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Flood protection measures - Construction of water reservoir - polder in the cadastral Lažiště

obec Lažiště | Published November 11, 2015
cpvs

The deliverable is a building whose implementation leads to the construction of the flow polder flow Žárovenského stream, and that addresses flood protection area Lažiště, also created a new landscape feature that contributes to greater diversity in the territory and will perform and function of habitat, especially for small amphibians and aquatic life.

Flood control measures - construction of water reservoir - polder in the cadastral Lažiště

Obec Lažiště | Published January 6, 2016
cpvs

The deliverable is a building whose implementation leads to the construction of the flow polder flow Žárovenského stream, and that addresses flood protection area Lažiště, also created a new landscape feature that contributes to greater diversity in the territory and will perform and function of habitat, especially for small amphibians and aquatic life.

Flood protection measures - Construction of water reservoir - polder in the cadastral Lažiště

obec Lažiště | Published October 1, 2015
cpvs
45246400

The deliverable is a building whose implementation leads to the construction of the flow polder flow Žárovenského stream, and that addresses flood protection area Lažiště, also created a new landscape feature that contributes to greater diversity in the territory and will perform and function of habitat, especially for small amphibians and aquatic life. Implementation of the project is conditional on the successful acquisition of grants.

SUSEN - radioactive waste disposal

Centrum výzkumu Řež s.r.o. | Published September 29, 2015
cpvs
90520000

Disposal of radioactive waste released during the construction project SUSEN

Delivery neutron detector

Ústav jaderné fyziky AV ČR, v.v.i. | Published November 4, 2015
cpvs
38940000

The subject of performance of the contract is the design and construction of two-dimensional position sensitive detector thermal neutron, which will use new technology to the converter in the form of a solid thin film containing the isotope 10B (detection technology without the use of isotope 3He). 1) Description of needs-is the subject matter of the contract is the design and construction of two-dimensional position sensitive detector of thermal neutrons. This device authority is required to carry out their professional duties, since the contracting authority is a leading Czech research institutions. 2) Description of vz - The subject of the contract is the design and construction of two-dimensional position sensitive detector thermal neutron, which will use new technology to the converter in the form of a solid thin film containing the isotope 10B (detection technology without the use of isotope 3He). 3) The interrelationship object model and the client's needs - realization of the object model is a prerequisite for the implementation of research programs. It is an unavoidable step towards achieving this goal. 4) Date - before the end of 2015.

Delivery neutron detector

Ústav jaderné fyziky AV ČR, v.v.i. | Published January 15, 2016
cpvs

The subject of performance of the contract is the design and construction of two-dimensional position sensitive detector thermal neutron, which will use new technology to the converter in the form of a solid thin film containing the isotope 10B (detection technology without the use of isotope 3He).

Delivery of neutron shields and components, neutron diffractometer BEER including related research and development

Ústav jaderné fyziky AV ČR, v. v. i. | Published July 22, 2016
cpvs

The subject of this contract is the delivery of the neutron diffraction instrument called "Beamlines for European Engineering Research" (hereinafter "BEER") at the European spalačního source (hereinafter "ESS"), specifically neutron shielding and engineering of the instrument of delivery includes research and development, design, construction and installation currently, there is a scientific design and preliminary technical design of the instrument, which passed the international scientific and technical review process. A more detailed description of this concept can be found on the website of the ESS: https://europeanspallationsource.se/building-europes-next-flagship-engineering-diffractometerfuture- beer on the basis of scientific and technical concept will be brought to the design and implementation phase, part of which is the subject of this contract and which will include: Under construction phase: 1) research and development work for supply, focusing in particular on the following: a) based on the simulation calculations to design and optimize shielding neutronovodu outside the main shielding sources (bunker), total The 128 has a sheltered The optimization of shielding concerned taking into account existing computational models and results in question related components and technology units of the project ESS; b) Create a structural design engineering delivery instrument, namely supporting platform environment sample and neutron detectors and transport and parking platform for simulating the device manufacturing processes or operating conditions of the test material; c) Ensuring adversary and approval of the draft shield design solution by ESS. 2) design, manufacture, testing and assembling supplies (neutronovodu shielding, shielding experimental cells and mechanical parts - carrying, transportation and parking platforms instrument). As part of the implementation phase: 1) installation supply (shielding neutronovodu, shielding experimental cells and mechanical parts) into the instrument BEER in the experimental hall ESS, 2) documentation of actual in the range of standards, ESS, 3) documentation demonstrating that the supply meets the requirements of the ESS properties shielding, 4) performance tests and in a range of standards ESS 5) making the necessary connections to interface with surrounding systems. Detailed description of the subject contract will be stated in the tender documents. 137/2006 Coll., On Public Procurement, as amended. Applications must be made so as to be received no later than the deadline.

Reconstruction of water supply and sanitation in the old part of the village Pěčnov

Obec Pěčnov | Published September 11, 2015  -  Deadline December 31, 2016
cpvs
45231300

new building sewerage and water supply: water mains pipes from PE DN 100 mm in length 323.4 mA DN 80 mm, a length of 186.05 meters and a total length of water mains 509.45 meters, the length of the public water supply connections 112.80 meters, sewer sewerage PVC DN 250 mm with a total length of 646.9 m, public sewage connections of PVC DN 150 mm with a total length of 157.35 meters justification effectiveness of public procurement: a) the description needs to be the fulfillment of public contracts fulfilled: Construction It will be used to complete the removal of sewage and drinking water inhabitants Pěčnov. b) a description of the subject of public procurement: new sewerage and water supply: water mains pipes from PE DN 100 mm in length 323.4 mA DN 80 mm, a length of 186.05 meters and a total length of 509.45 meters of water mains, length of public water supply connections 112.80 meters, sewer sewerage PVC DN 250 mm with a total length of 646.9 m, public sewage connections of PVC DN 150 mm with a total length of 157.35 mc) a description of the relationship of the public contract and the client's needs: None the implementation of the procurement procedure can not achieve the desired objective sponsor of ensuring discharge of sewage and drinking water inhabitants Pěčnov. The construction will have a positive impact on both the environment and improve living standards of citizens and community development. Implementation and optimal operation of the state of the environment in accordance with Czech legislation will protect both existing sources of groundwater and surface water. Tender procedure will be selected by the contractor with the lowest price while maintaining the required quality and scope of work. d) the expected date of fulfillment of public contracts: to 31. 12. 2016

The primary cooling water system

Ústav jaderné fyziky AV ČR, v. v. i. | Published August 19, 2016
cpvs
42513200

The details of the ESS ESS see the website: https://europeanspallationsource.se. The system must meet the following requirements: - Two cool beryllium reflectors and construction; - Cool the container and the structure of the heat moderator; - Cool and shielding socket (massive shielding, shielding, plugs and sockets frames); - Transfer the heat to the secondary water system; - Supplying water at constant temperature and pressure; - Constant temperature control; - Maintain the purity of water (a cleaning system is not covered by the scope of delivery); - Contain radioactive inventory. The physical layout of the system must take into account the footprint of other devices. Delivery primary water cooling system includes in particular: - within the design phases: 1) research and development work in the design engineering of the system, which will result in a detailed proposal (based on the existing concept of the design), including draft power and signal cables and pipelines; 2) assessing the manufacturability of each component of the cooling system with regard to compliance ESS quality; - In the framework of the implementation phase 3) for primary water cooling system; 4) The installation of the system and perform tests before commissioning; 5) The delivery of this system in the ESS and cooperation on installation, testing and commissioning within ESS. Process research and development work will set technical requirements for ongoing basis and are subject to change. Reason effectiveness of public procurement: The description needs to be the fulfillment of public contracts fulfilled This supply, as a result of the project is non-monetary (ie. "In kind") contribution of the Czech Republic for the construction of ESS. For the implementation of the supply is in addition to professional competencies needed and close coordination between the contractor and the ESS, so that supply meets all standards and requirements for device integration infrastructure ESS, including requirements for radiation safety. Research and development, as well as the design and manufacture of equipment are financed from the OP VVV, from the European Structural and Investment Funds (ESI +). A description of the subject contract subject of this procurement is described above under II.4) of this section II.B. Description of the relationship between the subject contract and delivering the client's needs SOI ESS will fulfill part of an in-kind contribution of the Czech Republic to an international research infrastructure ESS. Expected date of fulfillment of public procurement timetable envisages the realization of the first stage of work (design phase) in the period October 2016 - March 2017 and the second phase (implementation phase) in the period March 2017 - March 2019, while manufactured system should be delivered to their destination in January 2018 fully installed in September 2018 and is ready for testing in March 2019th

Delivery of neutron shields and components, neutron diffractometer BEER including related research and development

Ústav jaderné fyziky AV ČR, v. v. i. | Published May 20, 2016
cpvs
73000000

A more detailed description of this concept can be found on the website of the ESS: https://europeanspallationsource.se/building-europes-next-flagship-engineering-diffractometer-future-beer On the basis of the scientific and technical concept will be brought to the design and implementation phase, part of which is the subject of this contract and which will include: Under Construction phase: 1) research and development work for supply, particularly to the following: The optimization concerned shield into account existing computational models and results in question related components and technology units ESS project. b) Create a structural design engineering delivery instrument, namely supporting platform environment sample and neutron detectors and transport and parking platform for simulating the device manufacturing processes or operating conditions of the materials tested. c) Ensuring adversary and approval of design solutions by the ESS. 2) design, manufacture, testing and assembling supplies (neutronovodu shielding, shielding experimental cells and solutions engineering part of the instrument). within the framework of the implementation phase: 1) installation supply (shielding neutronovodu, shielding experimental cells and solutions engineering part of the instrument) to the instrument BEER, 2) documentation of actual in the range of standards, ESS, 3) documentation demonstrating that the supply meets the shielding properties, 4) performance tests and testing in a range of standards ESS 5) making the necessary connections to interface the system around. The Contractor is not entitled to any additional payments and an extension of the delivery date due to an incorrect interpretation of any documents or information relating to the subject of supplies received from the sponsor. Reason effectiveness of public procurement: The description needs to be the fulfillment of public contracts fulfilled for the implementation of the supply is in addition to professional competencies needed and close coordination between suppliers, foreign partners and the ESS, so that supply meets all standards and requirements for device integration infrastructure ESS, including requirements for radiation safety. Research and development, as well as the design and manufacture of this instrument are funded by the Ministry of Education, Youth and Sports as a project called "European spalační source - the participation of the Czech Republic" in support of large infrastructures for research, experimental development and innovation. A description of the subject contract subject of this procurement is described above under II.4) of this section II.B. Description of the relationship between the subject contract and the client's needs Implementation of the contract will allow the project to move diffraction instrument BEER from the current scientific and technological concepts into the design and implementation phases and thus fulfill part of the in-kind contribution of the Czech Republic in an international research infrastructure ESS. Expected date of fulfillment of public procurement timetable envisages the first stage of labor (construction phase) in the financial year 2016-2019 the above project, the Ministry of Education, the second stage (the implementation phase) should be completed in the financial year 2020-2022.

The primary cooling water system

Ústav jaderné fyziky AV ČR, v. v. i. | Published September 21, 2016
cpvs

The details of the ESS ESS see the website: https://europeanspallationsource.se. The system must meet the following requirements: - Two cool beryllium reflectors and construction; - Cool the container and the structure of the heat moderator; - Cool and shielding socket (massive shielding, shielding, plugs and sockets frames); - Transfer the heat to the secondary water system; - Supplying water at constant temperature and pressure; - Constant temperature control; - Maintain the purity of water (a cleaning system is not covered by the scope of delivery); - Contain radioactive inventory. The physical layout of the system must take into account the footprint of other devices. Delivery primary water cooling system includes in particular: - within the design phases: 1) research and development work in the design engineering of the system, which will result in a detailed proposal (based on the existing concept of the design), including draft power and signal cables and pipelines; 2) assessing the manufacturability of each component of the cooling system with regard to compliance ESS quality; - In the framework of the implementation phase 3) for primary water cooling system; 4) The installation of the system and perform tests before commissioning; 5) The delivery of this system in the ESS and cooperation on installation, testing and commissioning within ESS. Process research and development work will set technical requirements for ongoing basis and are subject to change. 137/2006 Coll., On Public Procurement, as amended. Applications must be made so as to be received no later than the deadline.

Refrigerating equipment

Ústav jaderné fyziky AV ČR, v.v.i. | Published January 10, 2017
Winner
Nuvia a.s.
cpvs
42513200

The details of the ESS ESS see the website: https://europeanspallationsource.se

The details of the ESS ESS see the website: https://europeanspallationsource.se

The system must meet the following requirements:

- Cool the two beryllium reflectors and construction;

- Cool the container and the structure of the heat moderator;

- Cool and shielding socket (massive shielding, shielding, plugs and sockets frames);

- Transfer the heat to the secondary water system;

- Supplying water at constant temperature and pressure;

- Constant temperature control;

- Maintain the purity of water (a cleaning system is not covered by the scope of delivery);

- Contain radioactive inventory.

The physical layout of the system must take into account the footprint of other devices.

Delivery primary water cooling system includes in particular:

- Within the design phase:

1) research and development work in the design engineering of the system, which will result in a detailed proposal (based on the existing concept of the design), including draft power and signal cables and wiring,

2) assessing the manufacturability of each component of the cooling system with regard to compliance ESS quality;

- In the framework of the implementation phase:

3) the production of primary water cooling system;

4) The installation of the system and perform tests before commissioning;

5) The delivery of this system in the ESS and cooperation on installation, testing and commissioning within ESS.

A detailed description of the subject matter and the detailed technical specifications of the content of tender documents of a public contract.

Reconstruction of water and sanitation in the old part of the village Pěčnov

Obec Pěčnov | Published December 22, 2014  -  Deadline December 30, 2015
cpvs
45231300

new building sewerage and water supply: water mains from PE pipes DN 100 mm in length 323.4 mA DN 80 mm in length of 186.05 meters and a total length of 509.45 meters of water mains, the length of the public water supply connections 112.80 meters, sewer sewerage of PVC DN 250 mm total length of 646.9 meters, the public part of sewage connections from PVC DN 150 mm total length of 157.35 meters justification effectiveness of public procurement: a) a description needs to be the fulfillment of public contracts fulfilled: Construction will be used to complete the discharge of sewage and drinking water inhabitants Pěčnov. b) a description of the subject contract: new sewerage and water supply: water mains from PE pipes DN 100 mm in length 323.4 mA DN 80 mm in length of 186.05 meters and a total length of 509.45 meters of water mains, length of public parts of water connections 112.80 meters, sewer sewerage of PVC DN 250 mm total length of 646.9 meters, the public part of sewage connections from PVC DN 150 mm total length of 157.35 mc) a description of the relationship between the subject contract and the client's needs: No implementation of the procurement procedure can not achieve the desired objective sponsor of ensuring the discharge of sewage water and drinking water inhabitants Pěčnov. The building will have a positive impact on both the environment and raising the living standards of citizens and community development. After the implementation and optimal operation of the state of the environment in accordance with the legislation of the Czech Republic, will be protected secondly existing sources of groundwater and surface water. Tender procedure will be selected by the contractor with the lowest price while maintaining the required quality and scope of work. d) the anticipated date of fulfillment of public contracts: 04 - 12/2015

Extension nursery and primary schools Husinec-Rez

obec Husinec | Published April 20, 2015
cpvs
45000000

It will be an extension of the existing building primary schools and kindergartens one kindergarten class, including facilities (locker rooms, social and storage facilities etc.) and annex kitchen and dining area for the whole building. Extension will be addressed, including access roads, the situation forced relocation of water mains, gas and power lines, landscaping and landscaping and fencing. JUSTIFICATION OF THE EFFECTIVENESS OF THE CONTRACT (Part 1): a) The contracting authority is located in an area which is very attractive location for new housing. Therefore, increasing the number of young families with children, with concomitant increase in demand for places in the nursery and primary school. The capacity of the existing building are becoming insufficient for an adequate level of education of children living in the village. The same applies to the operation of the kitchen, which is the capacity to the limit for hygienic reasons and can not satisfy the related increase in demand. JUSTIFICATION OF THE EFFECTIVENESS OF THE CONTRACT (Part 2): b) under this contract will extend the existing building primary schools and kindergartens one kindergarten class, including facilities (locker rooms, social and storage facilities etc.) and annex kitchen and dining area for the whole building. The deliverable will also be relevant construction of access roads and the realization of the situation forced relocations of water mains, gas and power lines. There will also be secured landscaping and landscaping including adequate fencing. c) realization of public procurement will eliminate undesirable situation described above, with which it is associated in particular, improve the living conditions of people living in the municipality Husinec, which is related to the fact that the built spaces can be used not only to the needs of children, but also other socially beneficial activities carried out in the village. d) Expected date of fulfillment of public contracts - about 10 months from delivery site (expected date of handing over the first 7th 2015).

Delivery of helium cooling system targets at spalačního sources

Ústav jaderné fyziky AV ČR, v. v. i. | Published August 19, 2016
cpvs
42513200

The details of the ESS ESS see the website: https://europeanspallationsource.se. To meet this requirement, the maximum permissible temperature of the helium cooling system is designed so that the mass flow 3.0 kg / s. Alternatively activated / contaminated helium gas must be kept closed except for emergency allowable values. Delivery of helium cooling system targets include in particular: - within the design phases: 1) structural design engineering of the cooling system (based on the basic engineering design, which is already currently available); 2) research and development of engineering and its presentation in order to remove uncertainty whether the proposal meets the requirements for functionality, whereas in the optimization taking into account existing computational models and results in question related components and technology units of the project ESS; 3) assessing the manufacturability of each component of the cooling system with regard to compliance ESS quality; - Within the realization phase 4) the production of a helium cooling system targets; 5) The installation of the system and perform tests before commissioning; 6) The delivery of this system in the ESS and cooperation on installation, testing and commissioning within ESS. Process research and development work will set technical requirements for ongoing basis and are subject to change. Reason effectiveness of public procurement: The description needs to be the fulfillment of public contracts fulfilled This supply, as a result of the project is non-monetary (ie. "In kind") contribution of the Czech Republic for the construction of ESS. For the implementation of the supply is in addition to professional competencies needed and close coordination between the contractor and the ESS, so that supply meets all standards and requirements for device integration infrastructure ESS, including requirements for radiation safety. Research and development, as well as the design and manufacture of equipment are financed from the OP VVV, from the European Structural and Investment Funds (ESI +). A description of the subject contract subject of this procurement is described above under II.4) of this section II.B. Description of the relationship between the subject contract and the client's needs Implementation of the contract will allow the project to move supplies helium cooling system of the target from the current scientific and technological concept to the implementation stage and hence fulfill part of an in-kind contribution of the Czech Republic to an international research infrastructure ESS. Expected date of fulfillment of public procurement timetable envisages the realization of the first stage of labor (design phase) in the period October 2016 - April 2017 and the second phase (implementation phase) in the period April 2017 - November of 2018.

Central cooling water systems

Ústav jaderné fyziky AV ČR, v. v. i. | Published August 19, 2016
cpvs
42513200

The details of the ESS ESS see the website: https://europeanspallationsource.se. Secondary cooling water systems consist of three different circuits, which are: - target medium water cooling system; - Medium to medium-temperature water cooling system; - Low-temperature middle of the water cooling system. Systems must meet the following requirements: - dissipate heat from the Primary helium cooling system and water cooling system; - Allow for adequate and effective temperature control during fluctuating loads; - To transfer heat from the primary cooling system into the conventional water cooling device; - Act as a barrier between the primary cooling system and a conventional water cooling devices; - Be efficiently and reliably operable. Secondary cooling water systems are closed circuits with the water, which are cooled in heat exchangers with water from the conventional devices. The pump pumps water into the system at a certain pressure, temperature and flow. The heat from the primary circuit is then obtained with a heat exchanger. The temperature is controlled by a heat exchanger in the cooling circuit water from a conventional device. On the return flow into the separator gas and liquid is placed mechanical filter. The system will be refilled or replenished by tapping into the inlet / buffer storage tank and deionized water. Delivery secondary water cooling systems, in particular: - within the design phases: 1) research and development work in the design engineering of the system, which will result in a detailed proposal (based on the existing concept of the design), including draft power and signal cables and pipelines; 2) assessing the manufacturability of each component in question refrigeration systems with regard to compliance ESS quality; - In the framework of the implementation phase: 3) The production of secondary water cooling systems; 4) installation of the systems in question, and perform tests before commissioning; 5) The delivery of these systems into the ESS and cooperation for their installation, testing and commissioning within ESS. Process research and development work will set technical requirements for ongoing basis and are subject to change. Reason effectiveness of public procurement: The description needs to be the fulfillment of public contracts fulfilled This supply according to the project's non-financial (ie. "In kind") contribution of the Czech Republic for the construction of ESS. For the implementation of the supply is in addition to professional competencies needed and close coordination between the contractor and the ESS, so that supply meets all standards and requirements for device integration infrastructure ESS, including requirements for radiation safety. Research and development, as well as the design and manufacture of equipment are financed from the OP VVV, from the European Structural and Investment Funds (ESI +). A description of the subject contract subject of this procurement is described above under II.4) of this section II.B. Description of the relationship between the subject contract and delivering the client's needs secondary water cooling systems into the ESS will be the fulfillment of an in-kind contribution of the Czech Republic to an international research infrastructure ESS. Expected date of fulfillment of public procurement timetable envisages the realization of the first stage of labor (design phase) in the period October 2016 - March 2017 and the second phase (implementation phase) in the period March 2017 - March 2019, while manufactured system should be delivered to their destination in February 2018 fully installed in October 2018 and is ready for testing in March 2019th
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