The preliminary study on coal washing market in India suggests that investments in coal washeries will increase exponentially in the coming years and host huge opportunities for private players. Keeping this view in the backdrop, InfralineEnergy has come up with the report titled “Indian Coal Washing Industry: Present & Future Developments – Key drivers with detailed profiles of coal washeries”. For further details http://www.infraline.com/Reports.aspx?id=242&tlt=Indian-Coal-Washing-Industry---Present--Future-Developments-Key-drivers-with-detailed-profiles-of-Coal-Washeries&sl=Business%20Report%20Series
2. Coal is the key contributor to the Indian energy portfolio. It contributes to nearly half of
commercial primary energy demand and one-third of total energy demand of the country.
Although, India is one of the leading producers and consumer of coal, Indian coal has
high ash content and embedded impurities, which needs washing and blending of coal
for improving the quality of Run-of-Mine (ROM) coal. The steel sector needs coking coal
with ash content of less than eighteen percent. Washing helps in reducing ash content by
seven to eight percent. Quality and environmental concerns are causing a shift towards
higher utilization of washed and blended coal. Presently nearly fifty-two commercial
washeries with installed capacity of about 131 MTPA are operating in the country.
In India, only about twenty percent of the coal produced is washed, as against the global
average of over fifty percent. Coking coal preparation has long been in operation in India;
however the trend of washing of non coking coal is also being seen. About twenty-three
percent of the installed capacity is for coking coal and the rest is for non-coking coal. Further,
as per the directives of MoEF, the power stations located at more than 1000 km away from
coal mines and those located in sensitive areas are required to use coal containing not more
than thirty-four percent of ash on annual average basis. The distance is expected to be
reduced to 500 km as per draft notification released by MoEF in July 2012.
Washing is carried out to reduce the ash content, and to lower the level of sulphur
and unwanted minerals present in coal. Washed coal has higher calorific value than
unwashed coal hence usage of washed coal helps in improving efficiency of steel,
cement and power plants. Out of total of 104 coal-based thermal power plants, only
thirty percent of power plants are using washed coal. Development of coal washeries
is not keeping pace with the demand of coal. The preliminary study on coal washery
market in India suggests that investment in coal washeries will increase exponentially in
the coming years and host huge opportunities for private players. Keeping this view in
the backdrop, InfralineEnergy is coming up with the report titled “Indian Coal Washing
Industry: Present & Future Developments – Key drivers with detailed profiles of
coal washeries”.
Figure: PESTEL Analysis of Coal Washery Industry
Setting of
Coal
Washeries
Legal Social
Government Initiatives
and Support
Impact on
Ecological Factors
Policies and
Governing Laws
Cost Benefit Analysis
Impact on
local population
Presently used and
emerging technologies
Usage of
washed coal
and washery rejects
ROM Coal
The report starts with the snapshot of coal washing industry in India with updated
analytical information on coal washeries, global scenario and PESTEL analysis of
macro-environment governing coal washeries. The report covers detailed analysis
and profiling of more than seventy-five existing and upcoming coal washery projects
developed by central, state and private sector players.
A typical project profile gives information about promoter details, technological overview,
description of coal supply linkage, development status, end-user plant status and other
details. The report also includes profiles of major coal washery developers and equipment
suppliers. The report would serve as an investment and information advantage to tap the
future opportunities. The prospective business entities can formulate their plans, devise
strategies and take proactive measures to position themselves suitably in the market.
Indian Coal Washing Industry
Key Highlights
ƒƒ Overview of Global scenario in coal
washing
ƒƒ PESTEL framework analysis
governing coal washeries in India
ƒƒ Developer wise profiling of over 75
coal washeries including existing
and upcoming
ƒƒ Challenges and opportunities in
development of coal washeries
ƒƒ Sources of raw coal & coal type
ƒƒ Details of washery developers &
promoters
ƒƒ Profiles of coal washery equipment
manufacturers
ƒƒ Success stories and business
models of setting up of coal
washeries and rejects based power
plant
Key Questions Answered
ƒƒ What are the capacities of various
Coal Washeries in India?
ƒƒ Who are the major players in the
Indian Coal Washing industry?
ƒƒ What are the major technologies
used in coal washeries across
India?
ƒƒ Who are the end-users of washed
coal?
ƒƒ How are Washery Rejects utilized?
ƒƒ What are the legal provisions and
policies supporting coal washeries
in India?
ƒƒ What are the social & environmental
benefits of coal washeries in India?
A Must Buy for
ƒƒ Coal Washery Developers
ƒƒ Equipment Manufacturers &
Suppliers
ƒƒ Financial Institutions & Banks
ƒƒ Private Equity Investors
ƒƒ Research and Consulting Agencies
ƒƒ Coal Traders
ƒƒ Government Bodies & Regulatory
Agencies
ƒƒ New Entrants in Mining Segments
For Sales & Support
Ravinder Nagar
ravinder.nagar@infraline.com
+91 11 46250027
+91 9873422453
For Research & Consulting
Isha Gakhar
isha.gakhar@infraline.com
+91 11 43509481
3. Sample Coal Washery Profile
North Karanpura Coal Washery of M/s ACB (India) Limited
ACB (India) Limited has proposed a coal washery with an estimated capacity of about 5.00 MTPA in the North Karanpura area in
Jharkhand. Raw coal for the project will be sourced from North Karanpura coal mines and the washed coal will be used for power
generation projects.
Basic Information
Promoter/Developer ACB (India) Limited
Registered Office C-102 Lower Ground Floor,
Surya Enclave, New Multan Nagar,
New Delhi-110056
Project
Location
Area
Co-ordinates
Latitude : 24°0’36.89”N
Longitude : 84°54’47.28”E
Address North Karanpura, District : Chatra
State Jharkhand
Coalfield North Karanpura
Detailed Information
Capacity (MTPA) 5.00
Type of Coal Non-Coking
Current Status Proposed
Year of Commissioning 2015 (Estimated)
Environment Clearance Status Pending
Land Acquisition Status Acquired (Partially)
Raw Coal
Source North Karanpura Coal Mines
Grade E*(G11)**
Ash% 38-41 %
Washed Coal
End Use/Off Takers Power Projects
Grade D,E* (G9,G10)**
Ash% 31-34%
Washery Rejects
Quantity About 1.00 MTPA
End Use/ Off Takers CFBC based Thermal Power Plant
Technology Used Jig
Washery Equipment Supplier Bateman Engineering NV
Additional Information
Mechanism to transport washed coal By Rail
Distance from ROM to washery Within 50 km
Indicative Land Type Consisting of Agricultural, mild forest and wasteland
Nearby Water Bodies River Mohana, Amanat
*A-G: UHV based grading system for non-coking coal
**G1-G17: New GCV based grading system for non-coking coal effective from Jan 2012
SAHIBGANJ
GODDA
PAKUR
DEVGHAR
DUMKAGIRIDIH
JAMTARA
DHANBAD
CHAS
HAZARIBAG
RANCHI
East Singbhum
SARAIKELA
SIMDEGA
GUMLA
LOHARDAGA
PALAMAU
CHATRA
KODARMA
DALTENGANJ
GARHWA
West Singbhum
SampleProfile
24°0’36.89”N
84°54’47.28”E
4. Executive Summary
1. Introduction
Introduction to coal beneficiation process and Infraline
approach to the research study
ƒƒ Coal beneficiation
ƒƒ Overview to coal washery industry
ƒƒ Key drivers for coal washing
ƒƒ Objectives, scope, approach and methodology of
the study
2. Global Coal Washing Scenario
Coal reserves, production and coal preparation scenario
around the globe
3. Coal Washery Insights in India
Past, existing and future scenario of Indian coal washing
industry
ƒƒ History and current status
–– Washed coal production trends
–– Presently operating coal washeries
–– Capacity of coking coal washeries
–– Capacity of non-coking coal washeries
ƒƒ Future outlook
–– Name of proposed coal washeries
–– Capacity of proposed coal washeries
–– Proposed business model
–– Proposed technology
–– Scheduled coal production
ƒƒ Opportunities assessment for various stakeholders
ƒƒ Key challenges and issues
4. PESTEL Framework Analysis
Analysis of Indian coal washing industry from six dimensions
ƒƒ Political support for coal washeries
–– Policies and initiatives by the government
ƒƒ Economics of setting of coal washeries
–– Direct and derived economic benefits
–– Cost benefit analysis
ƒƒ Social impact of coal washeries
–– Impact on local population
–– Corporate Social Responsibility
ƒƒ Technological options for coal washing
–– Washability study
–– Technologies presently in use
–– Emerging technologies
ƒƒ Environmental concerns
–– Impact on ecological factors
–– Reduction in ash content and benefits
–– Washery rejects usage and dumping
ƒƒ Legal policies and guidelines
–– Factors affecting policy on coal washing
–– MoEF policy for power plants
5. Profiling of Major Coal Washery Developers
Highlights of key information regarding major coal washery
developers in India
ƒƒ Name of developer
ƒƒ Existing and proposed capacity
ƒƒ Major clients
ƒƒ Technology used
6. Profiling of Major Coal Equipment Suppliers
Insights into major coal washery equipment suppliers with
their products & services
ƒƒ Name of equipment supplier or manufacturer
ƒƒ Products and services
ƒƒ Major clients
7. Profiling of Existing Coal Washeries in India
Highlights of key information regarding raw coal characteristics,
washed coal characteristics, rejects off-takers, etc
ƒƒ Government - commercial and captive
ƒƒ Private - commercial and captive
ƒƒ Detailed analysis
8. Profiling of Upcoming Coal Washeries in India
Highlights of key information regarding proposed year of
commissioning, proposed characteristics of raw and washed
coal, etc
ƒƒ Government - commercial and captive
ƒƒ Private - commercial and captive
ƒƒ Detailed analysis
9. Harnessing Washery Rejects Potential
Power generation from washery rejects with detailed
illustrative profiles of thermal power plants using rejects
as fuel
ƒƒ Rejects disposal mechanism
ƒƒ Technologies available for generating power from
washery rejects
ƒƒ Illustrative profiles of thermal power plants using
washery rejects
–– Project developer
–– Capacity
–– Fuel mix
–– Source of washery rejects
–– Technology used
10. Business Success Stories
Successful business models of utilization of coal washery
rejects and improvement in efficiency of power plant using
washed coal
ƒƒ Thermal power plant using washed coal
ƒƒ Coal washery rejects based power plant
Annexure
Draft Contents & Coverage
5. For more details, visit
http://store.infraline.com
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