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Dive Theory Guide
DIVE THEORY STUDY GUIDE by Rod Abbotson CD69259 © 2010 Dive Aqaba Guidelines for studying: Study each area in order as the theory from one subject is used to build upon the theory in the next subject. When you have completed a subject, take tests and exams in that subject to make sure you understand everything before moving on. If you try to jump around or don’t completely understand something; this can lead to gaps in your knowledge. You need to apply the knowledge in earlier sections to understand the concepts in later sections... If you study this way you will retain all of the information and you will have no problems with any PADI dive theory exams you may take in the future. Before completing the section on decompression theory and the RDP make sure you are thoroughly familiar with the RDP, both Wheel and table versions. Use the appropriate instructions for use guides which come with the product. Contents Section One PHYSICS ………………………………………………page 2 Section Two PHYSIOLOGY………………………………………….page 11 Section Three DECOMPRESSION THEORY & THE RDP….……..page 21 Section Four EQUIPMENT……………………………………………page 27 Section Five SKILLS & ENVIRONMENT…………………………...page 36 PHYSICS SECTION ONE Light: The speed of light changes as it passes through different things such as air, glass and water. This affects the way we see things underwater with a diving mask. As the light passes through the glass of the mask and the air space, the difference in speed causes the light rays to bend; this is called refraction. To the diver wearing a normal diving mask objects appear to be larger and closer than they actually are. -
Final EIS Responses to Comments 1-40
Table 1-2. Responses to Comments Comment Response Comment/Response Number Number 1.1 The lakes in question are in our main camp area. We have operated in this area for thirty years and probably know more about the fish in these lakes than anyone associated with this ridiculous plan. These lakes have provided unequalled fishing to our guests and all others that have fished them. 1.1 This project is designed to preserve this stronghold for native westslope cutthroat trout. This project proposes to re-establish WCT populations in all treated lakes, which will maintain angling opportunities. 1.2 We feel that his plan goes against all that is held sacred in a wilderness area. … We believe the "Wilderness Act" should be respected and these areas should not be tampered with. 1.2 Native westslope cutthroat trout are considered a wilderness value. This project is designed to maintain and conserve that value. 1.3 Why should anyone be allowed to tamper with these healthy fish in order to obtain a genetically pure strain of fish? 1.3 It is the responsibility of MFWP to ensure that this species is conserved and maintained so the public of Montana can continue to use and enjoy it. The species has been at risk of hybridization for some time. MFWP has taken measures to reduce and eliminate the threats (see Section 1.2 of the DEIS). The species has been proposed for ESA listing (see Section 1.4.1 and Appendix B of the DEIS). MFWP is mandated to keep this from happening so the public does not lose the opportunity to use and enjoy WCT (see page 1-8 of the DEIS). -
Paper: Role of Hydrostatic Testing in Pipeline Integrity Assessment
ROLE OF HYDROSTATIC TESTING IN PIPELINE INTEGRITY ASSESSMENT by John F. Kiefner presented at Northeast Pipeline Integrity Workshop Albany, New York June 12, 2001 KIEFNER AND ASSOCIATES, INC. 893 High Street, Suite L P.O. Box 268 Worthington, Ohio 43085 www.kiefner.com 1 ROLE OF HYDROSTATIC TESTING IN PIPELINE INTEGRITY ASSESSMENT by John F. Kiefner INTRODUCTION Hydrostatic testing is universally known and accepted as a means of demonstrating the fitness of a pressurized component for service(1, 2). After a test, a pipeline or pressure vessel can be expected to safely contain its intended operating pressure. The confidence level that a pipeline or pressure vessel is fit for safe service increases as the ratio of test pressure to operating pressure increases. This highly beneficial aspect of hydrostatic testing applies not only to a new component to be placed in service for the first time. A similar benefit accrues to an in-service component if that component is taken out of service after a period of time and subjected to a hydrostatic test. A “revalidation” test of the latter type assures either that no significant time- dependent deterioration of the component has taken place or that any segment that has been significantly degraded will be revealed and eliminated. There are limitations to the use of hydrostatic testing to revalidate integrity. Some are economic, some are technical, and some are both economic and technical in nature. First, taking a segment of a pipeline out of service means loss of service for the period of the test. Some operators may have this option; others may not. -
Formulating Guidance on Hydrotesting Deepwater Oil and Gas Pipelines Final Report
Formulating Guidance on Hydrotesting Deepwater Oil and Gas Pipelines Final Report Prepared for: Bureau of Safety and Environmental Enforcement (BSEE) US Department of the Interior This report has been reviewed by the Bureau of Safety and Environ-mental Enforcement (BSEE) and approved for publication. Approval does not signify that the contents necessarily reflect the views and policies of the Bureau nor does mention of the trade names or commercial products constitute endorsement or recommendation for use. Prepared by: Stress Engineering Services, Inc. Houston, Texas SES Project Number: 1451110 Date Issued: 31 January 2013 Formulating Guidance on Hydrotesting Deepwater Oil and Gas Pipelines Final Report PN 1451110 Coauthored by: Oil & Gas Industry Core Team: Frans Kopp (Shell) Gary Harrison (BP) Ross Frazer (ATP) Wanda Parker (for Anadarko) Mike Williams (FMC) Industry Workshop Participant Responses from: Hess, Marathon, Petrobras, Shell, Williams, Anadarko, Apache, BP, Eni, ExxonMobil, FMC, Chevron, and BSEE Project Manager and Workshop Facilitator: Ray R. Ayers, PhD, PE Key Contributing Staff from Stress Engineering Services: David Garrett, PhD Kenneth Young, PE Lane Alexander, PE Rhett Dotson, PE Stress Engineering Services, Inc. 13800 Westfair East Drive Houston, TX 77041 Texas Registered Engineering Firm F-195 31 January 2013 Study concept, oversight, and funding were provided by the U.S. Department of the Interior, Bureau of Safety and Environmental Enforcement, Washington, DC under Purchase Order Number E12PX00069. Formulating -
308 Safety Equipment Inspections
Document Number: HSE - 308 Current Rev: 11/15/2019 Revised By: S. Lansing Review Cycle: 3 years Manager Approval: MOC No.19-8 Revision No. 0 Revisions noted in italics Page 1 of 23 Health, Safety and Environmental Procedure 308 – Safety Equipment Inspections 1.0 PURPOSE To identify safety equipment and define the process and frequency for these inspections. To also identify and provide specific inspections and preventative maintenance instructions for said safety equipment. 2.0 SCOPE This safety equipment management & inspection system applies to all Westlake’s; safety showers, overhead cranes, SCBA;s, five minute escape packs, SKA-PAK, level “A” suits, bunker gear, emergency rescue gear, ladders, AED’s, first aid kits and fall protection. This safety equipment inspection procedure applies to all Westlake’s employees, visitors, vendors and contract employees. 3.0 DEFINITIONS 3.1 Competent Person – Designated person who is authorized to perform inspections. Competent Persons are trained in equipment inspection and operation. This person is knowledgeable in the requirements of safety equipment inspection and frequency for their area of responsibility. 3.2 Inspection List – List that establishes the minimum requirements for what is inspected and with what frequency and general responsibility for who performs the inspections (see Appendixes). Each unit/area may add to this list to incorporate inspections specific to their particular areas and equipment. 3.3 Department, Area or Unit Supervision – Supervision of the department, area, or unit -
Fire Products Services &
part of www.wisesafetyenv.com Fire Products Services & Boston • Denver • Houston • Jacksonville • Kansas City • Little Rock • Louisville • St. Louis • Salt Lake City Updated 1/2018 Testing & Repair Instrument Service • General Repair • Sensor Replacement • Calibration • Noise Instrument Calibration Testing Services • Respirator Inspection & Cleaning • Respirator Fit Testing • Level A Suit Pressure Testing (required annually or after each use) • SCBA Function Test and Repair Respiratory Mobile Service On-Site Respirator Fit Testing Companies with large inventory of SCBA’s and instruments are often reluctant to send equipment away for service. They fear having an emergency without enough equipment to respond. By bringing our truck or trailer to your location, your equipment is available should a need arise. Call for availability. (No charge for mileage within 30 miles.) Respiratory Cleaning Suit Pressure Testing Half Face (any Manufacturer) . $ 10.00 EA Full Face (any Manufacturer) . 15.00 EA Other Services PAPR-Full Face, Helmet or Visor. 25.00 EA Respirators are cleaned, disinfected, and deodorized with an OSHA, Hydrostatic Test–SCBA Cylinder . $ 30.00 EA ANSI and CSA approved formula and then packaged in individual Hydrostatic Test–Cascade Cylinder. 75.00 EA sterile bags. Price includes inspection for broken or damaged parts SCBA Functional Test . 40.00 EA prior to cleaning. Re place ment parts and labor are extra. Level A Suit Testing. 60.00 EA Cylinder Filling Air Quality Testing . 120.00 EA Any necessary parts or repairs extra 2216 PSI SCBA Cylinder . $ 10.00 EA 3000 PSI SCBA Cylinder . 10.00 EA Quantitative Fit Testing 4500 PSI SCBA Cylinder . 10.00 EA On-Site Quantitative Fit Test . -
Hydrostatic Test Pumps
data sheet GENERAL® HYDROSTATIC TEST PUMPS ELECTRIC POWERED ITEM # DESCRIPTION WEIGHT 30-99-160 Hydro Test Pump 6334 1/2 HP - 250 PSI - 3 GPM 60# 30-99-161 Hydro Test Pump 6334 3/4 HP - 350 PSI - 3 GPM 64# 30-99-162 Hydro Test Pump 6334 3/4 HP - 500 PSI - 2 GPM 65 •Reduce as much as 90% using the Hydro-Test Hydrostatic tester. •Cased in a 16 ga. steel box, this electric powered hydrostatic tester is portable, easy to use, rugged and money saving. •Designed to work best with water pressure feed but will operate with gravity feed where water pressure is not available. •Excellent for testing piping systems, boilers, automatic sprinkler systems, fire hose and extinguisher tanks. •The 6334 series testers are the standard of the industry for low pressure testing. •Used by contractors, fire departments, and fire equipment dealers thousands of times each working day. These units are equipped with an easily adjustable relief valve that can be set for any maximum pressure, glycerin filled pressure gage, high pressure check valve, 7' electrical cord, a 10' high pressure hose and are shipped complete, ready to operate. Power required 120 volts AC. GASOLINE POWERED ITEM # DESCRIPTION MAX PSI WEIGHT 30-99-163 GHT-3500 3.5 HP - 3 GPM 500 85# 30-99-164 GHT-31000 3.5 HP - 2 GPM 500 85# 30-99-165 GHT-3550 5.5 HP - 10 GPM 400 87# GHT-5550 Powered by a dependable Briggs & Stratton or Honda gas engine, the GHT series Hydro-Test units are ideal for all applications where electric power is not readily available. -
Essentials of Fire Fighting, 6Th Edition
ESSENTIALS OF FIRE FIGHTING INTERNATIONAL FIRE SERVICE TRAINING ASSOCIATION Firefighter Personal Protective Equipment Chapter Contents Case History ......................................259 Donning from a Side or Rear Personal Protective Equipment ...............259 External Mount .......................................... 300 Donning from a Backup Mount...................... 300 Structural Fire Fighting Protective Clothing .. 261 Donning the Facepiece .................................. 301 Wildland Personal Protective Clothing .......... 270 Doffing Protective Breathing Apparatus ....... 302 Roadway Operations Clothing ....................... 273 Emergency Medical Protective Clothing ........274 Inspection and Maintenance of Protective Special Protective Clothing ............................274 Breathing Apparatus ......................303 Station/Work Uniforms ................................. 276 Protective Breathing Apparatus Inspections and Care ..................................................... 303 Care of Personal Protective Clothing ............ 277 Annual Inspection and Maintenance ............. 306 Safety Considerations for Personal Protective Equipment ............................... 280 SCBA Air Cylinder Hydrostatic Testing .......... 306 Respiratory Protection ..........................281 Refilling SCBA Cylinders ............................... 307 Respiratory Hazards ...................................... 281 Replacing SCBA Cylinders ..............................311 Types of Respiratory Using Respiratory Protection Equipment -
Chief Or Training Officer
Chief or Training Officer: In this packet you will find eight (8) forms. The first four (4) forms need to be completed and returned to NIPSTA. The last four (4) forms contain information for you and your candidate. 1. Fire Department Attestation Form 2. Participant Acknowledgment and Release Of Claims Form 3. Candidate information Form 4. Emergency Information Form 5. OSFM Roster Notice 6. Candidate Equipment and Apparel Checklist 7. Required Textbook Notice 8. Physical Fitness Preparation and Expectation All departments must complete the first four (4) forms and return them to NIPSTA no later than one (1) week prior to the start of the program. These forms should be submitted to District Chief and Program Coordinator Orlando Diaz at [email protected]. Please be advised that we maintain an “open campus” philosophy, which means that you and any member of your staff are invited to visit our training grounds at any time to see our operations first-hand. You will also receive weekly progress reports designed to help you track the progress of your personnel, and monitor day-to-day activities. Additionally, you be invited to a Chiefs Luncheon with your Candidate, which will be scheduled mid-way through the nine-week academy program. We thank you for the opportunity and privilege to train your personnel. Please do not hesitate to contact us if you have any Questions, or need more information. Sincerely, Ken Koerber Fire & Technical Rescue Program Director Northeastern Illinois Public Safety Training Academy Cell: 847-567-6976 Email: [email protected] NIPSTA FIRE ACADEMY 2300 Patriot Boulevard Glenview Illinois ★ Phone: (847) 998-8090 ★ Fax: (847) 998-8091 Fire Department Attestation Form Candidate Name: Candidates Fire Department: Fire Academy Session Dates: The undersigned individual attests that the above named participant is enrolled in the NIPSTA Fire Academy on the dates listed above, and: . -
Diving Incidents Report Foreward Introduction
APPENDIX A - DIVING INCIDENTS REPORT FOREWARD The 1992 Diving Incidents Report, produced by The British Sub-Aqua Club (BSAC) in the interest of promoting diving safety. As the Goveming Body of the sport of sub-aqua diving within the United Kingdom, the BSAC publishes this information and makes it freely available, subject to the bounds of medical confidentiality, for the benefit of all those concerned with the organisation and conduct of sport diving activities, and in particular, all divers. The BSAC Incidents Reporting Scheme has been established for some 27 years, longer than some diver training organisations. It uses information gathered from a large variety of sources, including the individuals and clubs involved, H.M. Coastguard, recompression chamber operators, the Institute of Naval Medicine and a press cuttings service. All reports received are analysed and summarised in this report with the intention of highlighting any lessons that can be learnt. The BSAC uses this information to identify any trends in diving incidents in order togive its best advice and, if necessary, introduce new training prior to these trends becoming commonplace occurrences. This year (1992) there have been 123 reports received, and it is estimated that over 1.5 million 'man-dives' have been carried out. This is an apparent 30% reduction in dives carried out when compared to 1991 ,possibly due to both the depressed state of the economy and due to the inclement weather on the South Coast for most of the year. The vast majority of these dives were carried out in complete safety and attracted no publicity. -
LAG670000.Pdf
Part I Page 2 of 14 LAG670000 AI No. 97422 PART I SECTION A: APPLICABILITY Coverage under this general permit is available for discharges of hydrostatic test and vessel testing wastewater from: 1) new pipelines, flowlines, piping, vessels, or tanks; and 2) pipelines, flowlines, piping, vessels, or tanks which have been used for the transport, transfer, or storage of natural gas, crude oil, liquid or gaseous petroleum hydrocarbons, or other substances which would adequately be regulated by the effluent limitations in this permit, and which discharge wastewater as a result of these hydrostatic tests. For the purpose of this permit, “petroleum” shall mean crude oil, gasoline, diesel fuel, aviation fuel, fuel oils, petroleum lubricants, petroleum solvents, petroleum derived asphalts, and gasoline additives stored and used in conjunction with gasoline storage; and 3) vessel testing wastewater from the above sources provided the vessel testing wastewater is generated from the conduits or vessels that will be hydrostatically tested. This general permit may provide either site-specific or statewide authorization to discharge. Site owners or operators who conduct hydrostatic tests at more than one location in the state may obtain statewide coverage under this permit for discharges related to those testing activities. Statewide authorization numbers shall be designated LAG679XXX while the site-specific authorization numbers are LAG67YXXX where X equals a numeral from 0 to 9 and Y equals a numeral from 0 to 8. All persons operating a source or conducting an activity that results in a discharge as described above and who meet all eligibility conditions may be covered under this general permit and will become permittees authorized to discharge upon the receipt of a hand-delivered, correctly completed Notice of Intent (NOI) by the Office of Environmental Services, Water Permits Division, 48 hours after the postmark date on the envelope that contains the correctly completed NOI, or 48 hours after receipt of an electronic NOI. -
Nondestructive Examination – Overview
Volume 9 Number 1 Nondestructive Examination – Overview December 2009 Introduction: Nondestructive examination (NDE) is a general term that includes all testing, inspection and examination activities used to find, size or determine something about an object or flaws therein, and allow the investigator to determine whether the object and/or flaws are acceptable. Various Flowserve pumps, forms of nondestructive examination are used in the pump industry. This is a subject that has mechanical seals, not previously been covered in a Materials Newsletter article. Given the widespread use of NDE in the manufacture of our products, it was thought that an overview of some of the more commonly quarter-turn valves, used techniques and their primary applications would be beneficial to many of our associates. actuators and controls Discussion: Visual Examination are the benchmarks Visual examination is a minimum requirement for most wrought and cast materials used in pumps. ASTM specifications for ferrous castings require compliance with one of two visual of performance examination standards. A802 “Standard Practice for Visual Examination of Steel Castings – Surface Acceptance Standards” is a newer standard, providing several different in the global acceptance criteria for a wide range of surface defects that can be encountered in castings. industrial equipment It is the responsibility of the purchaser to define the level of quality deemed necessary for the application. In the past, MSS-SP-55 was routinely used for both steels and cast irons to define marketplace. Key to minimum acceptable surface quality. This standard provided only a single level of minimum acceptable quality for various casting defects. Both standards rely on visual comparison with this reputation is the photos showing surface flaws or defects of various severity levels.