INDIA'S civil nuclear programme Flashcards

1
Q

Father of Nuclear tech in world

A

Robert Oppenheimer. Conducted operation MANHATTON. under the operation U.S. developed nuclear weapons, and was tested in Mexico which is known as TRINITY test on 16 july, 1945. same weapon was dropped in HIROSHIMA NAD NAGASAKI.

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2
Q

Post dropping of bomb

A

post atomic bombing of weapon in Hiroshima in AUGUST, 1945, R.S Krishnan, a nuclear physicist noted that IF the tremendous energy released from atomic explosions is made available to drive the machinery then it would have a far reaching impact and would bring about an industrial revolution.

THIS use of nuclear weapons is regarded as the civil use of nuclear technology.

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3
Q

What is nuclear energy?

A

energy released when the nuclei of atoms are split or combined.

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4
Q

Types of nuclear reactions.

A

nuclear fission and nuclear fusion.

diff. bw the two.

when the atoms combine to release the nuclear energy this is known as nuclear fusion
and when the atoms split to release the nuclear energy then it is nuclear fission.

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5
Q

EXAMPLES

A

nuclear fission is usually seen in the sun and the stars because the larges amount of hydrogen atoms continually combines to release the energy.
Whereas, nuclear fission is generally used in nuclear powerplants and nuclear weapons

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6
Q

how electricity is produced in nuclear power plants

A

https://imgs.search.brave.com/nsLM0WuGP9Lm5Ht0lu6XhoOh1A6B3__ifPqhLJp2ebE/rs:fit:600:318:1/g:ce/aHR0cDovLzEuYnAu/YmxvZ3Nwb3QuY29t/L195ODlNZ3V3UjBi/VS9UVDZabVQwdmZG/SS9BQUFBQUFBQUFE/TS93aUFONGw2NE04/OC9zMTYwMC9zdHVk/ZW50LWJ3ci1zdGls/bC5naWY.gif

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7
Q

fissile and fertile materials for producing electricity.

A

fissile materials are the one that can sustain a chain reaction upon bombardment by neutrons.
fertile meaning that it can transmute into a fissile radioisotope(U-233) but can’t itself keep a chain reaction going.
THORIUM IS by itself FERTILE.
in a thorium reactor a fissile material like uranium or plutonium is blanketed by thorium.

the fissile material, also called a driver is this case, drives the chain reaction to produce energy while simultaneously transmuting the fertile material into a fissile material.

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8
Q

INDIA’S initiatives regarding nuclear energy.

A

INDIA has consciously proceeded to explore the possibility of tapping nuclear energy for the purpose of power generation.

in this direction a three-stage nuclear power programme was formulated by HOMI BHABHA in the 1950s.

The ATOMIC ENERGY ACT, 1962 was framed and implemented with the objective of using two naturally occuring elements Uranium and Thorium as nuclear fuel in INDIAN nuclear power plants.

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9
Q

Father of nuclear programme in INDIA?

A

HOMI JAHANGIR BHABHA.

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10
Q

About the programme and nuclear energy.

A

ultimate focus is on enabling the thorium reserves of INDIA to be utilised in meeting the energy requirements of INDIA.

NUCLEAR POWER is the FIFTH largest source of generating power in INDIA after coal, gas, wind power and hydroelectricity.

AT present, INDIA has 22 operational nuclear reactors with an installed capacity of 6780 MW.

Asia’s First nuclear reactor is the APSARA research reactor situated in MUMBAI installed in 1956.

The domestic uranium reserve in INDIA is small and the country is dependent on URANIUM imports from other countries like RUSSIA and KAZAKHSTAN to provide fuel to its nuclear power industry.

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11
Q

LARGEST URANIUM PRODUCING COUNTRY

A

KAZAKHSTAN.

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12
Q

URANIUM AND THORIUM RESERVES IN INDIA.

A

1to 2% of uranium of world is found in INDIA.
25% of whole thorium in world found in INDIA.

the 99.3% of the uranium found which is in raw material is fertile and the rest 0.7% is fissile.
the 99.3% is U-238 AND the 0.7% is U-235. from this inly U-235 is usable.
RESERVES OF URANIUM IN INDIA include UDAIPUR IN RAJASTHAN, DURG IN CHHATISGARH AND SINGH BHUM IN JHARKHAND.

THORIUM reserves in INDIA in KERELA’S monatize sand in coastal area, and in some areas of TAMIL NADU and ANDHRA PRADESH.

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13
Q

THORIUM .

A

OUR main aim was how to use thorium but the problem was to connvert it into fissile form from fertile one and for this the three stage programme was formulated in 1950s by HOMI BHABHA

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14
Q

What is the three stage programme?

A

it was formulated by HOMI BHABHA IN 1950s to secure the country’s long term energy independence, through the use of uranium and thorium reserves found in the monazite sands of coastal regions of SOUTH INDIA.

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15
Q

Atomic Energy Act

A

Atomic Energy act of 1948 under which atomic energy commission was setup whose first chairperson was HOMI BHABHA.
This commission is the governing body of the department of atomic energy which directly comes under direct control of Prime Minister.

Homi Bhabha setup a site for nuclear works but cleverly named it TATA INSTITUTE OF FUNDAMENTAL RESEARCH in BOMBAY and near it in TROMBAY a research lab was setup in which APSARA was made followed by SYRUS which was made with the help of canada and then SELENA which was completely made in INDIA.

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16
Q

THREE STAGES.

A

Stage 1
power generation and building fissile material for stage 2
in this we used S40 MW pressurized heavy water reactor to enrich the natural uranium and the heavy water used is DEUTERIUM OXIDE and the by product released is PLUTONIUM-239 WHICH IS a fissile material.

Stage 2
expanding power programme and building U-233 inventory.
in this we WE’LL develop fast breeder reactors where the plutonium-239 is mixed with natural uranium which would release uranium-233 as a by-product which is FISSILE material.
Stage 3
thorium fuel for sustainable nuclear energy.
in this we’ll use advanced heavy water reactor in which we mix the fertile thorium with the URANIUM-233 by which we get the fissile THORIUM.

we are currently in stage 2 under which we are developing FAST BREEDER REACTORS.

17
Q

NUCLEAR REACTORS IN INDIA.

A

Curreently 7 nuclear power stations working where 22 nuclear reactors are installed.
1st nuclear power station- TARAPUR ATOMIC POWER STATION in Maharastra in 1969 with a capacity of 1400MW. ESTD. by an agreement with U.S. in 1963.

Kundankulam nuclear power plant, 2013 in TAMIL NADU with capacity of 2000MW.
RAJASTHAN atomic power station, 1973 in Rajasthan WITH capacity of 1180MW.

Kaiga nuclear power plant,2000 in Karnataka with capacity of 880MW.

Narora atomic power station, 1991 in Uttar Pradesh with capacity of 440MW.

(Kalpakkam) Madras atomic power station, 1984 in Tamil Nadu with 440MW.

Kakrapar Atomic power station, 1993 in GUJARAT with 440 MW.

ALL the power stations are operated by NPCIL(nuclear power corporation of INDIA lmt. estd in year 1987)

18
Q

CHAIRMAN OF NPCIL

A

BHUWAN CHANDRA PATHAK.
Headquarters–World Trade Centre, Cuffe Parade, Colaba, Mumbai, Maharashtra.

19
Q

UNION MINISTER FOR ATOMIC ENERGY

A

Dr. JITENDRA SINGH.

20
Q

PLANNED NUCLEAR POWER PLANTS.

A

The new reactors are expected to increase India’s nuclear power generation capacity to 22,480MW by 2031.

TARAPUR MAHARASHTRA 300MW
MADRAS TAMIL NADU 1200MW
KAIGA KARNATAKA 1400MW
CHUTKA MADHYA PRADESH 1400MW
GORAKHPUR HARYANA 2800MW
BHIMPUR MADHYA PRADESH 2800MW
MAHI BANSWARA RAJASTHAN 2800MW
HARIPUR WEST BENGAL 4000MW
MITHI VIRDI GUJARAT 6000MW
KOVVADA ANDHRA PRADESH 6600MW
JAITAPUR MAHARASHTRA 9900MW

21
Q

INDIA- US CIVIL NUCLEAR AGREEMENT

A

THE 123 agreement signed between the two is known as the INDO-US CIVIL NUCLEAR DEAL.

The framework for this agreement was a July 18, 2005, joint statement by then Indian Prime Minister Manmohan Singh and then U.S. President George W. Bush, under which India agreed to separate its civil and military nuclear facilities and to place all its civil nuclear facilities under International Atomic Energy Agency (IAEA) safeguards and, in exchange, the United States agreed to work toward full civil nuclear cooperation with India.

This U.S.-India deal took more than three years to come to fruition as it had to go through several complex stages, including amendment of U.S. domestic law, especially the Atomic Energy Act of 1954. Came in 2008.