产品气体的高热值随温度升高而减少，随浓度的增加而增加；
The higher heating value decreases as the temperature increases and increases as the concentration increases.
液化石油气是一种具有高热值的碳氢化合物的混合物，可以用来发电。
Liquefied petroleum gas (LPG) is a kind of hydrocarbon compound with high heat value, can be used for power generation.
一位贸易商说欧洲高热值的煤炭的供应不足肯定是一个价格驱动因素。
One trader said that a lack of availability of higher calorific value coal in Europe was certainly one price driver.
石油焦是炼油工艺的副产品，具有低灰分、一定挥发份和高热值的特性。
As a byproduct of crude refining process petroleum coke features a low ash content, moderate volatility and a high heating value.
炼厂液化气(LPG)不仅是很好的化工原料，还是高热值的清洁能源。
Refinery LPG is not only a good industrial chemicals, but also a high heating power of clean energy.
澳大利亚煤(澳煤)是具有高挥发分、高热值、低灰分等特点的优质动力煤。
Australian coal is a high grade coal sort, boasting high volatile matter content, high calorific value, and low ash content.
针对我国高热值燃料缺乏的现状，阐述了用低热值煤气获得高热风温度的途径。
The methods to raise blast temperature using low heat value gas are introduced for lacking good fuel in China.
天然气是高热值、低成本的环保性能源，清洁卫生、工厂整洁，已在成都、重庆、吉林等地使用。
Natural gas is a kind of energy with high heat value, low cost and environmental protection. It is clean and tidy for factory. Our Natural gas ovens has scattered over ChenDu, ChongQing and JiLin etc.
采用智能控制和单神经元自适应PS D控制器，实现了对高热值煤气和低热值煤气混合的自动配比控制。
This paper fulfils the automatic-mix-control of high caloricity gas and low caloricity gas using the intelligent control and the single neuron adaptive PSD controller.
介绍了天然气、煤层气和天然气水合物的开发状况。讨论了高热值气体燃料的特点、储量、产量、消费量和前景。
This paper introduces the characteristics, reserves, productivity, consumption and perspective of high calorific value gas fuel, and introduces the nature gas, the coal bed gas and the gas-hydrate.
工业应用试验结果表明，该轻烃燃料具有低硫、高热值的特点，与液化气相比可降低陶瓷窑的燃料费13.6%左右。
Its application result in a ceramic kiln showed that the said fuel had the characteristics of low sulfur and high heat value, in comparison with the LPG, the fuel cost reduced by 13.6%.
模型试验结果表明，多点两阶段煤炭地下气化方法，使产生高热值水煤气的时间较固定点供风(汽)模式提高0 . 6 7 ~ 1.5倍。
It is shown that the method of multi-point TSUCG makes the time, when yields water gas of high heat value, prolong by 0.67 ~ 1.5 times compared with that of fixed point supplying wind or steam.
模型试验结果表明，移动点两阶段煤炭地下气化方法，使产生高热值水煤气的时间较固定点供风(汽)模式提高0 . 67 ~ 1 . 5倍。
It is shown that the method of moving-point TSUCG makes the time, when yielding water gas of high heat value, prolonged by 0.67 ~ 1.5 times compared with that of fixed point supplying wind or steam.
模型试验结果表明，移动点两阶段煤炭地下气化方法，使产生高热值水煤气的时间较固定点供风(汽)模式提高0 . 67 ~ 1 . 5倍。
It is shown that the method of moving-point TSUCG makes the time, when yielding water gas of high heat value, prolonged by 0.67 ~ 1.5 times compared with that of fixed point supplying wind or steam.
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