FAQ About Allan Gresty

• What is Allan Gresty's address?

  Allan Gresty is located at
  Manchester, Manchester, United Kingdom

• What is Allan Gresty's job title?

  Allan Gresty is a Statoil - F&G upgrade Statfjord B & C Updating of the fire and gas system and philosophy to comply with the present Statoil and regulatory requirements. Upgrade of all FPDS into a new format to include the "cause and effects" into the philosophy document. Checking of all existing tags and their "cause and effect" to ensure correctness and compliance with the Statoil reqirements. Upgrade and replacement of the existing "mimic" panel with a new "CAP" (Critical Alarm Panel). Attendance at meetings to dicuss compliance and compatability issues.BP Valhall Updating, amending and “as building” of the firewater system for the new PH platform. Providing all necessary calculations and information to allow completion of the testing and commissioning of all the firewater deluge foam systems. Updating and analysis of transient calculations for the firewater system. SVM/TVM projects Statoil Class D study for the upgrade of firewater systems for the drilling areas on Statfjord A, B & C. Design and hydraulic analysis for the Katla extension to Oseberg South platform and updating of FPDS for Sleipner platforms. Modifications to the F&G systems on Sleipner. Technical safety input to various M & M projects for the Sleipner platforms.Maintenance and Modification projects for the Alvheim FPSO. Responsibility includes reviewing all safety aspects of each project, checking compliance with the relevant authorities and advising on technical safety issues. Carrying out safety design reviews and constructability reviews, arranging HAZOP's and completing close-out reports. Updating and production of “As Built” safety documentation and drawings.BP - Valhall Redevelopment Detail design Modifications to the existing platforms to enable the introduction of a new platform onto the complex. Deactivation and decommissioning of existing equipment and platforms. Hydraulic analysis of the firewater ringmain and systems to integrate the new with existing. Responsibilities include hydraulic calculation of all the fire scenarios and determination of system demands. Overseeing of surge analysis to prevent damage to systems during start-up and shutdown. Updating of all Safety related drawings ie. Area classification drawings and schedules, P & I D's, Escape routes, Fire areas, Fire and Gas detector layouts, Safety equipment layouts, Passive fire protection and Firewater systems and production of specifications and purchase packages for the new Deluge valve, and ancillary safety related equipment. Responsibilities also included Working Environment issues including noise, area limits, ergonomics and the production of WEAC's and the W.E. status report.Replacement of the firewater ringmain and all the hydrants hose reels and monitors on EKOB. Relocation of the Process Area Deluge skid, alterations to the Test Separator deluge system and alterations to the feed pipe work between EKOK and EKOB to permit raising of the bridge between EKOK and EKOB. A new firewater deluge system, including deluge skid to replace the existing deluge skids covering the wellhead and slop oil areas. Responsibilities included design and hydraulic analysis of the new systems, purchase of hydrants, hose reels, monitors and a new deluge valve skid. Design and engineering of temporary and compensating measures to permit shutdown of the firewater systems affected. Involvement with planning and coordination of the projects. Update of all safety drawings including P&ID's.BP - Valhall Redevelopment Detail design Taking the studies produced in the FEED phase through to final design. BP - Valhall Redevelopment FEED Study Modifications to the existing platforms to enable the introduction of a new platform onto the complex. FEED for the provision of a new power from shore module and living quarter's module to be incorporated into the new platform. Provision of a new onshore control room and intervention philosophies during loss of communication and design accidental events. Deactivation and decommissioning existing equipment and platforms. Responsibilities include production of safety design basis, intervention philosophy, layouts, active and passive fire fighting systems, F&G systems, access, and escape routes. Statoil - Snorre B - IOR Study to increase the gas handling and injection capacity on Snorre B. Responsibilities included reviewing all existing documentation and oversight of all technical safety issues related to the project. Areas of responsibility included active and passive fire fighting systems, F&G systems, access, escape routes, and working environment issues. Statoil - C-Tour Project - Statfjord A, B & C Design and hydraulic analysis of all the existing deluge systems affected by the additional equipment and modifications. Update and balancing of existing firewater scenarios. Statoil - Firewater Pump Project - Statfjord B & C Addition of new firewater pump sets on Statfjord B & C. Assessment of the firewater scenarios and impact of the new firewater pump sets into the existing systems including dynamic and hydraulic analysis of the existing firewater system, upgrading of the AFFF systems including testing and commissioning procedures and assessment of the transient pressure problems associated with the introduction of the new firewater pump. Involved with the working environment requirements (ie. Noise, access, lighting etc), area classification and technical safety requirements.Various refurbishment projects to install additional equipment or replace existing equipment for PPCoN Norway. Responsibilities include all technical safety related issues (ie. Area classification, Escape routes, Fire areas, Safety equipment layouts, Passive fire protection and Firewater systems). Assessment of fire scenarios, hydraulic analysis of the credible firewater demands for the provision of new firewater pumps. Upgrade of the firewater pump systems on Eldfisk A, B & FTP including safety evaluation reports, technical requirements, design reviews, commissioning and test procedures.; Performing the hydraulic calculations for the upgrade of the firewater systems in the credible firewater demand for the Sigyn project; Various refurbishment projects to install additional equipment or replace existing equipment for PPCoN Norway. Responsibilities include all safety related issues (ie. Area classification, Escape routes, Fire areas, Safety equipment layouts, Passive fire protection and Firewater systems, including the design and hydraulic analysis of additions to the existing deluge systems. Compliance with Norwegian regulations and standards ie. NPD, Norsok, OLF etc.Project consists of the construction of a new Pharmaceutical complex including process production facilities, solvent storage and recovery, warehousing, engineering and maintenance facilities, utilities and administration buildings. Responsibilities include the management of the fire fighting requirements for the whole site including resource requirements, scheduling, discussions with client, and compliance with regulatory requirements (both local codes and international) and coordination with other disciplines. Engineering and design requirements, including hydraulic analysis' of firewater systems, hydrants, hose reels, fire pumps, tanks and all other ancillary fire fighting equipment. Specifications and purchase requisitions for all fire fighting equipment, technical bid appraisals and discussions with vendors. Site visits to ensure compliance of local sub-contractors with the design requirements.Gas Export Project - Norne FPSO Statoil Project consisted of the addition of a TEG Regeneration unit and all associated equipment to permit the export of Gas from the Norne FPSO. Responsibilities include the design and hydraulic analysis of the new deluge system for the TEG Regeneration skid, extensions to the existing deluge sysems for the Glycol contactors and update of the existing worst case scenario hydraulic analysis to ensure compatibility with the existing firewater system. Updating of all Safety related drawings ie. Area classification, Escape routes, Fire areas, Fire and Gas detector layouts, Safety equipment layouts, Passive fire protection and Firewater systems and production of specifications and purchase packages for the new Deluge valve, the passive fire protection of the ESDV and riser hang-off arrangement and ancilliary safety related equipment. Responsibilities also included Working Environment issues including noise, area limits, ergonomics and the production of WEAC's and the W.E. status report.Bayu Undan Offshore Facility Project consisted of the conceptual design and cost estimate for 3 offshore platforms and an FSO. Responsibilities included the design of the active fire fighting facilities including the sizing of fire pumps, fire mains, hydrants, hose reels and fire monitor systems for the application of foam and/or water for all the facilities. Production of specifications, data sheets, input to Safety design philosophies and acquisition of equipment prices for input to the cost estimate. Also responsible for the technical appraisal of bids for the Lifesaving and Fire fighting sections of the tenders for the FSO. Clarification of specifications and attendance at bid evaluation meetings with the tenderers to ensure compliance with the Rules for Classification of ships, SOLAS, ZOCA and the Functional specification.Responsible for the production of all Safety related drawings (ie. Area classification, Escape routes, Fire areas, Safety equipment layouts, Passive fire protection and Firewater systems), the Safety Philosophy and ESD philosophy documents for the drilling equipment set and drilling support module. Responsible also for ensuring the requirements of the TRA, EPA and DAL were incorporated into the designs and that the actions required by the HAZOP were followed up and closed out. Responsibilities also included Working Environment checks and impositions, including noise levels, lighting, ergonomics etc., throughout the design phase of project.Various Projects Responsible for the design and hydraulic analysis of deluge systems, sprinkler systems, foam systems, hydrant mains and water supplies for a new 3 x 660 MW power station in South Africa. Designs included G.A.'s, Piping Isometrics and support details and were drafted using Fastcad a computer aided design program. Involved in various other projects concerning the design and hydraulic analysis of fire protection systems and in the production and checking of System descriptions, Material take-offs, P. & I.D.'s etc.2 x 100 MW Power Station Responsible for correcting any design or coordination problems with the Fire Engineering systems occurring during the construction phase and for the commissioning of all Fire Protection/Detection equipment. Fire Engineering systems consisted of Deluge, Sprinkler, Foam and Hydrant systems including their water supplies, Fire Detection systems consisting of Smoke, Heat, Infra Red and Moving Fire Detectors, CO2 Systems, Fire Truck and Portable Fire Fighting Appliances.Sea Launch Project Project consisted of the conversion of a mobile offshore drilling unit to a vessel capable of launching satellite carrying rockets into space. Responsibilities included the assessment of all regulations concerning safety (ie: SOLAS , DNV Rules for Ships , American Coastguard and Flag of State). Production of P & I. D's for the firewater and CO2 systems, CO2 system philosophy report, cause and effect charts linking the CO2, Fire and Gas, and HVAC systems, the Safety Plot Plans and the Fire Control Plan.Maersk Oil & Gas, Firewater Upgrade Project, DAN B Complex Project consisted of hydraulic analysis of the firewater systems for the complex and a report giving conclusions and making recommendations was produced. Maersk Oil & Gas, Firewater Upgrade Project, DAN F Complex Project consisted of hydraulic analysis of the firewater systems for the complex, an offshore survey to carry out a full deluge test of the Worst Case scenario and the production of the necessary reports giving conclusions and making recommendations Maersk Oil & Gas, New Production Facility, DAN FF Design and hydraulic analysis of the firewater systems required for the new platform. Hydraulic analysis of the existing firewater header system on the Dan F complex to ensure that the tie-ins between the existing fire water pumps and the proposed new firewater pumps are correctly located and sized.Fisons Pharmaceuticals, Loughborough, New Pilot Plant Project consisted of numerous complex fire engineering problems for which detailed engineering specifications and designs were developed. Fire protection systems were developed to satisfy the abnormal fire risks generated within the project. These included foam enhanced sprinkler and deluge systems and a dry chemical extinguishing system. A Fire Alarm philosophy and subsequent Alarm and Detection system specification was developed. Enquiries to subcontractors were prepared, tenders evaluated and recommendations made. A controlled access system was developed, in accordance with the client's requirements, to provide a high level of security.Gas Separation Plant, Thailand Design and hydraulic analysis of the deluge systems covering the LPG Spheres, Process Towers and Atmospheric Tanks. Design of a low expansion top pouring foam system to the flammable liquid storage tanks and a high expansion foam system to the bunded areas of the LNG/LPG storage facilities. Duties included nozzle location, Deluge valve location, foam arrangements and all necessary calculations utilising the Alan Ashfield hydraulic analysis programme.Lead Safety/Loss prevention; PPCoN, Firewater Upgrade Project, Booster Platforms H7 & B11 Project consisted of provision of Feasibility Level cost estimate prior to commencement of AFD design work. Responsibilities included coordination of multi-discipline input to MTO's, preparation of CTR's , and discussions with client to determine scope of work, production of design philosophies for the different fire fighting aspects of the project and specifications for all the associated equipment. AFD phase consisted of safety engineering and design of deluge systems, offshore surveys and flow testing. Sizing and location of new fire pumps, production of mechanical flowsheets and assessment of various methods of passive protection. Lead Loss Prevention Engineer PPCoN. ACFW Upgrade Project. Ekofisk Complex Project consisted of detail engineering to enable upgrading of existing firewater headers and systems and the interlinking of the headers, on platforms with the Ekofisk Complex, to a common water supply. Responsible for the safety engineering and design of deluge systems, waterfill systems, firewater headers and firepump systems, including establishing the design premise, manhour estimates, CTR preparation and mechanical flowsheets. The creation of the hydraulic model for the whole complex, utilising the CAFE hydraulic analysis programme and the subsequent location for the new tie-ins. Detailed discussion with sub-contractors to enable detailed surge-analysis to be performed, interpretation and implementation of results. Safety review and Hazop of the firewater header and firewater pump systems; development of worst-case firewater demands and verification of the pump and header systems. Fire pump activation philosophies and cause and effect charts.

• What industry does Allan Gresty currently work in?

  Allan Gresty currently works in the

• Which languages does Allan Gresty speak?

  No Languages Available

• Which industries has Allan Gresty previously worked in?

  Allan Gresty has prior
  experience in the following industries:
  APPLYSORCO | FABRICOM STAVANGER | APPLYSORCO STAVANGER | AIBEL FORUS | ABB FORUS | JACOBS ENGINEERING CORK | HALLIBURTON STAVANGER | TIGA JOINT VENTURE AUSTRALIA | BENTEC NORGE A/S OSLO NORWAY | BELLEVUE CONSULTANTS MANCHESTER | GECA WEST SUMARTRA INDONESIA | KVAERNER ROSENBERG AS STAVANGER | COWI CONSULT AS ESBJERG DENMARK | SNAMPROGETTI LTD. BASINGSTOKE | KNOWSLEY S.K. MANCHESTER | DNV - VERITEC, NORWAY

• What is Allan Gresty’s work experience?

  Allan Gresty has the following professional experience:
  APPLYSORCO | FABRICOM STAVANGER | APPLYSORCO STAVANGER | AIBEL FORUS | ABB FORUS | JACOBS ENGINEERING CORK | HALLIBURTON STAVANGER | TIGA JOINT VENTURE AUSTRALIA | BENTEC NORGE A/S OSLO NORWAY | BELLEVUE CONSULTANTS MANCHESTER | GECA WEST SUMARTRA INDONESIA | KVAERNER ROSENBERG AS STAVANGER | COWI CONSULT AS ESBJERG DENMARK | SNAMPROGETTI LTD. BASINGSTOKE | KNOWSLEY S.K. MANCHESTER | DNV - VERITEC, NORWAY

• How can I find Allan Gresty on LinkedIn?

  You can view Allan Gresty’s LinkedIn profile at LinkedIn URL

• What are Allan Gresty’s work email addresses?

  Allan Gresty’s work email
  addresses are
  allan.gresty@ntlworld.com

• What company does Allan Gresty work for?