Transcript No Slide Title
INSTITUTE
FOR
STUDIES
AND
POWER ENGINEERING
02- July 2012
In Brief
Your strategic partner in developing investments projects
more than
60 years
of sustained activity
private company
since 1996 promoting complex
consulting and engineering services
for local and global clients from public and private sectors
leader
in the field of environmental engineering since 2006 ISPE, through the Energy & Environment Division offering
integrated solutions for a sustainable energy future
at regional, national and local level.
QEHS
applied according to ISO 9001, ISO 14001, BS OHSAS 18001 and ISO/CEI 27001
Bucharest Timisoara TIMISOARA BUCURESTI
Institute for Studies and Power Engineering
Structure
Shareholders General Assembly Supervisory Board CHAIRMAN and C.E.O.
Ioan Dan Gheorghiu
General Secretary
Celestin Alexandrescu
QEHS - Integrated Management System MANAGING DIRECTOR
Ovidiu Apostol
Research & Development Department
Anca Popescu
Information & Documentation Human Resources Division
Cristinel Ocnaşu
Human Resources Occupational HS & Professional Training Business Development Division Energy & Environment Division
Carmencita Constantin
Power Transmission & Distribution Division
Mihail Coteanu
Timi şoara Subsidiary
Dumitru G ârdan
Project Management
Mihai Dumitrescu
IT & C Division
Drago ş Pascale
Financial Division
Maria Pop-Moldovan
Marketing & Contracting Public Relations & Communication Studies and Projects Financing Thermomecanical Systems Environmental Engineering
Institute for Studies and Power Engineering
Power Systems Studies HV Substations Electric & Control Systems Overhead Transmission Lines Civil Engineering Process Civil Works Financial Controlling Financial & Accounting Administrative
Environmental risk assessment for particulate matter (PM10)
Client: SC ArcelorMittal Galati SA Start/Completion Date: 2006 / 2007 Partners: ICEM - Metallurgical Research Institute - Bucharest
In brief
Due to the technological process, iron and steel production plants have a high environmental impact. One important aspect, featured in the iron and steel production facilities is the total particulate matter that can have a significant effect on the environment and human health.
Services
•Environmental Risk Assessment study; •Assessing human health; •Mathematical dispersion modeling of particulate matter.
Institute for Studies and Power Engineering
Safe Operation of the Malina Technological Ponds
Client: Arcelor Mittal Galati SA Start/Completion Date: 2009/2011
In brief
The Malina sludge bed has the role of homogenizing, levigating and accumulating suspensions in waste waters coming from the steel plants, rolling mills and blast-furnaces on the industrial platform.
Services
• Feasibility Study; • Basic design, performance schedule and technical specifications • Permitting documentation for the urbanism certificate; • Permitting documentation for the environment permit; • Permitting documentation for the water management permit.
Institute for Studies and Power Engineering
Technical Project for Closure and Rehabilitation of Hidrohalda and Soldana II Technological Ponds
Client: Arcelor Mittal Galati SA Start/Completion Date: 2008/2009
In brief
Once maximum capacities has been reached, the client is bound to close and rehabilitate the sludge beds areas, according to current governmental and state regulations.
Services
• Basic design and technical specifications • Permitting documentation for the urbanism certificate; • Permitting documentation for the environment permit; • Permitting documentation for the water management permit.
Institute for Studies and Power Engineering
Security report Arcelor Mittal Galaţi
Client: Arcelor Mittal Galati Start/Completion Date: March 2007
In brief
The project included the drafting of the security report, in accordance with GD 95/2003 (SEVESO II). The document contains: •Information about the management system and organization for preventing major accidents; •Presentation of the environment in which the Arcelor Mittal Galaţi complex is located; •Description of the main activities; •Description of dangerous substances (physical, chemical, toxicological, eco-toxicological properties) used in the activity of Arcelor Mittal Galaţi (UCC, UOR, ULP, UPDES factories); •Description of the possible major accident scenarios; •Description of the protection and intervention measures for limiting the consequences of an accident on the Arcelor Mittal Galaţi platform.
Services
• Assistance for the preparation and submission of the security report in order to obtain the integrated environmental permit 3.1.
• • • Design of ash and slag landfills; • Design of ash and slag stockade; Design of industrial waste landfills; Closing down industrial waste landfills; • • • Reclamation and renaturation of industrial sites; • Consolidation of versants, stabilization of land slides, design of drainage systems; • Regularization of water streams; Development of topographical surveys; Interpretation of geo-technical data.
Institute for Studies and Power Engineering
National Programme for Carbon Capture and Storage – CCS
Client: Ministry of Economy Trade and the Business Environment Start/Completion Date: 2010/on-going
In brief
The overall objective of the project consists in reducing the environmental impact generated by industrial activities, by using the geological capture and storage of carbon. Project stages: •Analyzing the necessity to amend and supplement the existing legislation with specific provisions on the geological transport and storage of CO2 in Romania; •Preparing the application to obtain funds; •Studies that underlay the National CCS Programme; •National CCS Programme.
Services
• Research study Institute for Studies and Power Engineering
GETICA CCS Demo Project
European CCS Demonstration Project Network member Client: Global CCS Institute - Australia Start/Completion Date: 2010/2011
In brief
The purpose of the study was to implement the CCS technology (carbon capture, transport and storage) in Romania. Main objectives: •To contribute to the achievement of the national objectives for the reduction of CO2; •To reduce greenhouse gases, as part of the global effort to stabilize climate change; •To contribute to the development of the global CCS market by tackling technology-specific difficulties, and developing projects both in Romania, and in the Eastern Europe. The GETICA CCS demo project shall be implemented at unit no. 6 (250 MWe net) in Turceni TPP. The unit is under a rehabilitation program.
Services
• Feasibility study for CO2 capture; • Feasibility study for CO2 transport; • Feasibility study for CO2 storage; • Report on the financing application for the EU-NER300 European programme Institute for Studies and Power Engineering
GETICA CCS Demo Project
European CCS Demonstration Project Network member Client: Romanian Government - METBE, Complex Energetic
Turceni
,
Romgaz
,
Transgaz
Start/Completion Date: 2010/2011 (commissioning 2015)
In brief
The purpose of the project was to implement the CCS technology (carbon capture, transport and storage) in Romania. Main objectives of the project were: •To contribute to the achievement of the national objectives for the reduction of CO2; •To reduce greenhouse gases, as part of the global effort to stabilize climate change; •To contribute to the development of the global CCS market by tackling technology-specific difficulties, and developing projects both in Romania, and in the Eastern Europe. The GETICA CCS demo project shall be implemented at unit no. 6 (250 MWe net) in Turceni TPP. The unit is under a rehabilitation program.
Services
• Feasibility study for CO2 capture; • Feasibility study for CO2 transport; • Feasibility study for CO2 storage; • Drafting the financing application for the EU-NER300 European programme – submitting the documentation to MECMA. Institute for Studies and Power Engineering
GETICA CCS Demo Project - Technologies Optimization
Client: Ministry of Economy, Trade and Business Environment Start/Completion Date: 2011 (on going) /2012
In brief
The main goal of the project is to analyze and identify the optimum technical solutions for implementing a CO2 capture plant at an existing power unit, for developing the CO2 transport infrastructure and for CO2 safely storing. The project will assess the existing legal and institutional framework for the construction, operation, closing and post-closing of the CCS demo project.
CO2 monitoring technical alternatives will be also analyzed.
Services
• Studies for CO2 optimum technical solutions for implementing a CO2 capture plant at an existing power unit; • Assessing the existing legal and institutional framework; • CCS technology implementation optimizing; • CO2 integrated monitoring process analysis (capture, transport and storage).
Institute for Studies and Power Engineering
CO2 Transportation Risk Assessment for Carbon Capture and Storage
Client: BS-ERA.NET, EC – FP7 Start/Completion Date: 2011 (on going) /2013
In brief
BS-ERA.NET, networking project aimed at integrating the participating countries from the Black Sea extended region in the European Research Area, financed by the European Commission within the FP7 and managed by a consortium of 17 institutions from 13 European countries The research project, developed by 4 partners from 4 different European countries, aims to address: • the thermodynamic analysis and modeling of pure CO2 and its mixtures with other impurities, such as H2S, N2, water etc, over a wide range of temperatures and pressures, • the analysis of the most important risks related to CO2 pipeline transportation (landslide, seismic, corrosion, design and construction error). Risk assessment guidelines will be developed based on the obtained results. The Romanian gas transmission company, future operator of the first CO2 transportation pipeline in Romania, has expressed their willingness of applying the research results, as the risks related to CO2 transportation by pipeline is a subject of great interests for them. At the end of the project, the Romanian gas transmission company will be trained on the project topics, having the prepared guidelines as main support.
Services
• thermodynamic analysis and design of pipeline network for CO2 transportation; • multi-hazard risk analysis; • risk assessment guidelines; • dissemination Institute for Studies and Power Engineering
CO2RISKMAN
Client: DNV – DET NORSKE VERITAS, Norway Start/Completion Date: 2011 (on going) /2012
In brief
CO2RISKMAN is a joint industry development project meaning Industry Guideline on Effective Risk management of Safety and Environmental major Accident Hazards from CCS CO2 Handling Systems.
The CO2RISKMAN project will develop a CCS specific industry guideline based on the generic risk management principles, framework and process described in ISO 31000 tailored to manage safety and environmental major accident risk from CO2 handling system.
The Giudeline will provide industry context, best available information and guidance to assist organisations delivering the risk management process.
Services
• CO2 basic • Risk management overview • Terminology and vocabulary • CO2 risk management Institute for Studies and Power Engineering
CCS Regulatory Test Toolkit
Client: Global CCS Institute - Australia Start/Completion Date: 2011
In brief
The overall objective of the study was to roll out the Global CCS Institute’s CCS Regulatory Test Toolkit in Romania, in order to efficiently implement a CCS technology.
Entire work and analyses were undertaken in conjunction with relevant Government Ministries and Steering Committee.
Main stages of the study: •Identifying and recording CCS relevant regulations together with Romanian regulators •Analyzing the existing situation at national level referring to the institutional structures •Analyzing the national and European legislation •Preparing test exercise for Romanian regulators and Romanian CCs stakeholders •Proposing the assignments of roles and responsibilities •Proposing amendments for the existing Romanian legislation •Preparing the legal and regulatory framework for efficiently implement the CCS technology
Services
• Analyses related to the Regulatory Matrix • Organizing knowledge sharing workshops • Final report Institute for Studies and Power Engineering
Romanian CCS Roadmap Report
Client: Bellona Europa Start/Completion Date: 2011
In brief
The overall objective of the report consists in assessing the opportunity of deploying CCS technologies in Romania, aiming both energy and industrial sectors.
The report also presents an overview of the CO2 transport infrastructure and the CO2 storage potential in Romania.
A forecast scenario on the Romanian energy sector considering the future implementation of CCS technologies is presented in comparison with the basic scenario within the National Energy Strategy.
Services
• Research • Analysis • Recommendations • Translations • Consultancy regarding the Romanian National Energy Strategy until 2050 Institute for Studies and Power Engineering
CCS communication impact –”FENCO ERA NET”
Client: Ministry of Education and Research Start/Completion Date: January 2009/ January 2010
In brief
The project has consisted in the assessment of the public’s level of knowledge and awareness on climate change, energy policies and the CCS. Various communication methods were compared within the project, in terms of the efficiency of information the public on CCS topics.
Services
• Questionnaires and the implementation thereof at the level of the target groups (national surveys); assessing and comparing the empirical data obtained; • Recommendations on the local and general CCS communication, based on information concerning the public’s level of awareness in terms of climate change, energy policies and the CCS; • Assessing various communication methods, in terms of the efficiency in the information of the public on CCS-related topics; • Performing a public awareness campaign in order to increase the level of information on the CCS; • Establishing close relations with the largest CCS research networks (e.g. ZEP, CSLF, C2S2-RN) and the current groups of specialists at a national and European level; Institute for Studies and Power Engineering
Social Survey for CCS Public Acceptance Evaluation
Client: Ministry of Economy, Trade and the Business Environment Start/Completion Date: October 2011/ March 2012
In brief
The study is assessing the level of knowledge and understanding of the local community in Gorj, Dolj and Mehedinti counties with references to innovative low carbon technologies implementation in the region.
The survey aims to evaluate the level of awareness and acceptance in developing a CCS technology, merging the community needs with the benefits of the demonstration project which will be implemented in the future.
Services
• Social survey study for assessing the level of public awareness and acceptance regarding the implementation of a CCS technology in the region Institute for Studies and Power Engineering
“Capture-ready” power units implementation – Isalnita CHPP
Client: Complex Energetic Craiova (Isalnita CHPP) Start/Completion Date: November 2009/April 2010
In brief
The performance of a new 500 MW power unit with a pulverized lignite combustion boiler with ultra-supercritical parameters, based on the existing latest range modern technologies at European and global level, on the site of the former stage I, was a fundamental element in the economic policy of Isalnita CHPP to be a sustainable competitor.
Services
• Opportunity study for implementing a facility for post-combustion carbon capture and storage (CCS) , including a basic cost-benefit analysis for the situation in which CCS equipment will be implemented.
Institute for Studies and Power Engineering
“Capture-ready” power units implementation – Rovinari TPP
Client: Complex Energetic Rovinari (Rovinari CHPP) Start/Completion Date: August 2009/December 2009
In brief
The performance of a new 500 MW power unit with a pulverized lignite combustion boiler with ultra-supercritical parameters, based on the existing latest range modern technologies at European and global level, on the site of the former stage I, was a fundamental element in the economic policy of Rovinari CHPP to be a sustainable competitor.
Services
• Opportunity study for implementing a facility for post-combustion carbon capture and storage (CCS) , including a basic cost-benefit analysis for the situation in which CCS equipment will be implemented.
Institute for Studies and Power Engineering
Contact:
BUCHAREST
Headquarter 1-3 Lacul Tei Blvd.
020371 Bucureşti Romania ph. + 4021 210 10 95 fax. + 4021 210 23 34 email:[email protected]
www.ispe.ro
TIMI ŞOARA
Subsidiary 18 20 Gheorghe Lazăr str. 300081 Timişoara, Timiş district Romania ph.+ 4025 620 03 69 fax. + 4025 649 20 88 email:[email protected]
Institute for Studies and Power Engineering