AbstractIn this paper pyrolysis experiment of the binderless hot-briquetted lignite were studied and the production characteristics of semi-coke,tar and gas were analyzed. The results indicated: Along with the increase of pyrolysis temperature, the H/C of the semi-coke and the O element content reduced obviously, but both falling strength and compressive strength of the semi-coke were increased. When the pyrolysis temperature reached 650°C, the O element has completely released, and the falling and compressive strength reached 60.88% and 157.24N when the pyrolysis temperature reaches 700°C.The semi-coke SEM changed from honeycomb-like structure to softening surface and collapsed cracks with the pyrolysis temperature rising from 400°C to 800...
Coal topping gasification refers to a process that extracts the volatiles contained in coal into gas...
Tars from pyrolysis of brown coal can be refined to obtain compounds suitable for fuel production. H...
The mutual impact of low-quality lignite and high-density polyethylene (HDPE) during open system pyr...
Technology development of lignite upgrading involving drying and binderless briquetting is important...
Depending on advanced technological developments in energy production the low quality coals needed t...
In order to increase competitiveness in the steel industry through reduction of the cost of coal mi...
Abstract Carbonaceous reductants for pyrometallurgical applications are usually obtained from fossi...
Abstract The utilization of bio-based side streams in metallurgical coke making promotes two major f...
Temperature-programmed pyrolysis of Soma-Lignite and Şirnak-Asphaltite were investigated. The aim of...
Samples of four different Thai lignites were utilized to study the effects of ceiling temperature an...
Low-temperature pyrolysis offers a potential way of upgrading lignite and producing chars to replace...
The pyrolysis of briquettes made from biomass is an available and economic technological route for t...
One of large-scale consumers of coal fuel (accounting for about 610 mln t of coal per year) is house...
The brown coal pyrolysis was estimated on pilot unit at 650°C to produce liquid product (organic and...
Slow pyrolysis of a typical high-ash lignite in China was carried out in atmospheres of N2, 20%CO2/N...
Coal topping gasification refers to a process that extracts the volatiles contained in coal into gas...
Tars from pyrolysis of brown coal can be refined to obtain compounds suitable for fuel production. H...
The mutual impact of low-quality lignite and high-density polyethylene (HDPE) during open system pyr...
Technology development of lignite upgrading involving drying and binderless briquetting is important...
Depending on advanced technological developments in energy production the low quality coals needed t...
In order to increase competitiveness in the steel industry through reduction of the cost of coal mi...
Abstract Carbonaceous reductants for pyrometallurgical applications are usually obtained from fossi...
Abstract The utilization of bio-based side streams in metallurgical coke making promotes two major f...
Temperature-programmed pyrolysis of Soma-Lignite and Şirnak-Asphaltite were investigated. The aim of...
Samples of four different Thai lignites were utilized to study the effects of ceiling temperature an...
Low-temperature pyrolysis offers a potential way of upgrading lignite and producing chars to replace...
The pyrolysis of briquettes made from biomass is an available and economic technological route for t...
One of large-scale consumers of coal fuel (accounting for about 610 mln t of coal per year) is house...
The brown coal pyrolysis was estimated on pilot unit at 650°C to produce liquid product (organic and...
Slow pyrolysis of a typical high-ash lignite in China was carried out in atmospheres of N2, 20%CO2/N...
Coal topping gasification refers to a process that extracts the volatiles contained in coal into gas...
Tars from pyrolysis of brown coal can be refined to obtain compounds suitable for fuel production. H...
The mutual impact of low-quality lignite and high-density polyethylene (HDPE) during open system pyr...