[nilesh]

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Hi I would like to have the information about Advanced Heavy Water Reactor (AHWR) as well as the details for AHWR300-LEU developed by BARC?

[Vishal Kotkar]

Threat of environmental change and significance of supportable improvement has acquired atomic power more keen concentration as of late. Development of atomic power around the world, nonetheless, requires agreeable innovative reaction to difficulties of abnormal state of wellbeing and security confirmation.

The Indian Advanced Heavy Water Reactor (AHWR) is being planned and created to accomplish huge scale utilization of thorium for the era of business atomic power. This reactor will deliver the greater part of its energy from thorium, with no critical outer contribution of uranium-233, in the balance cycle.




Improvement of Advanced Heavy Water Reactor, AHWR300-LEU, is a push to understand these cutting edge targets through inventive arrangement of present day advances.

AHWR300-LEU is a 300 MWe, vertical, weight tube sort, bubbling light water cooled, and overwhelming water directed reactor. The reactor consolidates various inactive wellbeing highlights and is related with a fuel cycle having lessened ecological effect. AHWR300-LEU has a few elements, which are probably going to decrease its capital and working expenses.

Utilizing overwhelming water at low weight lessens potential for spillages

Recuperation of warmth created in the mediator for encourage water warming

Disposal of real parts and hardware, for example, essential coolant pumps and drive engines, related control and power supply gear and comparing sparing of electrical power required to run these pumps

Shop collected coolant channels, with elements to empower speedy substitution of weight tube alone, without influencing other introduced channel segments

Natural favorable circumstances of utilizing high weight bubbling water as coolant

Disposal of steam generators

Utilization of high-weight steam

Generation of 500 m3/day of demineralised water in Multi Effect Desalination Plant by utilizing steam from LP Turbine (For plants situated on the ocean drift)

Hundred year plan life of the reactor

An outline objective requiring no avoidance zone past plant limit because of its propelled security highlights




AHWR300-LEU Advanced Heavy Water Reactor with LEU-Th MOX Fuel
.barc.gov.in/reactor/ahwr.pdf