Sentence examples for heating gasification from inspiring English sources

The multiple ending products from slow heating gasification of brown coal may have a bright future.

With slow heating gasification, the most reactive part of organic matter in the coal will be firstly gasified by steam or oxygen.

As a result, this study is to investigate the catalytic effects of AAEM during the slow heating gasification reactions using Shengli brown coal in a wide of experimental conditions.

Both energetic and economic models for biomass drying with air or steam, thermal pretreatment by torrefaction or pyrolysis, indirectly and directly heated gasification, methane synthesis and carbon dioxide removal by physical absorption, pressure swing adsorption and polymeric membranes are then developed.

This is accomplished by matching four fundamental properties: heat of gasification, heat of combustion, surface vaporization temperature, and smoke point.

The results indicate that a gasification tube with a flue gas heat source gives a gasification process of 2.02m, which is 15.8% of the value obtained with an air-heated gasification tube.

The burner is hypothesized to represent a liquid or solid fuel through four key properties: heat of combustion, heat of gasification, vaporization temperature, and laminar smoke point.

In the slow heating rate gasification, the coal particles were fed into the quartz reactor at ambient temperature and the reactor was then heated up at a pre-set heating rate (approximately 15 K/min) to the target temperature (700 900 °C).

Table 1 Material properties Property Value Density (kg/m3) 1300 Specific heat (kJ/kg K) 1.3 Conductivity (W/m K) 0.19 Heat of combustion (kJ/kg) 28,500 Heat of gasification (kJ/kg) 1500 Reference temperature (°C) 370.

However, how valid is the concept of heat of gasification for real polymers?

Accompanied by coal combustion to provide heat, the gasification agents react with the coal in a series of combustion and gasification reactions to form H2 , CO CH4, CO2 and other minor constituents (Friedmann et al. 2009; Evgeny and Arvind 2009).