SKILLS. Magalie LAMBERLIN Safety and Risk Engineer 1 / 7

Transcription

1 She has a significant experience in safety and industrial risk as she has worked for various industrial plants from chemical, oil and gas to mining. Her main skills are permitting, safety studies, risk assessment and process safety management. With an international profile, she is autonomous and has shown a strong ability to adapt. SKILLS Industrial and Occupational Safety Plant permitting dossiers, SEVESO sites Regulatory safety studies Process Safety Management Operating Safety and Process Hazard Analysis: HAZOP, What-if, Preliminary Risk Analysis, Fault Tree Method Simulation of accidental phenomenon (PHAST, PERSEE, UFIP Methodology [French Union for Petroleum Industries], US- EPA, GTDLI) Studies related to protection against explosions Hazardous area classification Vulnerability studies as part of prevention plans of technologic risks (PPRT) Occupational Risk Assessment Environment and health Impact studies, safety notice Compliance analysis (ISO Standard) Human health risks assessment Project Management Management of a 6 engineer s team for one year : Technical, organizational, and contractual follow-up Follow-up of projects from beginning to end Modelling (Simulation of accidental phenomenon) PHAST v6.7 PERSEE Magalie LAMBERLIN Safety and Risk Engineer 1 / 7

2 EXPERIENCE NEODYME NC, Nouméa, New Caledonia From February 2013 Industrial Risk Engineer Consulting NEODYME NC is an independent consulting and engineering company which provides services in the field of industrial risks, especially mining industry, as well as in the field of occupational safety. - Audited the 14 elements of PSM to define the current state and propose an action plan - Follow-up of the planning and status of actions - Support to the PSM referents and responsible of actions - PSM manual writing - Procedures development : HAZOP and safety critical elements - Managed the study : Work schedule, tasks distribution, follow-up meetings - Facilitated of Preliminary Risk Assessment : 4 sessions for coal plant and 8 sessions for met plant - Simplified safety study and environmental impact study - HAZOP of diesel feeding of turbines - Reviewed the Hazop risk analysis in a 2-days workshop on : Steam turbine, Circulating Fluidised Bed boiler system, combustion turbine - Modelled 3 additional scenarios : Fire/Explosion of a transformer, explosion of the combustion chamber of the combustion turbine and catastrophic rupture of the boiler due to steam tubes rupture - Reviewed the bow-ties in order to identify the causes and the consequences of the 13 critical scenarios in a 1-day worshkop - Conducted risk analysis on : the 3 boilers of 76 MWth each, turbines and alternators, heavy fuel oil storage, steam generator, dust cleaning, demineralised water plant, ammonia storage - Conducted 15 accidental phenomenon modelling : diesel and oil fires, explosions, atmospheric dispersion of ammonia (Phast modelling) - Implemented the bow-tie method for the critical scenarios to identify the causes and the consequences - Reviewed the Equipment Important for Safety regarding the critical scenarios - Conducted modelling : Explosion of an electrolysis cell, explosion of the hypochlorite tank - Reviewed the bow-ties of the 9 major accidents - Managed the study : Work schedule, tasks distribution, conducting work and follow-up meetings - Conducted preliminary risk analysis Magalie LAMBERLIN Safety and Risk Engineer 2 / 7

3 - Identified occupational risks after visiting the restaurants and discussing with the employees - Classified, prioritized the risks and suggested improvement measures for the high level risks - Trained a group of 12 people from a hotel group, related to the occupational risks assessments - HAZOP chairman for diesel feeding of combustion turbines (KNS half a day) - HAZOP chairman for the modification of a fuel oil burner (VALE NC half a day) - HAZOP/What if chairman for the modification of Economizers within the acid plant (VALE NC half a day) - HAZOP scribe for the electrical network (Koniambo Nickel 2 days) - Ammonia dispersion on flanges where ammonia is injected inside the combustor of a boiler - Sulfur dioxid dispersion on leak points of a 470 m line NEODYME, Paris, France From June 2011 to January 2013 Industrial Risks Engineer Technical Assistance in Electricity of France Thermal Engineering Centre NEODYME is an independent consulting and engineering company which provides services in the field of industrial risk, from the plants conception to their exploitation and dismantling. EDF-Thermal Engineering Centre is in charge of the development of new thermal power plant, adaptation and renovation of existing plant, in France and abroad. - Modelled the scenarios consequences : diesel pool fire, tank explosion, boil-over, jet fire of natural gas (Phast modelling) - Reviewed the 7 bow ties with calculation of likelihood - Analysed the best Available Techniques (IPPC directive) - Calculated fire fighting design for the fuel oil storage - Participated in the response to public and authorities questions on the permitting dossiers - Replied to environmental questions related to the public debate - Followed-up the environmental studies : Dispersion study of brine, flora and fauna study, chemical analysis from the cores which come from the salt dome - Wrote a summary study of the environmental issues for the decision making between the two spindles of seawater and brine - Participated in writing the mining lease dossier according to the French mining regulation - Participated to the public debate with associations and local government - Identified the new classification of the SEVESO III Directive - Analysed impacts of the new classification on the seismic regulation - Analysed impacts of the new classification on the regulatory Prevention Plan of Technological Hazards Magalie LAMBERLIN Safety and Risk Engineer 3 / 7

4 - Analysed the technical proposals from 4 consulting firms - Analysed the compliance diagnostic and their consistency for the 13 EDF sites - Identified the environmental issues to be considered for the feasibility of the project : acoustics, atmospheric release, contaminated sites, permitting - Made an analysis related to the regulatory CO2 capture and storage EADS-APSYS, Paris, France From September 2009 to May 2011 Industrial Risks Engineer Consulting APSYS, an EADS subsidiary, provides services in Safety Engineering in different fields: Reliability, Industrial Safety and Environment, Nuclear Safety. APSYS works for various types of industries, such as Aeronautics, Space, Railway, Naval, Automotive, Homeland Security, Nuclear, Energy, Oil & Gas Industries. - Reviewed the safety study - Reviewed the environmental impact study - Reviewed the health and safety notice - Reviewed the safety study, environmental study and health and safety notice - Wrote the dossier related to the public interest servitudes - Undertook complementary modelling of accidental scenarii : explosion, fire, toxic dispersion (phosgene, ammonia, hydrochloric acid Phast modelling) - Analysed the major scenarios using the bow-tie method and calculation of likelihoods - Modelled the explosion scenario in confined zones : Phast modelling - Suggested scenarios aggregations and associated risks management matrix - Analysed Preliminary Risks and modelled accidents consequences (pool fire, ammonia dispersion) - Analysis and recommendations related to their principles of fire protection according to the NFPA standards - Analysed the management of the CMR substances used on site : Analysis of the solutions leading to reduce or suppress the risks related to the use of these substances - Identified the most critical stations according to the seriousness and the likelihood of the jet fire - Discussed with the industrialists around the stations to define the dominos effects which could occur on the station Magalie LAMBERLIN Safety and Risk Engineer 4 / 7

5 - Classified the hazardous areas and gave recommendations to reduce the risk - Trained on half a day the storage manager on hazardous areas - Analysed the VOC emissions - Undertook human health risks assessment for the atmospheric emissions - Characterized the aggression : Pressure and toxic effects - Visited all the buildings and housings located inside the pressure and toxic effects - Analysed vulnerability of the frames, diagnostic and suggestions of reinforcement measures - Analysed compliance of the storage - Suggested measures to reduce the deviations INTERSHIPS Internship undertaken within the sub-direction of risk prevention related to Environment of the French Ministry of Health. The study was aiming at finding Human Health indicators related to transporting noise and suggestions for a surveillance system. - Reviewed bibliographic studies on the most significant impacts of noise on health (annoyance, sleep disturbance and cardiovascular disease) and on the health and exposure indicators - Suggested indicators to quantify these effects and discussion on the relevance of a surveillance system related to noise : Contact with the noise observatory of Paris (BruitParif) and the French Health Surveillance Institute AECOM is a global company which aims at providing technical and management support services for a broad range of markets, from transportation, energy and water systems. In Australia, AECOM has nearly 4000 professionals working on various projects. - Drafted and implemented a Construction Environmental Management Plan of a warehouse : Environmental aspects and impacts identification following a site visit, measures description which shall be put in place during the project to reduce impacts on the environment, control visits with the site manager - Helped on several Human Health Risks Assessments (HHRA) : Air pollution due to Ethylene Oxide coming from a sterilisation plant, Soil contamination with mercury coming from a former incinerator, Soil and ground water contamination on former petrol service station (Hydrocarbons, PAH, BTEX, lead) - Undertook a pollution diagnostic of a former petrol depot : 3-days investigation on the field Magalie LAMBERLIN Safety and Risk Engineer 5 / 7

6 - Performed preliminary training HAZWOPER (Hazardous Waste Operations and Emergency Response) related to safety on contaminated sites - Soil sampling by drilling on 5 spots of the site and preliminary analysis (aspects, VOC concentration, odour ) The Wuppertal Institute has the legal status of a non-profit limited company. The Wuppertal Institute undertakes research and develops models, strategies and instruments for transitions to a sustainable development at local, national and international level. - Conducted studies on the French behaviour related to the price increase of energy - Conducted studies on future of nuclear energy in France and acceptance of the government, associations and companies QUALIFICATIONS Relevant courses: Environmental health risks (Microbiology, Toxicology, Hydrology), Methods of quantitive assessment of health risks (Statistics, Epidemiology, HQRA), Methodology for action (Public Health, Legal context, Risk Management), Health and Hygiene (Water for human consumption, food safety) Relevant courses: Safety Risk Management, Safety, Health and Environmental Risks, Environmental Engineering, Management of Dangerous Materials Relevant courses: Mechanics and Energy, Risk Management Methods, Environmental Risks (Air pollution, water management, waste management), Industrial Risks (Explosions, Fires, Modelling) COMPUTER SKILLS Office Pack AutoCAD LT PHAST 6.7 PHA-Pro Magalie LAMBERLIN Safety and Risk Engineer 6 / 7

7 LANGUAGES - Native language - Fluent (one year of study and internship in Australia) Educational (Zertifikat Deutsch in 2007 Internship of 6 weeks in Germany in 2006) TRAINING COURSES Hazardous area classification (2013) - Introduction of Geographic Information System (2012) - Performance of technical and organizational safety mitigations (2010) Rupture Discs (2010) - Accidental phenomenon modeling : PHAST software v6.6 (2010) Magalie LAMBERLIN Safety and Risk Engineer 7 / 7