ATF Fireworks Classification & Exemptions
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City of Bainbridge Island 2020 Lodging Tax / Tourism Fund Proposal Cover Sheet
CITY OF BAINBRIDGE ISLAND 2020 LODGING TAX / TOURISM FUND PROPOSAL COVER SHEET Project Name: 4th of July Fireworks Name of Applicant Organization: Bainbridge Island Lodging Association (BILA) Applicant Organization IRS Chapter Status and Tax ID Number: 501(c)3; EIN: 71-1051175 Date of Incorporation as a WA Corporation and UBI Number: January 16, 2002 / 602-175- 381 Primary Contact: Kelly Gurza and Scott Isenman Mailing Address: P.O. Box 10895, Bainbridge Island, Washington 98110 Email(s): [email protected] and [email protected] Cell phone: Kelly Gurza: 1 650 776-8306 Scott Isenman 1 206 661-6531 Project Type Tourism marketing Marketing and operations of special events and festivals designed to attract tourists. Supporting the operations of a tourism-related facility owned or operated by a nonprofit organization. Supporting the operations and/or capital expenditures of a tourism-related facility owned or operated by a municipality. LODGING/TOURISM FUND APPLICATION Applicant Information Please respond to each of these questions in the order listed. If the proposal includes multiple partners, please include the requested information for each organization. 1. Describe the applicant organization’s mission, history, and areas of expertise. Describe the applicant’s experience in tourism promotion on Bainbridge Island and its demonstrated ability to complete the proposed project. Alternate question for event or facility funding: Describe the event or facility proposed including its purpose, history, and budget. Include past attendance history, if applicable, and estimate the number of tourists drawn to the event or facility/year. Please estimate total attendance and the number of tourists estimated to attend for 2020. -
From a Technical Standpoint, What Is Firework Flash Powder?
This article originally appeared in Fireworks Business, No. 246, 2004. From a Technical Standpoint, What Is Firework Flash Powder? K. L. Kosanke and L. Weinman perature attainable in pyrotechnic reactions, only Introduction solids and liquids incandesce, gases do not. As a In a recently published article on the regulatory practical matter, metal oxides are the only pyro- definitions of firework flash powder[1] it was con- technic reaction products that are not gaseous at cluded that none of those definitions provided suf- high temperature. Thus metal fuels need to be pre- ficient information to objectively establish wheth- sent in substantial quantity in flash powders. See er or not a pyrotechnic composition is a flash Table 1, which is a list of the boiling point of powder. That is to say, those definitions are all some of the pyrotechnic reaction products. The subjective to the extent that they depend on the table has somewhat arbitrarily been divided into intended use of the composition and none provide species with boiling points above and below a quantifiable measure that can be used to deter- 2500 °C. Note that the oxides of zirconium, mag- mine whether a particular pyrotechnic composi- nesium, aluminum and titanium top the list. tion is a flash powder. The purpose of the present article is to suggest a general approach that might Table 1. Boiling Point of Some Pyrotechnic be used as the basis for producing a quantitative [2] definition of flash powder. Reaction Products. The reason such an objectively quantifiable Reaction Product Boiling Point (°C) definition is needed is that – from both a regulato- ZrO2 ≈ 5000 ry and safety standpoint – flash powders are treat- MgO 3600 ed differently than other pyrotechnic composi- Al2O3 2980 tions. -
The Music Center Presents Downtown LA's Largest July 4Th
Contact: Bonnie Goodman FOR IMMEDIATE RELEASE For Grand Park 213-308-9539 direct [email protected] The Music Center Presents Downtown LA’s Largest July 4th Celebration with Grand Park’s 4th of July Block Party – Free Blockbuster Event Will Light Up the Sky from the Rooftops Surrounding Grand Park – LOS ANGELES (June 3, 2015) – Angelenos will take over the civic center as they come together for an LA-style July 4th celebration at the third annual Grand Park’s 4th of July Block Party, presented by The Music Center. The free event, which runs from 3:00 p.m. – 9:30 p.m. on Saturday, July 4, 2015, will feature music, art, dancing, food, family, friends and fireworks for a feel-good, hometown event unlike any other Downtown LA has seen. Grand Park will light up the civic center skyline with a new, first-ever rooftop fireworks display set to iconic American music. The block party will be spread over eight city blocks, from Temple Street to 2nd Street, and from Grand Avenue to Main Street. Grand Park’s Fourth of July Block Party is supported by the County of Los Angeles, City Councilmember José Huizar, Bank of America and KCRW. During the block party, Grand Park’s green spaces will be transformed into giant picnic areas, while two dedicated stages – THE FRONT YARD on Grand Park’s Performance Lawn between Grand Avenue and Hill Street and THE BACKYARD on Grand Park’s Event Lawn between Broadway and Spring Street – will showcase a diverse lineup of LA-based musical artists, dancers, jump rope experts and spoken word artists. -
ENCYCLOPEDIA of CHEMISTRY & EXPLOSIVES MATERIALS Abelite
ENCYCLOPEDIA OF CHEMISTRY & EXPLOSIVES MATERIALS A Abelite An explosive, composed mainly of ammonium nitrate and trinitrotoluene. Absolute Zero The least possible temperature for all substances. Generally accepted as -273.15ÝC AC Alternating current. Acceptance Quality Level (AQL) A nominal value expressed in terms of percentage defective per hundred units, by which a group of sampling plans is identified. The sampling plans so identified have a high probability of accepting lots containing material with a process average not greater than the designed value of the AQL. Acetin [CH3COOC3H5(OH)2] also known as glyceryl monoacetate, a colourless hydroscopic liquid. Used as an intermediate for various explosives, and a solvent for various dyes. Acetone [CH3COCH3] colourless, flammable liquid. Acetone is widely used in industry as a solvent for many organic substances. It is used in making synthetic Resins and fillers, smokeless powders, and many other organic compounds. Boiling Point 56ÝC. Useful solvent for acetylene, also known as the simplest saturated ketone. Acetylene or ethyne, a colourless gas and the simplest alkyne Hydrocarbon. Explosive on contact with air, it is stored dissolved under pressure in Acetone. It is used to make neoprene rubber, plastics, and resins. The oxyacetylene torch mixes and burns oxygen and acetylene to produce a very hot flame-as high as 3480ÝC (6300ÝF)-that can cut steel and weld iron and other metals. Produced by the action of wateron calcium carbide and catalytically from naphtha. Acetylide A carbide formed by bubbling acetylene through a metallic salt solution, eg cuprous acetylide, Cu2C2. These are violently explosive compounds. Acid Any substance capable of giving up a proton; a substance that ionizes in solution to give the positive ion of the solvent; a solution with a pH measurement less than 7. -
Article Hygroscopicity, Kappa (Κ), Alter Atmospheric Chemistry, and Cause Short-Term Adverse from 0.11 (Background) to 0.18 (fireworks)
Atmos. Chem. Phys., 21, 6155–6173, 2021 https://doi.org/10.5194/acp-21-6155-2021 © Author(s) 2021. This work is distributed under the Creative Commons Attribution 4.0 License. Measurement report: Firework impacts on air quality in Metro Manila, Philippines, during the 2019 New Year revelry Genevieve Rose Lorenzo1,2, Paola Angela Bañaga2,3, Maria Obiminda Cambaliza2,3, Melliza Templonuevo Cruz3,4, Mojtaba AzadiAghdam6, Avelino Arellano1, Grace Betito3, Rachel Braun6, Andrea F. Corral6, Hossein Dadashazar6, Eva-Lou Edwards6, Edwin Eloranta5, Robert Holz5, Gabrielle Leung2, Lin Ma6, Alexander B. MacDonald6, Jeffrey S. Reid7, James Bernard Simpas2,3, Connor Stahl6, Shane Marie Visaga2,3, and Armin Sorooshian1,6 1Department of Hydrology and Atmospheric Sciences, University of Arizona, Tucson, Arizona, 85721, USA 2Manila Observatory, Quezon City, 1108, Philippines 3Department of Physics, School of Science and Engineering, Ateneo de Manila University, Quezon City, 1108, Philippines 4Institute of Environmental Science and Meteorology, University of the Philippines, Diliman, Quezon City, 1101, Philippines 5Space Science and Engineering Center, University of Wisconsin–Madison, Madison, Wisconsin, 53706, USA 6Department of Chemical and Environmental Engineering, University of Arizona, Tucson, Arizona, 85721, USA 7Marine Meteorology Division, Naval Research Laboratory, Monterey, CA, USA Correspondence: Armin Sorooshian ([email protected]) Received: 2 October 2020 – Discussion started: 4 November 2020 Revised: 15 February 2021 – Accepted: 19 -
The Use of Fireworks Inside of the City Limits Is Prohibited. However, On
The use of fireworks inside of the City - Place pets indoors; they are Limits is prohibited. However, on July 4th easily frightened by fireworks. What kinds of injuries occur? between the hours of 6:00pm and 11:00pm, - Always have water handy (a - Fireworks related injuries most residents may use Oregon legal consumer garden hose or bucket of water). frequently involve hands and fireworks, excluding City parks and the fingers: 29%, and eyes 20%. designated Urban / Wildand Interface. BE SAFE when lighting fireworks. - About half of the injuries are - An adult should always light burns, especially to the face, FIREWORKS ARE ILLEGAL AT ALL TIMES: fireworks. hand, wrist, or arm. 1. The area west of Highland Ave. and - Keep matches and lighters away Dimmick St., North of the railroad tracks from children. Which kinds of fireworks are the most 2. The area north of Interstate 5 - Use fireworks outdoors only. dangerous? 3. Panoramic Loop Area - Light one firework at a time. - Over 75% of fireworks injuries 4. Overland Drive Area - Keep children and pets away are from consumer fireworks like 5. Haviland Drive Area between Cloverlawn and Linden from fireworks. firecrackers, bottle rockets, 6. All City parks - Do not throw fireworks or hold Roman candles, fountains, and 7. Any area posted: in your hand. sparklers that are legal in many “NO FIREWORKS ALLOWED” states. BE RESPONSIBLE after lighting - Fireworks related injuries are fireworks. most commonly associated with ANNEXED AREAS - Soak used fireworks thoroughly firecrackers (51%), bottle rockets in a bucket of water. (12%) and sparklers (7%). Many properties have been annexed into the - Dispose of used fireworks and Grants Pass city limits over the years. -
Black Match” …………………………………………… P
Selected Pyrotechnic Publications of K.L. and B.J. Kosanke Part 5 (1998 through 2000) This book contains 134 pages Development of a Video Spectrometer …………………………………………… P. 435-445. Measurements of Glitter Flash Delay, Size and Duration ……………………… P. 446-449. Lift Charge Loss for a Shell to Remain in Mortar ……………………………… P. 450-450. Configuration and “Over-Load” Studies of Concussion Mortars ……………… P. 451-463. Quick Match – A Review and Study ……………………………………………… P. 464-479. Pyrotechnic Primes and Priming ………………………………………………… P. 480-495. Dud Shell Risk Assessment: NFPA Distances …………………………………… P. 496-499. Dud Shell Risk Assessment: Mortar Placement ………………………………… P. 500-503. Performance Study of Civil War Vintage Black Powder ……………………… P. 504-509. CAUTION: Very Fast “Black Match” …………………………………………… P. 510-512. Peak In-Mortar Aerial Shell Accelerations ……………………………………… P. 513-516. Firing Precision for Choreographed Displays …………………………………… P. 517-518. Sticky Match and Quick Match: Temperature Dependent Burn Times ……… P. 519-523. Mortar Separations in Troughs and Drums …………………………………… P. 524-530. Preliminary Study of the Effect of Ignition Stimulus on Aerial Shell Lift Performance …………………………………………………… P. 531-535. Pyrotechnic Particle Morphologies – Metal Fuels ……………………………… P. 536-542. Peak Mortar Pressures When Firing Spherical Aerial Shells …………………… P. 543-544. Indoor Pyrotechnic Electrostatic Discharge Hazard …………………………… P. 545-545. Pyrotechnic Particle Morphology – Low Melting Point Oxidizers ……………… P. 546-556. An earlier version -
Fireworks Application Wholesaler, Importer, And/Or Manufacturer
FIRE PROTECTION BUREAU - LICENSING SECTION PO Box 42600 Olympia WA 98504-2600 (360) 596-3946 FAX (360) 596-3934 E-Mail: [email protected] FIREWORKS APPLICATION WHOLESALER, IMPORTER, AND/OR MANUFACTURER INSTRUCTIONS This application can only be submitted during the month of January for the year you want to be licensed. Any applications received after January 31st will be returned and fees refunded. There are no exceptions. Complete the entire application. Please print in ink or type. Illegible or incomplete applications will be returned, which will delay the issuance of a license. Company Name Federal Tax Identification Number (FDID) Address: (Physical address - DO NOT use PO Box or Rural Route Numbers) Company Contact Person Mailing Address E-Mail Address for Contact Person Telephone Number Fax Number Company Web Site Address ( ) ( ) Applicant Doing Business As (type of business structure) – Check one and provide appropriate information for type. Individual - Provide the name of firm’s owner. Partnership - Provide name of each partner. Corporation - Provide the names of the corporate officers and their titles (president, vice president, and secretary). First Name Middle Initial Last Name Title Type of License Annual Description of License Applied For Fee A Wholesaler License is required when any person wants to engage in the Wholesaler selling of fireworks to a retailer or any other person for resale and any person $2,000 License who sells display fireworks to public display licensees. An Importer License is required when any person who, for any purpose other than personal use: Importer 1. Brings fireworks into this state or causes fireworks to be brought into this $1,000 License state; 2. -
Designing a Smart Helmet for Wildland Firefighters to Avoid Dehydration by Monitoring Bio-Signals
Designing a Smart Helmet for Wildland Firefighters to Avoid Dehydration by Monitoring Bio-signals Jiali Zhang He Feng Chee Jen Ngeh Global Innovation Exchange Global Innovation Exchange Global Innovation Exchange University of Washington University of Washington University of Washington Seattle, Washington, USA Seattle, Washington, USA Seattle, Washington, USA [email protected] [email protected] [email protected] John Raiti Yuntao Wang Linda Wagner Global Innovation Exchange Global Innovation Exchange Global Innovation Exchange University of Washington Tsinghua University University of Washington Seattle, Washington, USA Beijing, China Seattle, Washington, USA [email protected] [email protected] [email protected] Paulo Goncalves Gulnara Sarymbekova Jenna James Global Innovation Exchange Global Innovation Exchange Vulcan Inc. University of Washington University of Washington Seattle, Washington, USA Seattle, Washington, USA Seattle, Washington, USA [email protected] [email protected] [email protected] Paul Albee Jay Thiagarajan Vulcan Inc. Vulcan Inc. Seattle, Washington, USA Seattle, Washington, USA [email protected] [email protected] ABSTRACT CCS CONCEPTS Smart Helmet is a new wearable device to monitor wildland fre- • Human-centered computing ! Interaction devices; • Hard- fghters’ real-time bio-signal data and alert potential health issues, ware ! Wireless devices. i.e., dehydration. In this paper, we applied the human-centered de- sign method to develop Smart Helmet for frefghters. We initially KEYWORDS conducted multiple rounds of primary research -
Identification, Chemistry, and Behavior of Seal Bombs Used to Control
f MARCH 1990 h IDENTIFICATION, CHEMISTRY, AND BEHAVIOR OF SEAL BOMBS USED TO CONTROL DOLPHINS IN THE YELLOWFIN TUNA PURSE-SEINE FISHERY IN THE EASTERN TROPICAL PACIFIC: POTENTIAL HAZARDS By Albert C. Myrick Jr. Martin Fink Cheryl B. Glick ADMINISTRATIVE REPORT LJ-90-08 f This administrative Report is issued as an informal document to ensure prompt dissemination of preliminary results, interim reports and special studies. We recommend that it not be abstracted or cited. 5H // Sic 2 ft,o. 90-0? C. ^ IDENTIFICATION, CHEMISTRY, AND BEHAVIOR OF SEAL BOMBS USED TO CONTROL DOLPHINS IN THE YELLOWFIN TUNA PURSE-SEINE FISHERY IN THE EASTERN TROPICAL PACIFIC: POTENTIAL HAZARDS By 12 1 Albert C. Myrick Jr., Martin Fink, and Cheryl B. Glick 1. Southwest Fisheries Center, National Marine Fisheries Service, P.O. Box 271, La Jolla, CA 92038 2. San Diego County Sheriff's Dept., Crime Laboratory, 3520 Kurtz Street, San Diego, CA 92110 LIBRARY March 1990 FEB 28 2008 National oceanic & Atmospheric Administration U.S. Dept, of Commerce ADMINISTRATIVE REPORT LJ-90-08 CONTENTS Page ABSTRACT...................................................... 1 INTRODUCTION.................................................. 1 METHODS AND MATERIALS........................................ 3 RESULTS Description.............................................. 4 Chemical Analysis and Apparent TNT Equivalents........ 5 Charge-Weights and Relative Strengths.................. 7 Behavior of Units Detonated............................. 7 Relative Strengths Based on Combined Characteristics.. -
M-80 (Explosive) - Wikipedia,Visited the Free Encyclopediaon 8/14/2015 Page 1 of 4
M-80 (explosive) - Wikipedia,visited the free encyclopediaon 8/14/2015 Page 1 of 4 M-80 (explosive) From Wikipedia, the free encyclopedia For other uses, see M80. M-80s are an American class of large firecrackers, sometimes called SALUTES.[1] The Simulator, Artillery, M-80 was originally made in the early 20th century by the U.S. military to simulate explosives or artillery fire;[2] later, M-80s were manufactured as fireworks. Traditionally, M-80s were made from a small cardboard 1 tube, often red, approximately 1 ⁄2 inches (3.8 cm) long 9 and ⁄16 inch (1.4 cm) inside diameter, with a fuse or wick coming out of the side; this type fuse is commonly known as cannon fuse or Visco fuse, after a company responsible for standardizing the product. The tubes M-80 Salute (BOOTLEG) often hold approximately 2½–3 grams of pyrotechnic flash powder; many sources state that an M-80 carries 3 grams of powder.[3] Contents ◾ 1 Legality ◾ 1.1 Canada ◾ 1.2 United States ◾ 2 Accidents ◾ 3 References ◾ 4 Further reading Legality Canada https://en.wikipedia.org/wiki/M-80_(explosive) 8/14/2015 M-80 (explosive) - Wikipedia,visited the free encyclopediaon 8/14/2015 Page 2 of 4 M-80s are not authorized under the law, thus making importation, possession, transportation, storage or manufacturing illegal in Canada.[4] Firecrackers, including the M-80, can be purchased from Native Reserves in Canada, as they have different governing laws. United States Due to property damages and bodily harm caused by M-80s, Class C fireworks—now known as consumer fireworks (class 1.4G), as opposed to display fireworks (which were Class B, and are now 1.3G)[5]— civilians require a license, issued by federal authorities, for pyrotechnic devices containing a charge in excess of 50 milligrams of pyrotechnic flash powder. -
2013 Fireworks Safety Standards Development Status Report
FIREWORKS SAFETY STANDARDS DEVELOPMENT PROJECT FY 2013 STATUS REPORT October 2013 For further information contact: Dr. Christopher J. Musto, Project Manager Directorate for Laboratory Sciences U.S. Consumer Product Safety Commission (301) 987-2090 [email protected] Dr. Andrew Lock Directorate for Laboratory Sciences U.S. Consumer Product Safety Commission (301) 987-2099 [email protected] This report was prepared by the CPSC staff, has not been reviewed or approved by, and may not necessarily reflect the views of, the Commission. EXECUTIVE SUMMARY The U.S Consumer Product Safety Commission (CPSC, the Commission) is evaluating the need to amend its regulations for fireworks devices. CPSC staff evaluated issues concerning the explosive power of aerial fireworks. Aerial fireworks devices intended to produce an audible effect are limited to 130 mg (2 grains) of pyrotechnic composition, according to 16 C.F.R. § 1500.17(a)(3). Because the regulation only limits the amount of pyrotechnic composition for devices intended to produce an audible effect, compliance determinations can be made only after a subjective determination of intent to produce an audible effect. In 2012, staff conducted testing to evaluate two different approaches to replacing the regulation limiting pyrotechnic composition of devices intended to produce an audible effect; staff considered potential alternative regulations, based on the explosive power of fireworks devices. The American Fireworks Standards Laboratory (AFSL) had previously developed a “Black Powder Equivalency Test.” CPSC staff investigated and found that this test can distinguish between the energetics of black powder, hybrid powders, and flash powder, but the test does not consider the particular construction of a shell.