Company Details. Leeds, UK Sofia, Bulgaria (HQ) Istanbul, Turkey. Hanoi, Vietnam

Transcription

1 COMPANY BRIEF

2 Company Details Leeds, UK Sofia, Bulgaria (HQ) Istanbul, Turkey Hanoi, Vietnam Established in 1992 Private ownership Staff: 150 Certificates: ISO 9001:2008 ISO 14001:2004 BS OHSAS 18001:2007 Membership: World Nuclear Association Chamber of Engineers in Investment Design Atlantic Club of Bulgaria Bulgarian Nuclear Society 2

3 Business Lines Nuclear Power Conventional Power Hydro Power Other Renewable Energy 3

4 Services Design Consulting Services Analyses Safety Analyses Probabilistic safety analyses Assessment and management of operational risk Optimization of operational activities Thermal-hydraulic analyses Pipeline Analyses Seismic analysis and design Extreme loads analyses Modeling and analysis of complex structures Fire analyses Mathematical modeling Development of monitoring and management software Development of information systems Development of simulators Operational Improvements Configuration Management Remaining lifetime assessment Training Management of spent fuel and radioactive waste Project Management Construction of new energy facilities Investment projects Energy efficiency 4

5 Significant Projects Bulgaria National Electric Company Consulting Services for the Construction of Belene NPP Support the Owner in the following activities: Comprehensive Feasibility Study of Seven Reactor Options Technical & Economic Analyses based on IAEA Guidelines, Study for Project Structuring & Ownership Environmental Impact Assessment Develop Documentation for Public Procurement and Bid proposal evaluation EPC contract preparation and negotiations Project and Quality Management; Health & Safety, Environmental Monitoring Engineering and Design Review, confirmation of the Design packages acceptability Project and Construction Management, including Construction Supervision 5

6 Significant Projects Bulgaria Kozloduy NPP Site Selection for Unit 7 of Kozloduy NPP Geological, tectonic, seismic, meteorological studies for site selection. Site specific design characteristics Seismic regional and local analyses Soil and rock mechanics Water supply and water treatment Roads and infrastructure Extreme external events assessment 6

7 Significant Projects Bulgaria Maritsa East 2 TPP Rehabilitation of Units 1-6 (as per FIDIC) Project Engineer and Supervisor: Consulting services within the scope of the Spatial Planning Act and FIDIC, including assessment of conformity of the investment project, construction supervision and procurement quality control in the period

8 Significant Projects Bulgaria Sofia Heat District Heating Engineering of Turbogenerator with Capacity of 35MW and Auxiliary Equipment The project is divided into several main stages: Stage 1. Elaboration of technical design in parts: mechanical, civil structures, I&C, electrical, fire safety, health and safety plan Stage 2. Review and approval of the technical design parts by the Customer. Stage 3. Elaboration of a detailed design. Stage 4. Review and approval of the detailed design parts by the Customer. Stage 5. Construction site arrangement Stage 6. Delivery of the equipment and stage by stage installation Stage 7. Procurement of the required auxiliary equipment and materials, spare parts for 5 years operation period and special tools as required for installation, maintenance and repair of the delivered equipment Stage 8. Adjustment and pre-commissioning tests Stage hour tests and commissioning into operation Stage 10. Warranty tests Stage 11. Warranty period 8

9 Significant Projects Bulgaria Alpine Bau GmbH, VATECH/NEC Consulting and management services of the main contractor on Tsankov kamak dam and HPP Evaluating all parts of the project Consultant services for sub-contractors selection including offer examination of the potential sub-contractors and evaluation of the offer documentation as well as the possibilities of each sub-contractor to suit the requirements Consultant services for supplier selection including evaluation of the offers and possibilities for delivery fulfillment Projects management and coordination services, as well as contacts with local authorities; Expert technical help Evaluation of subcontractors, evaluation of suppliers, material characterization and testing, design recommendations, risk assessments, project structuring, outsourcing management 9

10 Significant Projects Bulgaria Development of photovoltaic power plants Sites: Debar 2.5 MW Elhovo 5 5 MW Elhovo 4 4 MW Rabrovo 0.5 MW K. Konare 0.5 MW Services: Business Plan development Feasibility studies Environmental impact assessment EPC Maintenance Operation 10

11 Ukraine NAEK «ENERGOATOM» Zaporozhie NPP Probabilistic Safety Assessment, Level 1 for unit 5 of Zaporozhie NPP, Ukraine Probabilistic Safety Assessment for unit 5 of Zaporozhie NPP, Ukraine. The Project scope includes three different Studies for two unit states: Full power operating mode: Probabilistic Safety Assessment Level 1; Low Power and Shut down operation mode: Probabilistic Safety Assessment Level 1 The project scope starts with data collection process and actualization of present model for PSA Level 1 to actual conditions of NPP (2006y). The thermo hydraulics model for computer code MELCOR was developed completely to be used for PSA Level 2. In Full power operating mode the project activities for Level 1 are completed. For Shut down operation mode the project scope also includes PSA Level 1. Project was completed according to schedule and allowed the NPP to apply for extension of licensed operation. 11

12 Armenia Worley Parsons Development of Conceptual Design for New Nuclear Power Plant in Armenia Subject of the project was development of Conceptual design for construction of new Nuclear Power Plant in Armenia, located near to the existing Metsamor NPP. In the scope of the project was included: General layout Conceptual design of the Nuclear Island Conceptual design of the Turbine Island Balance of Plant Auxiliary building Cooling systems Connection to the grid The aim of the project was to support the developed bankable feasibility study and present to the financial institutions for ensuring financing of the project. 12

13 Slovakia Worley Parsons Technical and Consulting Activities for completing the construction of Mochovce NPP, Unit 3 and 4 The purpose of this Technical and Consulting Activities Contract Specification was to facilitate the letting of a contract between the Owner and the Consultant for the provision of first-line support to the Owner in reviewing the potential completion of Mochovce NPP, Unit 3&4. The work was structured over seven (7) distinct Tasks, as listed below: Task #1: Technical Support Team (TST) Task #2: Assessing the Condition of the Existing Plant and Equipment Task #3: Ascertainment of Project Completion Cost Task #4: Project Completion Schedule Task #5: Determination of Project Contracting Strategy Task #6: Preparation of Information Materials for the Final Investment Decision Task #7: Preparation of the EPC Tender Documentation for the Project 13

14 Armenia Jacobsen Engineering, UK PSA for the Armenian NPP Risk Engineering Ltd. acted as consultant of Jacobsen Engineering Ltd., a UK based company for technical support to the Armenian NPP PSA team on the performance of an updated PSA to be produced in accordance with international good practice. Tasks covered: Event tree development Fault tree development and system analysis Success criteria evaluation Data for PSA Human Reliability analysis Quantification, sensitivity, uncertainty analysis and analysis and interpretation of PSA results Project management and quality program 14

15 Ukraine NAEK «ENERGOATOM» Zaporozhie NPP Probabilistic Safety Assessment, Level 2 for unit 5 of Zaporozhie NPP, Ukraine Probabilistic Safety Assessment for unit 5 of Zaporozhie NPP, Ukraine. The Project scope includes three different Studies for two states of the unit: Full power operating mode : Probabilistic Safety Assessment Level 2; Low Power and Shut down operation mode: Probabilistic Safety Assessment Level 2 The project scope starts with data collection process and actualization of present model for PSA Level 1 to actual conditions of NPP (2006y). The thermo hydraulics model for computer code MELCOR was developed completely to be used for PSA Level 2. In Full power operating mode the project activities for Level 2 are completed. For Shut down operation mode the project scope includes PSA Level 2 also. 15

16 Ukraine GSE Systems Inc. Full Scope Simulator for South Ukraine NPP Supply of hardware equipment for Main Control Room Full Scope Replica Simulator. Installation of the hardware and develop the main machine interface. The project was financed by US DOE under the International Nuclear Support Program. The project was completed on time allowing successful training of Nuclear operator of South Ukraine nuclear power plant. 16

17 USA GSE Systems Inc. Cooper NPP Full Scope Simulator Upgrade Support of GSES in Cooper NPP (BWR) Full Scope Simulator upgrade project Updating of old simulator models using new GESES tools. Development of new plant thermo hydraulic model with THOR generated model. Modeling of Turbine control and Electrical systems. 17

18 USA GSE Systems Inc. Dairyand Training Simulator 2004 Modeling of various plant systems, including: Balance of Plant Coal Handling System Soot blowers Ignition Oil System Turbine control Systems 18

19 USA GSE Systems Inc. Training for Four Corners Power Plant in New Mexico, USA Subcontractor of GSES in simulator project for Fossil Fuel Plant 4 Corners in New Mexico USA Modeling of some plant technological and control systems. Experience in simulation of DCS (Digital Control System) interface. 19

20 USA ARK Management Systems Inc. Development of Terms of Reference for new simulator platform Development of detailed specification for new training simulator for nuclear operator including: Preliminary Design Specification Software development platform Main machine interface Training materials Acceptance tests 20

21 Vietnam VINATOM, Vietnam Training in WWER technologies and investment projects This training course provided for Vietnamese specialists from research institutions and research reactor was intended to give them an introduction to WWER technologies with reactors Generation III, especially AES-91, AES- 92, AES-2006 in order for them to be able to learn how to use and review the Safety Analysis Report. Within the training program were included the following topics: Reactor technologies Requirements to the third generation reactor technologies Preparation of terms of reference for new build nuclear power plant Evaluation of different reactor technologies Evaluation of design documentation Site selection Evaluation of SAR 21

22 Germany Wölfel Beratende Ingenieure GmbH Consulting services for development and implementation of Project Analyses of the effects and mitigation measures of large commercial airplane crash on safety-related nuclear buildings Independent assessment and verification of the structural response and capacity of a NPP reactor building due to large commercial aircraft crash. This includes the following main components: Assessment of the air traffic Calculation of Load Time Functions for Boeing and Airbus (different fuel quantities and initial velocities) using the Riera s approach Numerical modelling of the reactor building Series of non-linear dynamic analyses Assessment of the structural capacity global and local failures Assessment of the dynamic response Floor Response Spectra Feedback to the Designer with recommendations for structural modifications 22

23 EU European Commission, Directorate-General: Justice, Freedom and Security, Directorate F: Security RiskProtec CI - Risk Assessment and Development of Protection Capacity for Critical Infrastructures due to Aircraft Attack The project goal is to develop a methodology for risk assessment of different types of facilities from the European critical infrastructure, mainly Nuclear Power Plants, for the effects of airplane crash with different airplane types and thus to increase the security awareness of the operators of those plants. Within RiskProtec CI the protection capacity of all European types of nuclear power plants against airplane attack will be increased by: - development of a methodology for the risk assessment of NPP and dams - review of the hazardous structures - classification of east and west European NPPs with regard to airplane crash - analysis of vulnerability of NPPs and dams - risk assessment of NPPs and dams - development of protection capacity against crash with Airbus A320, A380, Boeing B747, B767 - dissemination of the results 23

24 Ukraine ENERGOATOM Support to improved operational, maintenance procedures and severe accident management guidelines at Energoatom NPPs The project was launched within the frame of the EU Instrument for nuclear safety cooperation programme, the project Accident management and procedures: improvement of the emergency documentation. The wider objective of the project is transfer of operational safety culture and support in the improvement of the emergency documentation at Ukrainian nuclear power plants. The project scope covers review of the best international practices and European Union operators experience in nuclear power plant safety assurance during design basis, beyond design basis accidents and severe accidents for both at power and shutdown states. One of the main objectives is to reduce the probability of human errors during diagnostics and decision making while responding to incidents and accidents which could occur in a shutdown state of the reactor as well as to severe accidents which could occur for both at power condition and shutdown state of the reactor. Further the emphasis lies on development and updating of an emergency documentation system for all Ukrainian nuclear power plants. 24

25 EU European Commission IRIS Integrated European Risk Reduction System Project Outline: The project is led and driven by industry need for consolidation and generation of knowledge and technologies to enable the integration of new safety concepts related to technical, human, organizational and cultural aspects. The main goal is to develop procedures for integrated risk assessment and risk reduction for the main industries Nuclear, Chemical, Construction, Mining and Energy Sector. Basic Concept: In short the concept of IRIS aims to focus on main safety problems in diverse industrial sectors as well as to transform its specific requirements into integrated and knowledge-based safety technologies, standards and services. The project covers a broad range of industrial sectors and involves main stakeholders. Risk Engineering Ltd. is involved in the sub-projects related to the Nuclear Industry with focus on Man-Made and Natural Disasters, and on On-line monitoring. This includes structural modelling of nuclear related buildings, modal and complex-harmonic analyses of a reactor building structure and comparison with in-situ vibration measurements. 25

26 Finland TVO Nuclear Services Yo. Improvement of Safety Culture and Nuclear Power Operation in Novovoronezh NPP The aim of the project to improve the safety culture and reactor operation on the base of the best European practices in Nuclear Operation. In the frame of the project Risk Engineering Ltd. provided extensive support to the Finish company TVONS,which operates the first NPP in Finland, in development and improvement of Emergency Operation Procedures for Novovoronezh NPP. 26

27 Switzerland Kernkraftwerk Gösgen-Däniken AG Aircraft impact assessment Aircraft impact assessment for Gösgen NPP. 27

28 International Cooperation Company Projects/Area EDF (Electricity de France) France Development of modernization programs, safety management and life extension. Current project for Kozloduy NPP life extension Corys France Development of training simulators and system modeling. Development of multi-functional training simulator, ordered by European Commission ONET Grand Project Technologies France Radio active waste and spent fuel management. Currently we have two projects related to radio active waste and decommissioning of Kozloduy NPP Framatome ANP France Completed more then 15 projects, related to Kozloduy NPP upgrade Framatome GmbH Germany Completed more then ten projects related to Kozloduy NPP upgrade NUKEM GmbH Germany Construction of dry spent fuel storage in Kozloduy NPP. First completed project in Europe, financed by European Commission Atom Energo Export OOO Russia Completed more then twenty project in the frame of Kozloduy NPP modernization program 28

29 International Cooperation Company Projects/Area Atom Stroy Export OOO Russia Replacement of turbine condenser at Kozloduy NPP, which project served as base for condenser replacement in 17 NPPs in Russia. Korchatov institute Russia Implement of new in-house radiation monitoring system of Kozloduy NPP Hydropress Russia Modernization of Control rod system of Kozloduy NPP Westinghouse USA Replacement of safety control system of Kozloduy NPP AMEC UK Capacity building of Bulgarian Nuclear Regulatory Agency GSE Systems Inc. USA Development of Full Scope Training Simulators for Nuclear Power Plants Fortum Finland Frame work agreement for support in new build projects in Finland Vuje Slovakia Frame work agreement for design activities in the nuclear sector Excel USA Frame work agreement for safety management services for NPPs in countries with nuclear programs 29

30 International Cooperation Company Projects/Area K&S Consulting Switzerland Frame work agreement for consultancy services in nuclear programs for developing countries PM Dimension India Frame work agreement for consultancy services in the nuclear programs in India Petco Energy Turkey Joint company for providing consultancy and engineering services for new build nuclear plants in Turkey Quantum Group USA Joint company for providing consultancy and engineering services for new build nuclear plants in the countries with nuclear programs 30

31 Contact Details Headquarters: 10, Vihren str. Sofia 1618 Bulgaria Tel Fax: riskeng@riskeng.bg 31