Hledání

Waste specific activity 109 -1010 Bq.dm-3 Main RA-nuclides and compounds Cs, Sr, Pu, K2CrO4 Evaporator's heating temperature 128–140 °C Melting vessel of vitrification furnace Inconel Furnace operational temperature max.

Basic Technical Specifications: 109 -1010 Bq.dm-3 Cs, Sr, Pu, K2CrO4 Evaporator's heating temperature 128-140°C Melting vessel of vitrification furnace Inconel Furnace operational temperature max.

the transport of all reactor fuels to storage pools, the cooling down of fuel cells in storage pools, the draining and processing of all operational media from unnecessary equipment, the processing ...

A specialized workstation has been constructed to deal with the metallic materials from the former A1 NPP powerhouse. Metallic RAW is sorted according to intensity of contamination and according to the type of metallic RAW: carbon metals, high-grade steel and colored metals.

Processing of used HVAC filters Technology for processing of HVAC (heat, ventilation and air-conditioning) filters from the HVAC systems of nuclear power plants is used in facility that crushes filters, separates magnetic and aluminium fragments from the crushed material, feeds and mixes chemicals to the crushed material.

The V1 Nuclear Power Plant with its WWER 440 type reactors was conceptually designed as two independent energy units. The technological design was double circuited.   Primary circuit The primary circuit is that part of NPP facilities, where nuclear energy is transformed into thermal energy.

The A1 Nuclear Power Plant with its KS 150 heterogeneous reactor was designed to have an electrical output of 143 MW. Natural metallic uranium was used as fuel, heavy water was moderator and carbon dioxide was used for cooling.

In the end of 2008 the Slovak Government has decided upon the strategic partner, ČEZ.

EXECUTION OF RADIOACTIVE MATERIALS TRANSPORT The company JAVYS, a. s., performs transport of: Spent nuclear fuel, Radioactive waste, Institutional radioactive waste and captured radioactive materials.

The decommissioning of a nuclear power plant is a complex process and is, in many aspects, different from the dismantling of non-nuclear facilities. During the operation of the nuclear power plant, as well as during the process of decommissioning, with the reactor being shut down and nuclear fuel being removed, discipline, systematic approach to work, quality and control of the entire process and high level of safety culture in project management must be maintained.