Underground Storage Tank Operator Training Study Guide
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Wellhead Protection Program
Wellhead Protection Plan Town of Edenton, NC PWS ID # 04-21-010 Contact: Anne-Marie Knighton Town of Edenton Manager 252-482-7352 [email protected] PO Box 300 North Carolina 27932 August 1, 2016 Table of Contents Background ..................................................................................................................................... 3 Introduction .................................................................................................................................... 6 Source Water Assessment Program Report (SWAP) ................................................................... 8 The Wellhead Protection Committee .......................................................................................... 10 Wellhead Protection Area Delineation ....................................................................................... 11 Maps ......................................................................................................................................... 14 Potential Contaminant Source Inventory .................................................................................. 16 Map……………………………………………………………………………………………...……….36 Risk Assessment ......................................................................................................................... 37 Management of the Wellhead Protection Area .......................................................................... 42 Emergency Contingency Plan .................................................................................................... -
Fm 6-02 Signal Support to Operations
FM 6-02 SIGNAL SUPPORT TO OPERATIONS SEPTEMBER 2019 DISTRIBUTION RESTRICTION: Approved for public release; distribution is unlimited. This publication supersedes FM 6-02, dated 22 January 2014. HEADQUARTERS, DEPARTMENT OF THE ARMY This publication is available at the Army Publishing Directorate site (https://armypubs.army.mil/) and the Central Army Registry site (https://atiam.train.army.mil/catalog/dashboard). *FM 6-02 Field Manual Headquarters No. 6-02 Department of the Army Washington, D.C., 13 September 2019 Signal Support to Operations Contents Page PREFACE..................................................................................................................... v INTRODUCTION ........................................................................................................ vii Chapter 1 OVERVIEW OF SIGNAL SUPPORT ........................................................................ 1-1 Section I – The Operational Environment ............................................................. 1-1 Challenges for Army Signal Support ......................................................................... 1-1 Operational Environment Overview ........................................................................... 1-1 Information Environment ........................................................................................... 1-2 Trends ........................................................................................................................ 1-3 Threat Effects on Signal Support ............................................................................. -
Army ROTC Cougar Battalion ALPHA COMPANY
Army ROTC Cougar Battalion ALPHA COMPANY “Educate, Train, and Inspire…” Tactical Standard Operating Procedures (TACSOP) MARCH 2011 Adapted from the 2011 LDAC Warrior Forge TACSOP Infantry Platoon Tactical Standing Operating Procedure This publication is generally comprised of extracts from FM 3-21.8 Infantry Rifle Platoon and Squad, but also references multiple sources. It provides the tactical standing operating procedures for infantry platoons and squads as applied to Warrior Forge, focusing on ROTC cadet use. The procedures included in this TACSOP apply unless leadership makes a decision to deviate from them based on METT-TC. Deviations from this TACSOP must be narrow and apply only to specific situations. CHAPTER 1 – DUTIES AND RESPONSIBILITIES ............................................................................................. 3 CHAPTER 2 – COMMAND AND CONTROL ....................................................................................................... 8 SECTION I – TROOP LEADING PROCEDURES............................................................................................. 8 SECTION II – COMPOSITE RISK MANAGEMENT PROCESS.................................................................. 10 SECTION III – ORDERS ..................................................................................................................................... 13 CHAPTER 3 – OPERATIONS................................................................................................................................. 16 SECTION -
Large Floating Structure with Free-Floating, Self-Stabilizing Tanks for Hydrocarbon Storage
energies Article Large Floating Structure with Free-Floating, Self-Stabilizing Tanks for Hydrocarbon Storage Jian Dai 1,* , Kok Keng Ang 2,*, Jingzhe Jin 3, Chien Ming Wang 4 , Øyvind Hellan 3 and Arnstein Watn 5 1 Department of Marine Technology, Norwegian University of Science and Technology, 7491 Trondheim, Norway 2 Department of Civil and Environmental Engineering, National University of Singapore, Singapore 117576, Singapore 3 SINTEF Ocean, 7052 Trondheim, Norway 4 School of Civil Engineering, University of Queensland, St Lucia, QLD 4072, Australia 5 SINTEF, 7465 Trondheim, Norway * Correspondence: [email protected] (J.D.); [email protected] (K.K.A.) Received: 30 July 2019; Accepted: 6 September 2019; Published: 10 September 2019 Abstract: Hydrocarbon is a major source of energy for sustainable development. Storage of hydrocarbon products, however, requires a significant amount of land space to land-scarce countries like Singapore. This paper presents an alternative way of storing hydrocarbon in Singapore coastal waters through the innovative design of a floating hydrocarbon storage facility. The design comprises free-floating and self-stabilizing tanks enclosed by barges that form a floating hydrocarbon storage facility. The tanks are made of prestressed concrete and they are designed to be self-stabilized when floating in the sea water. Owing to the lack of available design guidelines, design requirements on the stability and motion criteria for floating storage tanks are developed based on a review of existing codes of practice and design specifications for both onshore tanks and offshore vessels. A comprehensive study on the hydrostatic performance of various proposed floating tank design concepts with different storage capacities is carried out. -
Guide to Gas Station
Storage Tank Section South Dakota Department of Environment and Natural Resources Owners/Operators Guide This handbook provides a general guidance on the storage tank systems. For specific requirements look at the underground storage tank system rules (Chapter 74:56:01 South Dakota Administrative Rules) which are located at the storage tank program web site. (http://denr.sd.gov/tanks) TABLE OF CONTENTS A. South Dakota’s Underground Storage Tank Program 1- Underground Storage Tank………………………………………. 04 2- Notification………………………………………………………….. 04 3- Plans and Specifications…………………………………………...05 4- Temporary Closure………………………………………………… 05 5- Permanent Closure………………………………………………… 06 6- Post Closure…………………………………………………………06 7- Reporting Spills…………………………………………………….. 06 B. Leak Detection………………………………………………………………….. 07 C. Leak Detection System on Tanks 1- Automatic Tank Gauging………………………………………….. 09 2- Secondary Containment With Interstitial Monitoring…………… 10 3- Statistical Inventory Reconciliation (SIR)……………………...… 12 4- Vapor Monitoring…………………………………………………… 13 5- Groundwater Monitoring (for tanks & piping)………………….… 14 6- Inventory Control And Tank Tightness Testing (for tanks only)..15 7- Manual Tank Gauging And Tank Tightness Testing…………… 17 8- Manual Tank Gauging for tanks 1000 gallon or less………..…. 18 D. Leak Detection System on Product Lines 1- Automatic Line Leak Detection………………………………..…. 20 2- Line Tightness Testing……………………………………………. 21 3- Sump Sensors………………. ……………………..…… 22 E. Leak Prevention Systems……………………………………………..…….. 23 1- What are the -
NFPA 31 Faqs
NFPA 31 FAQs Responses to FAQs are prepared by NFPA technical staff to assist users in reading and understanding NFPA codes and standards. The responses, however, are not Formal Interpretations issued pursuant to NFPA Regulations. Any opinions expressed are the personal opinions of the author(s), and do not necessarily represent the official position of the NFPA or its Technical Committees. In addition, the responses are neither intended, nor should be relied upon, to provide professional consultation or services. 1. We are installing a diesel‐driven emergency generator in the basement of a building. Does NFPA 31 apply to this installation? No, it does not. NFPA 37, Standard for the Installation and Use of Stationary Combustion Engines and Gas Turbines, applies to the installation of any stationary internal combustion engine, whether fueled by a liquid fuel (e.g., diesel fuel) or a gaseous fuel (e.g., propane or natural gas). NFPA 31, on the other hand, applies to equipment in which the liquid fuel is burned in a combustion chamber to produce heat, as opposed to motive power. 2. Can an oil‐fired water heater and an oil‐fired heating appliance both be connected to the same chimney? Subsection 6.3.3 of NFPA 31 allows two or more oil‐fired appliances to be connected to the same chimney, provided sufficient draft is maintained for safe operation of the appliances and provided all flue gases are removed. 3. Does NFPA 31 provide any guidance on how a chimney connector should be joined to a clay or metal thimble in a masonry chimney? Subsection 6.5.5 of NFPA 31 addresses this issue and basically states the same installation rules as does Subsection 9.7.1 of NFPA 211, Standard for Chimneys, Fireplaces, Vents, and Solid Fuel‐Burning Appliances: it requires that the chimney connector extend through to the inner wall of the chimney or the chimney liner and that it be firmly cemented in place. -
Underground Storage Tank Program
Underground Storage Tank Program 25 YEARS OF PROTECTING OUR LAND AND WATER Office of Solid Waste and EPA-510-B-09-001 Emergency Response (5401P) March 2009 www.epa.gov/oust 25 YEARS Printed on 50% recycled/recyclable paper with minimum 25% post-consumer fiber. OVERVIEW 2 25 Years Of Progress Through Strong Partnerships INSPECTIONS 4 Our Program’s Ounce Of Prevention Is Worth A Pound Of Cure REUSE 6 Reusing Abandoned Gas Stations Is Helping To Revitalize Neighborhoods TIMELINE 8 Milestones In The Underground Storage Tank Program REGULATIONS 10 UST Regulations Then and Now N E W F U E L S 12 Storing New Fuels In Old Tanks Can Be A Challenge SUSTAINABILITY 14 Greening Underground Storage Tank Operations And Cleanups FUTURE 16 Working Together Toward A Greener America 25 YEARS 25 25 Years Of Progress Through Strong Partnerships In 1983, CBS’s 60 Minutes aired a story titled “Check the Water,” Despite this great progress, challenges remain. The underground storage which brought national attention to families suffering from the effects tank program’s priorities are to: meet the mandate to inspect all 623,000 of a gasoline leak. Less than a year later, Congress passed and the federally-regulated tanks every three years, boost compliance rates to President signed a new law directing EPA to protect our nation’s land minimize future releases, and clean up old and new tank leaks. Beyond and water from underground storage tank (UST) leaks. At the time, these core activities, it is important to also encourage sustainable reuse there were approximately two million underground storage tanks. -
2Nd INFANTRY REGIMENT
2nd INFANTRY REGIMENT 1110 pages (approximate) Boxes 1243-1244 The 2nd Infantry Regiment was a component part of the 5th Infantry Division. This Division was activated in 1939 but did not enter combat until it landed on Utah Beach, Normandy, three days after D-Day. For the remainder of the war in Europe the Division participated in numerous operations and engagements of the Normandy, Northern France, Rhineland, Ardennes-Alsace and Central Europe campaigns. The records of the 2nd Infantry Regiment consist mostly of after action reports and journals which provide detailed accounts of the operations of the Regiment from July 1944 to May 1945. The records also contain correspondence on the early history of the Regiment prior to World War II and to its training activities in the United States prior to entering combat. Of particular importance is a file on the work of the Regiment while serving on occupation duty in Iceland in 1942. CONTAINER LIST Box No. Folder Title 1243 2nd Infantry Regiment Unit Histories January 1943-June 1944 2nd Infantry Regiment Unit Histories, July-October 1944 2nd Infantry Regiment Histories, July 1944- December 1945 2nd Infantry Regiment After Action Reports, July-September 1944 2nd Infantry Regiment After Action Reports, October-December 1944 2nd Infantry Regiment After Action Reports, January-May 1945 2nd Infantry Regiment Casualty List, 1944-1945 2nd Infantry Regiment Unit Journal, 1945 2nd Infantry Regiment Narrative History, October 1944-May 1945 2nd Infantry Regiment History Correspondence, 1934-1936 2nd Infantry -
Investigation of Corrosion-Influencing Factors in Underground Storage Tanks with Diesel Service
UST Corrosion Investigation Date: 6/1/2015 Version: DRAFT Page 1 of 38 Investigation Of Corrosion-Influencing Factors In Underground Storage Tanks With Diesel Service U.S. Environmental Protection Agency Office of Underground Storage Tanks EPA 510-R-16-001 July 2016 Acknowledgments Battelle, under the direction of the United States Environmental Protection Agency (EPA) through Scientific, Technical, Research, Engineering and Modeling Support (STREAMS) II Task Order 0016 of Contract EP-C-11-038, conducted this research with EPA’s Office of Underground Storage Tanks (OUST). EPA thanks Battelle and all of the volunteer partners who allowed us access to their underground storage tanks and related documents. EPA also appreciates the insight and comments from individuals and industry representatives who provided valuable input on the research plan and draft report. ii Contents Supplements ................................................................................................................................... iv Figures............................................................................................................................................ iv Tables ............................................................................................................................................. iv List Of Abbreviations And Acronyms .............................................................................................v Executive Summary .........................................................................................................................1 -
The Aeronautical Division, US Signal Corps By
The First Air Force: The Aeronautical Division, U.S. Signal Corps By: Hannah Chan, FAA history intern The United States first used aviation warfare during the Civil War with the Union Army Balloon Corps (see Civil War Ballooning: The First U.S. War Fought on Land, at Sea, and in the Air). The lighter-than-air balloons helped to gather intelligence and accurately aim artillery. The Army dissolved the Balloon Corps in 1863, but it established a balloon section within the U.S. Signal Corps, the Army’s communication branch, during the Spanish-American War in 1892. This section contained only one balloon, but it successfully made several flights and even went to Cuba. However, the Army dissolved the section after the war in 1898, allowing the possibility of military aeronautics advancement to fade into the background. The Wright brothers' successful 1903 flight at Kitty Hawk was a catalyst for aviation innovation. Aviation pioneers, such as the Wright Brothers and Glenn Curtiss, began to build heavier-than-air aircraft. Aviation accomplishments with the dirigible and planes, as well as communication innovations, caused U.S. Army Brigadier General James Allen, Chief Signal Officer of the Army, to create an Aeronautical Division on August 1, 1907. The A Signal Corps Balloon at the Aeronautics Division division was to “have charge of all matters Balloon Shed at Fort Myer, VA Photo: San Diego Air and Space Museum pertaining to military ballooning, air machines, and all kindred subjects.” At its creation, the division consisted of three people: Captain (Capt.) Charles deForest Chandler, head of the division, Corporal (Cpl.) Edward Ward, and First-class Private (Pfc.) Joseph E. -
KANSAS STORAGE TANK PROGRAM ABOVEGROUND STORAGE TANK OVERVIEW April 4, 2018
KANSAS STORAGE TANK PROGRAM ABOVEGROUND STORAGE TANK OVERVIEW April 4, 2018 http://www.kdheks.gov/tanks/index.html Copies of this document are available at: http://www.kdheks.gov/tanks/download/ast_overview.pdf As the state’s environmental and public health agency, KDHE promotes responsible choices to protect the health and environment for all Kansans. Through education, direct services, and the assessment of data and trends, coupled with policy development and enforcement, KDHE will improve health and the quality of life. We prevent illness, injuries and foster a safe and sustainable environment for the people of Kansas. KANSAS DEPARTMENT OF HEALTH AND ENVIRONMENT BUREAU OF ENVIRONMENTAL REMEDIATION Storage Tank Section 1000 SW Jackson, Suite 410 Topeka, KS 66612-1367 1 Table of Contents Page Table of Contents 2 Aboveground Tanks Regulated by the KDHE 3 Temporary Aboveground Storage Tanks 4 Requirements for New Tank Construction 4 Registration and Permitting of Aboveground Tanks 5 Registration of Small Tanks 6 Secondary Containment 6 EPA Secondary Containment Requirements (SPCC) 6 The Kansas Petroleum Storage Tank Release Trust Funds Overview 7 K.A.R. 28-44-28 and K.A.R. 28-44-29 10 KDHE AST Contact Information 11 Spill Hotline phone numbers 12 EPA Region 7 Contact information 12 2 Aboveground Tanks Regulated by the KDHE The Kansas Department of Health and Environment, Bureau of Environmental Remediation (BER) is responsible for regulating releases from aboveground storage tanks (ASTs), as defined in the Kansas Storage Tank Act. Aboveground storage tanks are defined as having more than 90% of the tank volume, including piping located aboveground or above the floor of an underground area such as a basement. -
Review of Underground Storage Tank Condition Monitoring Techniques
MATEC Web of Conferences 255, 02009 (2019) https://doi.org/10.1051/matecconf/20192 5502009 EAAI Conference 2018 Review of Underground Storage Tank Condition Monitoring Techniques Ching Sheng Ooi1,*, Wai Keng Ngui2, Kar Hoou Hui1, , Meng Hee Lim1 and Mohd. Salman Leong1 1Institute of Noise and Vibration, Universiti Teknologi Malaysia, Kuala Lumpur, Malaysia Faculty of Mechanical Engineering, Universiti Malaysia Pahang, Malaysia Abstract. This article aims to provide a comprehensive review on the condition monitoring techniques of underground storage tanks (UST). Generally, the UST has long been a favourite toxic substance reservation apparatus, thanks to its large capacity and minimum floor space requirement. Recently, attention has been drawn to the safety risks of the complex cylindrical-shaped system and its surrounding environment due to contamination resulting from unwanted subsurface leakage. Studies on related countermeasures shows that numerous efforts have been focused on the damage remediation process and fault detection practice; however, it has also been observed that there are uncertainties in present technical complications involving the effectiveness of corrective actions and the robustness of condition monitoring techniques. As an alternative means to deliver spatial information on structural integrity, the feasibility of integrating non- destructive evaluation (NDE) techniques with machine learning algorithms, on observing the degradation process of UST, so as to enhance condition monitoring competency, is discussed. 1 Introduction Additionally, the underground operating nature of UST is a double-edged sword: it offers low surface area Energy supply plays a crucial role by ensuring requirements but consequently induces a certain degree consumption sufficiency of a device over time to sustain of monitoring difficulty.