Javascript must be enabled to continue!
Ultimate and Proximate Analysis of Coal Samples from Different Regions in Pakistan for their Future Utilization
View through CrossRef
A comparison of coal samples obtained from various regions of Pakistan was done based on their proximate and ultimate analysis and gross calorific values to discern the processing technique which may be applied for these coals e.g. liquefaction, gasification, carbonization etc. The samples of coal were got from different coal fields in Pakistan. Different nomenclature were chosen to differentiate the regions of coal e.g., SRGE for coal obtained from Sor-Range and Degari coalfields near Quetta, Baluchistan, LKR for coal obtained from Lakhra, Sindh, SLGE for coal obtained from Salt Range coalfields near Chakwal, Punjab, KTL for coal obtained from Kotli, Azad Jammu Kashmir (AJK), MCH for coal obtained from Mach, Baluchistan and THR for coal sample obtained from Tharparkar, Sindh. MCH coals were reported with highest calorific value of 13305.35kcal/kg. THR coals were classified as class (2) coals as they were found with calorific values & carbon contents of 12337.13 kcal/kg and 69.9% respectively. KTL coal samples were reported with lowest carbon contents of 57.9% in ultimate analysis experiments. MCH & SRG coals were nominated as low quality coals because of their highest ash contents i.e., 50%. SRGE and SLG coals were found hazardous for our ecosystem because of their high sulfur contents. SRGE, LKR, SLG and THR were classified as class (2) bituminous coals and were found best gas coals, while MCH and KTL were found class (1) and class (4) bituminous coals respectively.
Edelweiss Publications Inc
Title: Ultimate and Proximate Analysis of Coal Samples from
Different Regions in Pakistan for their Future Utilization
Description:
A comparison of coal samples obtained from various regions of Pakistan was done based on their proximate and ultimate analysis and gross calorific values to discern the processing technique which may be applied for these coals e.
g.
liquefaction, gasification, carbonization etc.
The samples of coal were got from different coal fields in Pakistan.
Different nomenclature were chosen to differentiate the regions of coal e.
g.
, SRGE for coal obtained from Sor-Range and Degari coalfields near Quetta, Baluchistan, LKR for coal obtained from Lakhra, Sindh, SLGE for coal obtained from Salt Range coalfields near Chakwal, Punjab, KTL for coal obtained from Kotli, Azad Jammu Kashmir (AJK), MCH for coal obtained from Mach, Baluchistan and THR for coal sample obtained from Tharparkar, Sindh.
MCH coals were reported with highest calorific value of 13305.
35kcal/kg.
THR coals were classified as class (2) coals as they were found with calorific values & carbon contents of 12337.
13 kcal/kg and 69.
9% respectively.
KTL coal samples were reported with lowest carbon contents of 57.
9% in ultimate analysis experiments.
MCH & SRG coals were nominated as low quality coals because of their highest ash contents i.
e.
, 50%.
SRGE and SLG coals were found hazardous for our ecosystem because of their high sulfur contents.
SRGE, LKR, SLG and THR were classified as class (2) bituminous coals and were found best gas coals, while MCH and KTL were found class (1) and class (4) bituminous coals respectively.
Related Results
The Role of the Judiciary in Constitutional Interpretation in Pakistan
The Role of the Judiciary in Constitutional Interpretation in Pakistan
This study examines the evolving role of the judiciary in Pakistan in interpreting the Constitution, exploring how the courts have come to terms with their position as the primary ...
Research on water immersion damage characteristics and equivalent width of coal pillar
Research on water immersion damage characteristics and equivalent width of coal pillar
Abstract
Affected by weakening effect of water in the goaf, the bearing capacity of coal pillar reduced, and coal pillar rock burst is prone to occur, which is a serious th...
The CO2 storage in coal seams at the influence of coal fines migration
The CO2 storage in coal seams at the influence of coal fines migration
Abstract: the pressure of the coal seam decays to a certain value due to the production of CH4, the production wells are switched to CO2 injection wells. The injection of CO2 can i...
Adaption of Theoretical Adsorption Model on Coal: Physical Structure
Adaption of Theoretical Adsorption Model on Coal: Physical Structure
With the motivation to investigate the role of coal physical structure on the adsorption performance of coal reservoir, 18 different types of coal samples with different coal struc...
Practical Aspects Of Coal Degasification
Practical Aspects Of Coal Degasification
Abstract
The increase in value of energy resources has generated serious interest in so-called "unconventional energy resource developments", Coal and coal gas re...
Coal and Coal Byproducts as Potential Sources of Rare Earth Elements (REE) in Indiana
Coal and Coal Byproducts as Potential Sources of Rare Earth Elements (REE) in Indiana
The purpose of this study is to evaluate coal and coal byproducts (coal waste, coal ash, and acid mine drainage) in Indiana as potential sources of rare earth elements (REE). On a ...
Natural Frequency of Coal: Mathematical Model, Test, and Analysis on Influencing Factors
Natural Frequency of Coal: Mathematical Model, Test, and Analysis on Influencing Factors
The difficulty in enhancing the low permeability of deep coal seams is the key problem restricting gas extraction. The technology of coal rock resonance and permeability enhancemen...

