The Experts below are selected from a list of 2313 Experts worldwide ranked by ideXlab platform

Jieqiong Jiang - One of the best experts on this subject based on the ideXlab platform.

  • preliminary conceptual design of a lead bismuth cooled Small Reactor clear sr
    International Journal of Hydrogen Energy, 2015
    Co-Authors: Minghuang Wang, Chao Lian, Dong Wang, Jieqiong Jiang
    Abstract:

    Abstract A lead–bismuth cooled Small Reactor named CLEAR-SR have been proposed, the main purpose of the Reactor is for energy supply in the ocean environments, such as the islands far from the land or offshore oil drilling platform. CLEAR-SR with integrated modular design, the power would to be 50–100 MWe, makes use of UN (U-235enrichment is 19.75%) as fuel, stainless steel as cladding and structure, can full power operation more than 10 years without refueling, the life of the Reactor would be 60 years. Safety aspects of CLEAR-SR are most concerned, CLEAR-SR can achieve deep negative feedback factor in operation, all of Reactor vessel is below the sea level which can use the sea water as Reactor vessel coolant in accident and make the Reactor more stable in the harsh marine environment, the Reactor vessel have double layer e. g. main vessel and safety vessel, use passive residual heat removal system, etc. The preliminary conceptual design of CLEAR-SR will be presented in this paper, detail design options will be discussed and R&D requirements will be specified.

  • Preliminary conceptual design of a lead–bismuth cooled Small Reactor (CLEAR-SR)
    International Journal of Hydrogen Energy, 2015
    Co-Authors: Minghuang Wang, Chao Lian, Dong Wang, Jieqiong Jiang
    Abstract:

    Abstract A lead–bismuth cooled Small Reactor named CLEAR-SR have been proposed, the main purpose of the Reactor is for energy supply in the ocean environments, such as the islands far from the land or offshore oil drilling platform. CLEAR-SR with integrated modular design, the power would to be 50–100 MWe, makes use of UN (U-235enrichment is 19.75%) as fuel, stainless steel as cladding and structure, can full power operation more than 10 years without refueling, the life of the Reactor would be 60 years. Safety aspects of CLEAR-SR are most concerned, CLEAR-SR can achieve deep negative feedback factor in operation, all of Reactor vessel is below the sea level which can use the sea water as Reactor vessel coolant in accident and make the Reactor more stable in the harsh marine environment, the Reactor vessel have double layer e. g. main vessel and safety vessel, use passive residual heat removal system, etc. The preliminary conceptual design of CLEAR-SR will be presented in this paper, detail design options will be discussed and R&D requirements will be specified.

Minghuang Wang - One of the best experts on this subject based on the ideXlab platform.

  • preliminary conceptual design of a lead bismuth cooled Small Reactor clear sr
    International Journal of Hydrogen Energy, 2015
    Co-Authors: Minghuang Wang, Chao Lian, Dong Wang, Jieqiong Jiang
    Abstract:

    Abstract A lead–bismuth cooled Small Reactor named CLEAR-SR have been proposed, the main purpose of the Reactor is for energy supply in the ocean environments, such as the islands far from the land or offshore oil drilling platform. CLEAR-SR with integrated modular design, the power would to be 50–100 MWe, makes use of UN (U-235enrichment is 19.75%) as fuel, stainless steel as cladding and structure, can full power operation more than 10 years without refueling, the life of the Reactor would be 60 years. Safety aspects of CLEAR-SR are most concerned, CLEAR-SR can achieve deep negative feedback factor in operation, all of Reactor vessel is below the sea level which can use the sea water as Reactor vessel coolant in accident and make the Reactor more stable in the harsh marine environment, the Reactor vessel have double layer e. g. main vessel and safety vessel, use passive residual heat removal system, etc. The preliminary conceptual design of CLEAR-SR will be presented in this paper, detail design options will be discussed and R&D requirements will be specified.

  • Preliminary conceptual design of a lead–bismuth cooled Small Reactor (CLEAR-SR)
    International Journal of Hydrogen Energy, 2015
    Co-Authors: Minghuang Wang, Chao Lian, Dong Wang, Jieqiong Jiang
    Abstract:

    Abstract A lead–bismuth cooled Small Reactor named CLEAR-SR have been proposed, the main purpose of the Reactor is for energy supply in the ocean environments, such as the islands far from the land or offshore oil drilling platform. CLEAR-SR with integrated modular design, the power would to be 50–100 MWe, makes use of UN (U-235enrichment is 19.75%) as fuel, stainless steel as cladding and structure, can full power operation more than 10 years without refueling, the life of the Reactor would be 60 years. Safety aspects of CLEAR-SR are most concerned, CLEAR-SR can achieve deep negative feedback factor in operation, all of Reactor vessel is below the sea level which can use the sea water as Reactor vessel coolant in accident and make the Reactor more stable in the harsh marine environment, the Reactor vessel have double layer e. g. main vessel and safety vessel, use passive residual heat removal system, etc. The preliminary conceptual design of CLEAR-SR will be presented in this paper, detail design options will be discussed and R&D requirements will be specified.

Chao Lian - One of the best experts on this subject based on the ideXlab platform.

  • preliminary conceptual design of a lead bismuth cooled Small Reactor clear sr
    International Journal of Hydrogen Energy, 2015
    Co-Authors: Minghuang Wang, Chao Lian, Dong Wang, Jieqiong Jiang
    Abstract:

    Abstract A lead–bismuth cooled Small Reactor named CLEAR-SR have been proposed, the main purpose of the Reactor is for energy supply in the ocean environments, such as the islands far from the land or offshore oil drilling platform. CLEAR-SR with integrated modular design, the power would to be 50–100 MWe, makes use of UN (U-235enrichment is 19.75%) as fuel, stainless steel as cladding and structure, can full power operation more than 10 years without refueling, the life of the Reactor would be 60 years. Safety aspects of CLEAR-SR are most concerned, CLEAR-SR can achieve deep negative feedback factor in operation, all of Reactor vessel is below the sea level which can use the sea water as Reactor vessel coolant in accident and make the Reactor more stable in the harsh marine environment, the Reactor vessel have double layer e. g. main vessel and safety vessel, use passive residual heat removal system, etc. The preliminary conceptual design of CLEAR-SR will be presented in this paper, detail design options will be discussed and R&D requirements will be specified.

  • Preliminary conceptual design of a lead–bismuth cooled Small Reactor (CLEAR-SR)
    International Journal of Hydrogen Energy, 2015
    Co-Authors: Minghuang Wang, Chao Lian, Dong Wang, Jieqiong Jiang
    Abstract:

    Abstract A lead–bismuth cooled Small Reactor named CLEAR-SR have been proposed, the main purpose of the Reactor is for energy supply in the ocean environments, such as the islands far from the land or offshore oil drilling platform. CLEAR-SR with integrated modular design, the power would to be 50–100 MWe, makes use of UN (U-235enrichment is 19.75%) as fuel, stainless steel as cladding and structure, can full power operation more than 10 years without refueling, the life of the Reactor would be 60 years. Safety aspects of CLEAR-SR are most concerned, CLEAR-SR can achieve deep negative feedback factor in operation, all of Reactor vessel is below the sea level which can use the sea water as Reactor vessel coolant in accident and make the Reactor more stable in the harsh marine environment, the Reactor vessel have double layer e. g. main vessel and safety vessel, use passive residual heat removal system, etc. The preliminary conceptual design of CLEAR-SR will be presented in this paper, detail design options will be discussed and R&D requirements will be specified.

Dong Wang - One of the best experts on this subject based on the ideXlab platform.

  • preliminary conceptual design of a lead bismuth cooled Small Reactor clear sr
    International Journal of Hydrogen Energy, 2015
    Co-Authors: Minghuang Wang, Chao Lian, Dong Wang, Jieqiong Jiang
    Abstract:

    Abstract A lead–bismuth cooled Small Reactor named CLEAR-SR have been proposed, the main purpose of the Reactor is for energy supply in the ocean environments, such as the islands far from the land or offshore oil drilling platform. CLEAR-SR with integrated modular design, the power would to be 50–100 MWe, makes use of UN (U-235enrichment is 19.75%) as fuel, stainless steel as cladding and structure, can full power operation more than 10 years without refueling, the life of the Reactor would be 60 years. Safety aspects of CLEAR-SR are most concerned, CLEAR-SR can achieve deep negative feedback factor in operation, all of Reactor vessel is below the sea level which can use the sea water as Reactor vessel coolant in accident and make the Reactor more stable in the harsh marine environment, the Reactor vessel have double layer e. g. main vessel and safety vessel, use passive residual heat removal system, etc. The preliminary conceptual design of CLEAR-SR will be presented in this paper, detail design options will be discussed and R&D requirements will be specified.

  • Preliminary conceptual design of a lead–bismuth cooled Small Reactor (CLEAR-SR)
    International Journal of Hydrogen Energy, 2015
    Co-Authors: Minghuang Wang, Chao Lian, Dong Wang, Jieqiong Jiang
    Abstract:

    Abstract A lead–bismuth cooled Small Reactor named CLEAR-SR have been proposed, the main purpose of the Reactor is for energy supply in the ocean environments, such as the islands far from the land or offshore oil drilling platform. CLEAR-SR with integrated modular design, the power would to be 50–100 MWe, makes use of UN (U-235enrichment is 19.75%) as fuel, stainless steel as cladding and structure, can full power operation more than 10 years without refueling, the life of the Reactor would be 60 years. Safety aspects of CLEAR-SR are most concerned, CLEAR-SR can achieve deep negative feedback factor in operation, all of Reactor vessel is below the sea level which can use the sea water as Reactor vessel coolant in accident and make the Reactor more stable in the harsh marine environment, the Reactor vessel have double layer e. g. main vessel and safety vessel, use passive residual heat removal system, etc. The preliminary conceptual design of CLEAR-SR will be presented in this paper, detail design options will be discussed and R&D requirements will be specified.

Akio Minato - One of the best experts on this subject based on the ideXlab platform.

  • The current interest and future prospect of nuclear energy in Mongolia
    2011
    Co-Authors: Akio Minato
    Abstract:

    The interest in Small Reactor is growing in US. The construction cost of Small Reactor depends on the size of the market because one way of the cost reduction will be obtained by the mass production in general. Mongolia, which is one of the potential market of Small Reactor, is interesting in the utilization of nuclear energy, such as district heating.

  • Application of Small Reactor 4S
    2007
    Co-Authors: Akio Minato
    Abstract:

    APPLICATION OF Small Reactor 4S. 4S (Super safe, Small and simple) fast Reactor has been developed from 1998 with a joint work between CRIEPI and Toshiba. The main basic design concepts of 4S are long life core (10-30 years), negative void reactivity during core lifetime, passive safety design, easy and simple operation, less maintenance work and so on. To obtain these objects, a metallic fuel was selected and the annular reflector surrounding the whole core was selected for the burning control instead of control rod and other innovative technologies were applied, such as RVACS for decay heat removal. The electrical output of 4S is 10-50 MWe and its output will be used to provide electricity or heat to household, industry, seawater desalination for Small city or community, and to mining and so on. For example, 4S with 50 MWe can product a fresh water of 200,000 m 3 /day. If the water consumption is 0.2 m 3 /day/capita, 1 million people can use its fresh water. 4S is a Small Reactor, however, there is a big market for the various utilization as a single or multiple purpose. At the present time, Toshiba and CRIEPI continues the preparation work for the US-NRC Pre-Application review for the future commercialization in the world.

  • A challenge to global environmental issues by Small Reactor -nuclear desalination and prevention of desertification-
    Progress in Nuclear Energy, 2000
    Co-Authors: Akio Minato, T. Sugiyama
    Abstract:

    Abstract The water shortage in the developing countries, such as middle-east countries, is becoming very severe and the land of several million hectares around those countries is also becoming deserted. The seawater desalination by nuclear energy is now being discussed at the IAEA, in response to the request from those countries. Recently, several Small and medium Reactors have been proposed by the member states of IAEA as the energy source for seawater desalination and also several related issues are being discussed. The production of potable water using Small Reactor (4S, Super Safe, Small and Simple-LMR), which has been proposed by CRIEPI and Toshiba, and its application for the plantation to prevent the desertification are described here. A challenge to the global environmental issues, such as prevention of desertification by the plantation and adsorption of carbon dioxide in the plantation is also described.