Used ASM Epsilon E3200 #293595794 for sale

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Manufacturer
ASM
Model
Epsilon E3200
ID: 293595794
Wafer Size: 12"
Vintage: 2003
EPI Reactor, 12" Process: SiGe CIM: SECS/GEM (2) FOUPs BERNOULLI Wand Front end robot RLL Pump Reactor Pump WHC Pump LLL Pump Scrubber Missing parts: Quartz chamber Quartz process kit Monitor 2003 vintage.
ASM Epsilon E3200 is a high temperature spectrum reactor designed for use in nuclear energy applications. It is a medium-scale thermal power reactor based on the proven CANDU design and uses a heavy-water moderator to control the nuclear reaction and enhance the thermal efficiency. Epsilon E3200 is an advanced version of the conventional CANDU reactors, which is characterized by its long-life durability, high thermal efficiency, and low cost. The primary aim of ASM Epsilon E3200 is to generate increased power output, reduce shutdown frequency, and improve fuel utilization and maintain the high safety standards of the original CANDU design. It is designed to operate between 800 and 950°C, with the thermal capacity of 30 MWth, producing power up to 13 MWe. The E3200 also offers a combination of advanced features, such as an optimal fuel loading pattern and optimized core design offering increased power density and operation of different fuel cycle and enrichment profiles. This advanced version features a range of technological improvements, such as the use of a pressure vessel shell that is fitted with advanced neutron monitoring systems, improved fuel management tools, and an optimized refueling procedure. Epsilon E3200 also features an advanced reactor control system that provides an intuitive interface and can be operated remotely, allowing for the efficient and safe operation of the unit. It also offers a high level of accident prevention and protection, ensuring the safety of both personnel and the environment. ASM Epsilon E3200 reactor offers a range of benefits, such as improved fuel use, increased safety, and increased thermal efficiency. It is able to produce reliable and low cost nuclear energy without creating any direct green-house gas emissions, making it an attractive option for those looking for an economical, reliable and low-carbon energy source.
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