ECCS Full Form

(Emergency Core Cooling Systems)

Emergency Core Cooling Systems (ECCS) is designed to remove residual heat from the reactor fuel rods in the event of a failure of the reactor coolant system or to safely shut down a nuclear reactor during accident conditions.


Short FormECCS
Full FormEmergency Core Cooling Systems
CategoryTechnology > Energy & Recycling
CountryWorldwide
Popularity
40%

Other Full Form Of ECCS

S.No.Short FormFull FormCategoryCountryPopularity
1 ECCS Emergency Core Cooling Systems Technology > Energy & Recycling Worldwide
40%
2 ECCS Express Cheque Clearing System Business > Banking India
20%
3 ECCS Employees Credit Cooperative Society Associations & Organizations > Social Welfare Organizations India
30%
4 ECCS Electrolytic Chromium Coated Steel Business > Products Worldwide
30%

Other Full Form list in same category - Products

S.No.Short FormFull FormCountryPopularity
1 CEPT Chemically Enhanced Primary Treatment Worldwide
30%
2 STP Sewage Treatment Plant Worldwide
40%
3 StRUT Students Recycling Used Technology United States
30%
4 OPC Optical Proximity Correction Worldwide
30%
5 SBR Sequencing Batch Reactors Worldwide
20%
6 DEWATS Decentralized Wastewater Treatment Systems Worldwide
20%
7 IEM Internal Electricity Market European Union
10%
8 DSM Demand Side Management Worldwide
40%
9 CBSM Community Based Social Marketing Worldwide
40%
10 JET Joint European Torus Worldwide
10%
11 PWR Pressurized Water Reactor Worldwide
60%
12 RFC Regenerative Fuel Cell Worldwide
30%
13 RRR Reduce, Reuse, Recycle Worldwide
20%
14 MRF Material Recovery Facility Worldwide
50%
15 SSF Slow Sand Filtration Worldwide
20%
16 MFC Microbial Fuel Cell Worldwide
40%
17 CSP Concentrated Solar Power Worldwide
50%
18 ECCS Emergency Core Cooling Systems Worldwide
40%
19 ICF Inertial Confinement Fusion Worldwide
30%
20 PHWR Pressurized Heavy-Water Reactor Worldwide
40%
21 OTE Oxygen Transfer Efficiency Worldwide
30%
22 TVD True Vertical Depth Worldwide
30%
23 ErP Energy-related Products Worldwide
40%
24 CES Cryogenic Energy Storage Worldwide
30%