结果表明，生物质颗粒燃料在生物质颗粒燃料炉内能气化燃烧，残碳也能够完全燃尽。

By testing the thermal performance , it showed that the biomass pellet fuel can be gasified and burned in the stove , carbon can be burnt completely , it 's technical parameters could meet the national standard .

在充分研究、分析生物质颗粒燃料燃烧动力学特性的基础上，根据生物质颗粒燃料挥发分含量高、燃点低的特点，在生物质颗粒燃料炉的设计中采用了气化、燃烧一体化结构。

On the foundation of studying combustion dynamics characteristics , by the analyses of the biomass pellet fuel characteristics of high volatile and low igniting point , integration of gasification and combustion are introduced in the designing of domestic biomass pellet fuel stove .

先进高温主要包括两个特点：第一，使用熔盐堆中所用的氟盐进行冷却，第二，使用高温气冷堆、超高温堆中的包覆颗粒燃料。

Its core features mainly including two points : ( 1 ) the use of fluoride salt for cooling ( molten salt reactor ),( 2 ) the use of coated fuel particles ( high temperature gas cooled reactor , ultra high temperature reactor ) .

采用粒径在线分析法，分析不同电压下棉杆、玉米及木屑三种典型生物质颗粒燃料烟气粒径分布，得到电压值对尘粒粒径分布的影响规律。

With particle size online analysis method , analysis the particle size distribution of cotton stalks , corn and wood chips three typical raw material pellet fuel flue gas under different voltages , obtain the influence of voltage value on dust particles particle size distribution .

林业剩余物制造颗粒成型燃料技术研究

Study on technology of pelletization of fuel from forest residues