energy resources of india: petroleum, fibers, natural gas
TRANSCRIPT
Energy Resources of India: Petroleum, Fibers, Natural Gas
Petroleum Refineries
There are two stages → Production (drilling) + Refining
For Petroleum refineries, the raw material sources were less decisive factors
for industrial location
Because industries were already setup in coalfields and did not move away
due to industrial inertia.
Petroleum refining does not lead significant weight loss, unlike
aluminium/copper/sugarcane/ timber processing.
Virtually all the by-products can be used. Therefore, refineries can be set up
Near the raw material or
Near the market or
at an intermediate break of the bulk location (Ports/Coastal locations)
At raw material site: Disadvantages
Refinery will become useless after oil is exhausted from oil well
So whatever millions of dollars you had invested in setting up that refinery
will be wasted
Oil refining close to production site represents a weight loss of 10-11 % only
Hence not much cost saving in transport even if located near raw material site
Refined products have higher rate of evaporation, therefore it is better to set
up the refinery near the market
After 1970s, many of the Middle East and African countries started
nationalizing their oil operations
The ownership of refineries/oil wells were transferred from MNCs to
government owned PSUs
Hence nowadays, MNCs are reluctant to setup refineries in this region for the
fear of nationalization
Unrest / Instability as a location factor
Multinational companies do not feel confident to setup refineries inside the
middle-east or South America
During Arab-Israeli war, OPEC members stopped supplying oil to countries
that had supported Israel
There have been war/war-like situations due to Israel-Palestine conflicts,
Iran-Iraq, Iraq-Kuwait
Such instability, destruction, aerial strike → not good for business
In South America, there have been frequent (and violent) changes in the
regimes
Refineries at Market Location → Advantages
You can use raw material (crude oil) supply from more than one oilfield of
more than one country
So even if oil well is exhausted from country X, you can shift to country Y
After refining, the finished petroleum products can be supplied to interior
areas pipeline connection and trucks/tankers
In Europe, manufacturing industries also consume a large portion of
petroleum products
Therefore, refineries are also located in major manufacturing centers, where
petroleum products are demanded
India Refineries Challenges
Environmental activism/laws/regulations
Fears of explosion
Terrorism
Hence becoming difficult to setup refineries near market location
Synthetic fibers
Cellulose Fiber
Rayon → from natural cellulose
& from wood pulp
Found near pulp mills
True Synthetics
Nylon and Polyester
Produced chemically from coal or
petroleum by products
Found near petrochemical
refineries
Location factor
Input
The base material for most of the true synthetic fibers is benzene fraction of
crude oil
Benzene → liquid hence evaporates quickly, hazardous to transport
Therefore, synthetic fiber factories located near/inside petrochemical industry
Output
Synthetic fibers → Non-bulky + Non-perishable → Easily transported
Therefore, synthetic fiber industry need not be setup near market location
Although, with the progress in transport-cargo facilities, nowadays synthetic
fiber industry is not always in close proximity with petroleum industry
India – Synthetic fiber industry
In late 60s, Dhirubhai Ambani started Reliance for textile manufacturing at
Naroda near Ahmedabad, Gujarat.
But since polyester is made from petrochemicals, so he entered in
Petrochemical business.
But petrochemical is derived from Petroleum refining, so he moved into
Petroleum refining as well.
Finally Jamnager refinery set up in Gujarat
Thus he achieved complete vertical integration in the supply chain from
crude oil to synthetic fibers (even garments via “only vimal” brand)
Jamnagar refinery provides intermediate raw materials to Reliance’s textile
units at Dahej, Naroda, Vadodara in Gujarat
Similarly Oil discovery in Ankaleshwar-Sanand-Kalol led to growth of
Synthetic textile industry in this region of Gujarat
Natural Gas
Natural Gas Compared to Petroleum
Advantages
Cheaper
Does not
require
extensive
refining
Burns clean
Disadvantages
Storage and distribution is difficult
With the help of pipelines, the gas can be transported to
the consuming centers, but the construction of pipeline
and its security and maintenance is expensive. Hence
export is problematic
Once the pipeline is laid- its size/capacity cannot be
increased
Leakage detection is difficult in case of underground
pipelines
If market/buyers are not found, then gas is wasted by
burning (flaring)
Therefore it is economical only to mine gas near market
areas/ only if pipeline is established
International Pipeline Projects → India
Iran-Pakistan-India
Myanmar-Bangladesh-India
Turkmenistan-Afghanistan-Pakistan-India (TAPI)
ONGC Hazira, Gujarat
Input Natural gas from Bombay High
Process
They remove sulfur impurity from the (sour) natural gas, and
send it to other regions via pipeline
Process is known as “Sweetening the gas”
Output
“Sweet” natural gas is used in
LPG cylinders
Nitrogen based fertilizers
Household via pipelines as cooking gas
Labour
Not the deciding factor
Because skilled labour is mobile and Hazira has township for
them
Transport
Hazira – Bijapur – Jagdhishpur (HBJ) pipeline passes through
Gujarat, Madhya Pradesh, Rajasthan, UP, Delhi and Haryana
Hence all big markets are connected through pipeline
Gail Pipelines
Jamnagar Loni Pipeline Vizag Secunderabad Pipeline
Input
Reliance refinery
Jamnagar
Essar refinery Vadinar
Imported LNG from
Kandla port
Vizag – HPC Refinery
Imports from Vishakhapatnam
port
Market
Ajmer & Jaipur in
Rajasthan,
Gurgaon in Haryana
Delhi
Loni-Gaziabad (UP)
Vijayawada
Secunderabad, Near Hyderabad
Length 1300 Kms 600 Kms
Reliance KG Basin – Refining done at Kakinada in Andhra Pradesh
Input Gas from offshore block in Krishna – Godavari Basin
Refining
Onshore Gas Terminal at Gadimoga, about 30 Km south of
Kakinada in the state of Andhra Pradesh
Transportation of Gas
East West Gas Pipeline (EWPL) transports gas from Kakinada, the landfall
point of KG-D6 gas, to Bharuch (Gujarat) and traverses through Andhra
Pradesh, Karnataka, Maharashtra and Gujarat.
From Bharuch, they use the pipeline network of Gujarat State Petronet to
take the gas to end-consumers as well as connect to Hazira-Bijaipur-
Jagdhishpur (HBJ) pipeline
Through this entire Pipeline networking, gas reaches to fertilizer plants –
Tata Chemicals (Mumbai)
Rashtriya Chemicals & Fertilizers (Trombay)
IFFCO’s (Phulpur – Allahabad)
GSFC (Vadodara)
Kribhco (Hazira & Kota)
Fertilizer Industry Alongside Natural Gas
Urea/ Nitrogen Based industries are located near Natural gas source
Natural Gas has Methane (CH4), which when mixed with Oxygen, Nitrogen
+ heat in presence of catalysts produces Ammonia (NH3), known as Haber
process
This Ammonia (NH3) can be used for making nitrogen based fertilizers e.g.
Urea
Therefore availability (and price) of Natural Gas, affects the location of
Fertilizer industry
Similarly Neptha (obtained from crude oil) is also used in production of
nitrogen based fertilizers, hence proximity to oil refinery is also considered a
favourable factor.
Thanks to oil and gas from Bombay High, the Gujarat-Maharahstra region
got fertilizer plants at Hazira, Mumbai, Trombay, Vadodara etc.
Similarly, Hazira-Bijaipur-Jagdhishpur(HBJ) pipeline → fertilizer industry in
Bijapur, Sawai Madhopur, Shahjahanpur etc.
Conventional
resources of
Energy
The resources which are widely used and constitute the
major source of energy
Examples → Coal, Oil, Natural gas, Wood etc.
Limited, Non-renewable, Costly, Cause Pollution &
Exhaustible
Non-
conventional
resources
Solar Energy, Wind Energy, Tidal Energy, Geothermal
Energy, OTEC (Ocean thermal energy conversion) etc.
Renewable, Cheap, Pollution free & Inexhaustible
Renewable
sources of
Energy
Solar Energy, Wind Energy, Tidal Energy, Fish, Trees
etc.
Non –
Renewable
sources of
Energy Fossils (Coal, Gas), Minerals, Nuclear Power etc.
Biotic resources
Which have life >> Forests, Crops, Animals, Coal &
Mineral oil
Abiotic
resources Land, Water, Minerals
Ashok Chawla Committee on Natural Resources
Creation of national database of natural resources
Allocation of natural resources, if possible, through e-auction
Measures for benefit of stakeholders in mineral rich areas
Need for conserving Conventional Energy Resources
Are limited in supply and cannot be renewed easily.
Due to population explosion, modernization and industrialization the demand
for energy resources is increasing day by day
To control energy crisis there is need to conserve conventional energy
resources.
There is also an eminent need to explore alternative sources of energy
Energy Crisis
A situation in which resources are less than the demand
In the past few decades due to high demand, there is shortage of energy
resources, which has created energy crisis
Major causes for Energy Crisis:
Rapid Industrialization
Over Population
Transfer losses
Rise in oil prices
Problems in Middle east
Wastage of energy resources
Coal
Quality of coal is determined by its carbon content
Major problems of Indian Coal -
Low Carbon content
High Ash content
Low Calorific Value
Major coal producing areas in India → Jharkhand > Odisha > Chhattisgarh >
West Bengal
Chhota Nagpur Region → Hub of 90 % of Indian minerals (esp.in Coal &
Iron → Ruhr of India)
Major types of Coals
Anthracite
Best quality coal
Approx. 90 % carbon content
Found at J & K only in India
Very little smoke & ash content
Burns without flames
Bituminous
70 – 90 % carbon content
Most common in India
Used in making coke
Lignite
40 – 70 % carbon content
Known as brown coal
Peat
1st transformation of wood into
coal
~ 40 % carbon content
Coke
Formed by destructive distillation of coke
Heating of coal in the absence of oxygen to burn of volatile gases
High in carbon content
Petroleum / Mineral oil
Found in sedimentary rocks of marine origin
Formed by decomposition of tiny marine creatures, plants & vegetation
under mud, silt & sand
Over the years, it underwent chemical changes to form crude oil & natural
gas under the action of heat & pressure
20 % of India’s crude oil & gas demand is produced domestically & 80 %
is imported
Jamnagar Refineries of Reliance industries is world largest refinery
complex
Natural Gas
Mainly contains methane & found in association with mineral oil (75 %
lies in Bombay high & Basin oil fields)
Largest share of NG is as follows -
40 % → Production of chemical fertilizers
30 % → Power generation
10 % → LPG (Cooking Gas)
Conventional sources → Shale gas, Coal bed methane, Methane Hydrates, Tight
sandstones
Bio-Fuels
Fuel derived from Non fossil plants
In India, mainly centers around cultivation & processing of Jatropha plant seeds, used
in production of Bio – Diesel
Encouraged only on wasteland / government / forest land
Not allowed on fertile land
To produce ethanol from sugarcane (Bio-ethanol)
National Bio-fuel Policy – Targets minimum 20 % biofuel blending (both
bio-diesel and bio-ethanol) across the country by 2017
Electricity in India → Thermal > Hydro > Wind > Nuclear
Thermal Energy
67 % of total energy production
Generated by using fossil fuels (Coal, Petroleum, Natural gas)
No Geological conditions required
Limited reserves, Rising demands (cost) & non – ecofriendly
Largest Producer → Maharashtra
To boost Thermal power production gov. has promoted Ultra Mega Power
Projects (4000 MW & above)
Hydroelectricity
18 % of total energy production
Eco-friendly, Clean & Renewable
Small hydel power projects < 25 MW
Are counted under New renewable energy sources
Largest Producer → Andhra Pradesh
Central electricity authority (CEC) has estimated Hydel power potential of
84000 MW at 60 % load factor from 39000 MW at present
Nuclear Energy
26 % of total energy production
Energy obtained from atomic minerals viz. Uranium, Thorium, zircon,
beryllium
Provide colossal energy through a small quantity of substance
Thorium → Found as monazite sand in lakes & sea beds
Thorium → AP > TN > Kerala > Orissa constitutes 30 % of world reserves
Largest Producer → Tamil Nadu
Very economical; does not produce green-house gases that pollute
atmosphere
Wind Energy
Non-conventional Renewable source of energy
5th largest installed wind power capacity in the world
Largest Producer → Tamil Nadu
High cost as compared to the efficiency of power generated
Nagercoil (TN) and Jaisalmer (Rajasthan) are well known for effective use
of wind energy in the country
Solar Energy
Non-conventional Renewable source of energy
Thermal + Photovoltaic → Sunlight to energy
High cost as compared to the efficiency of power generated
India plans to add 20000 MW of solar energy by 2022 under Jawahar
Nehru National Solar Mission
The largest solar plant of India is located at Madhavpur, near Bhuj, where
solar energy is used to sterilise milk cans.
Tidal Energy
Non-conventional Renewable source of energy
Oceanic tides can be used to generate electricity.
Floodgate dams are built across inlets
During high tide water flows into the inlet and gets trapped when the gate
is closed.
After the tide falls outside the flood gate, the water retained by the
floodgate flows back to the sea via a pipe that carries it through a power-
generating turbine.
In India, the Gulf of Kutch, provides ideal conditions for utilising tidal
energy.
Experimental plant (150 kw) at Vizinjam (Thiruvananthapuram) & 900
mw at Kutch
Geo Thermal Energy
Refers to the heat and electricity produced by using the heat from the
interior of the Earth
Exists because, the Earth grows progressively hotter with increasing depth
Groundwater in such areas absorbs heat from the rocks and becomes hot.
It is so hot that when it rises to the earth’s surface, it turns into steam.
This steam is used to drive turbines and generate electricity.
Two experimental projects have been set up in India to harness geothermal
energy
Parvati valley near Manikarn in Himachal Pradesh and Puga Valley,
Ladakh
Bio Gas
Energy produced from organic waste such as farm waste, shrubs, animal
and human waste
Converted into energy by direct combustion or by conversion of such
wastages into alcohol, methane, or other storage fuels
Provides pollution-free energy
Cheaper than most of the common fuels
The residue can be used as manure
Has higher thermal efficiency in comparison to kerosene, cow dung, coal
and charcoal
OTEC
Ocean thermal energy conversion
Uses the difference between cooler deep and warmer shallow surface
ocean waters to run a heat engine