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A Dyno Nobel Overview
A Dyno Nobel Overview Our Company Our Products Our Technology Our Services Your Benefit Our Company Ownership History Statistics Locations Expertise Vision Safety Incitec Pivot Limited Top 40 ASX company Dyno Nobel Incitec Pivot Industrial Explosives Fertilizers . The #1 supplier of industrial explosives in . The #1 manufacturer of fertilizers in Australia North America . The #2 supplier of industrial explosives in . The #1 distributor of fertilizer in Eastern Australia Australia . The largest number of AN plants . The largest fertilizer trader in Southeast Asia . The only full line explosives manufacturer Incitec Pivot Limited Corporate History $850m Demerger of Acquisition investment Incitec Merger with of SCF Antecedent Acquisition Moranbah in fertiliser Incitec (Phosphate Moranbah companies of AN plant Waggaman, business Fertilisers Hill AN plant of Incitec Dyno Nobel construction Louisiana from Orica’s Ltd manufactur goes live established commenced ammonia Industrial -ing plant) plant Chemicals 1919 1923 2002 2003 2006 2008 2010 2012 2013 Divestiture Orica divests of Incitec’s its remaining 50% 100% Pivot crop 70% acquisition acquisition established protection shareholding of Nitromak of Nitromak division in IPL Alfred Nobel and Our Legacy of Innovation Dyno Nobel's history began in 1865 with Swedish inventor Alfred Nobel. The company traces its roots to Alfred Nobel's legacy of safety innovation. His invention of dynamite and blasting caps saved the lives of countless miners, as did William Bickford's invention of safety fuse in 1831. Dyno Nobel is proud of this legacy and our safety standards are among the highest in the industry. Today, our corporate history connects to nearly every organization that made significant breakthroughs in explosives technology. -
May 25, 1965 M. A. COOK ETAL 3,185,017 METHOD of MAKING an EXPLOSIVE BOOSTER Original Filed July 13, 1959
May 25, 1965 M. A. COOK ETAL 3,185,017 METHOD OF MAKING AN EXPLOSIVE BOOSTER Original Filed July 13, 1959 FLS-1 INVENTORS AE1M at OOC AOWGLMS Al ACA 3,185,017 United States Patent Office Patented May 25, 1965 2 3,185,017 pressed pentolite (PETN-TNT), TNT, tetryl, tetrytol METHOD OF MAKING AN EXPLGSWE GOSTER (tetryl-TNT), cyclotol (RDX-TNT), composition B Melvin A. Cook and Dotigias E. Pack, 3: it lake City, (RDX-TNT-wax) and Ednatol (EDNA-TNT). The Utah, assig Rors to Intertanozzataia Researcia and Engi more inexpensive of these explosives are not detonatable eering Company, Inc., Saitake City, Utah, a cospera by Prinnacord, however. tion of Utah 5 Original application July 13, 1959, Ser. No. 826,539, how It has been found that PETN, PETN-TNT mixtures, Patent No. 3,637,453, dated June 5, 1932, Cisie at: RDX and cyclotol are detonated by Primacord, but their this application Oct. 24, 1960, Ser. No. 70,334 high cost and the relatively large quantities required make 2 Clairls. (C. 86-) it uneconomical to use them as boosters. O The improved boost cr of the invention generally com This invention relates to detonating means for ex prises a core of Primacord-sensitive explosive material plosives and more particularly to boosters for relatively sit trol inted by a compacted sheath of Primacord-insensi insensitive explosive compositions. This application is tive explosive imaterial of high brisance, said booster a division of our copending application Serial No. 826,539, having at cast one perforation extending through said filed July 13, 1959, now U.S. -
Detonation Cord, Detacord, Det
DDEPATMENT OF MINING ENGINEERING INTRODUCTION:- What are explosives? An explosive (or explosive material) is a reactive substance that contains a great amount of potential energy that can produce an explosion if released suddenly, usually accompanied by the production of light, heat, sound, and pressure. An explosive charge is a measured quantity of explosive material, which may either be composed solely of one ingredient or be a mixture containing at least two substances. The potential energy stored in an explosive material may, for example, be chemical energy, such as nitro glycerine or grain dust DDEPATMENT OF MINING ENGINEERING pressurized gas, such as a gas cylinder or aerosol can nuclear energy, such as in the fissile isotopes uranium-235 and plutonium-239 Explosive materials may be categorized by the speed at which they expand. Materials that detonate (the front of the chemical reaction moves faster through the material than the speed of sound) are said to be "high explosives" and materials that deflagrate are said to be "low explosives". Explosives may also be categorized by their sensitivity. Sensitive materials that can be initiated by a relatively small amount of heat or pressure are primary explosives and materials that are relatively insensitive are secondary or tertiary explosives. A wide variety of chemicals can explode; a smaller number are manufactured specifically for the purpose of being used as explosives. The remainder are too dangerous, sensitive, toxic, expensive, DDEPATMENT OF MINING ENGINEERING unstable, or prone to decomposition or degradation over short time spans. DDEPATMENT OF MINING ENGINEERING HISTORY:- The use of explosives in mining goes back to the year 1627, when gunpowder was first used in place of mechanical tools in the Hungarian (now Slovak) town of Banská Štiavnica. -
Guide for the Selection of Commercial Explosives Detection Systems For
2.5.3.8 EXPRAY Field Test Kit EXPRAY is a unique, aerosol-based field test kit for the detection of what the manufacturer refers to as Group A explosives (TNT, DNT, picric acid, etc.), Group B explosives (Semtex H, RDX, PETN, NG, smokeless powder, etc.), and compounds that contain nitrates that are used in improvised explosives. Detection of explosive residue is made by observing a color change of the test paper. EXPRAY can be used in a variety of applications, and although in some aspects it does not perform as well as many of the other trace detectors discussed in this section, it costs only $250. This very low cost, coupled with simplicity and ease of use, may make it of interest to many law enforcement agencies (see the EXPRAY kit in fig. 13). The EXPRAY field kit2 is comprised of the following items: - one can of EXPRAY-1 for Group A explosives, - one can of EXPRAY-2 for Group B explosives, - one can of EXPRAY-3 for nitrate-based explosives (ANFO, black powder, and commercial and improvised explosives based on inorganic nitrates), - special test papers which prevent cross contamination. Figure 13. Photo of the EXPRAY Field Test Kit for explosives Initially, a suspected surface (of a package, a person’s clothing, etc.) is wiped with the special test paper. The paper is then sprayed with EXPRAY-1. The appearance of a dark violet-brown color indicates the presence of TNT, a blue-green color indicates the presence of DNT, and an orange color indicates the presence of other Group A explosives. -
Explosive Characteristics and Performance Larry Mirabelli Design Factors for Chemical Crushing
Explosive Characteristics and Performance Larry Mirabelli Design Factors for Chemical Crushing Controllable EXPLOSIVEEXPLOSIVE Uncontrollable GEOLOGYROCK CONFINEMENT DISTRIBUTION Course Agenda What is an Explosive Explosive Types What are best to fuel “chemical crusher” Explosive Properties Explosive types Characteristics General Application Explosive selection to meet blasting objectives What is an Explosive Intimate mixture of fuel and oxidizer. Can be a molecular solid, liquid or gas and/or mixtures of them. When initiated reacts very quickly to form heat, solids and gas. Violent exothermic oxidation-reduction reaction. Detonates instead of burning. Rate of reaction is its detonation velocity. Explosive Types Main Explosive Charge Explosive for use in primer make up. Initiation System Explosive Types – Main Explosive Charge Bulk Explosive Blasting Agent, 1.5 D (not detonator sensitive) • Repumpable – Emulsion (available with field density adjustment and/or homogenization) • Repumpable ANFO Blend – Emulsion (available with field density adjustment) • Heavy ANFO Blend – Emulsion • ANFO For fueling chemical crusher, application flexibility for changing design is best decision. Explosive Types – Main Explosive Charge Packaged Explosive Explosive, 1.1D (detonator sensitive) • Emulsion • Dynamite Blasting Agent, 1.5 D (not detonator sensitive) • Emulsion • Water Gel • WR ANFO • ANFO For fueling chemical crusher, it is best to optimize explosive distribution. Explosive Types Explosive for use in primer make up. Explosive, 1.1D (detonator sensitive) • Cast Booster • Dynamite • Emulsion For fueling chemical crusher, cast booster is recommended explosive for primer make up. Explosive Types Initiation System Electronic Non Electric Electric For fueling chemical crusher, Electronic Detonator is recommended. Explosive Properties Safety properties Characterize transportation, storage, handling and use Physical properties Characterize useable applications and loading equipment requirements. -
Using Low Density Explosives in Iron Ore Applications
Using Low Density Explosives In Iron Ore Applications Project Summary REDUCING THE OVERALL COST OF BLASTING AT IRON ORE MINES Dyno Nobel developed BlastLite® and TITAN® as cost effective solutions for blasting weak to medium strength rock in Iron Ore mines. The key to BlastLite lies in its ability to form a homogeneous blend without the need to use an emulsion matrix as a binding agent. The result is a low density explosive (LDE) of high weight strength compared to existing LDE products, offering a powder factor reduction compared to ANFO of around 25 per cent in the process. These explosives are based on high ratios of emulsion to ammonium nitrate prill, which promote a physical barrier TITAN BlastLite is based on a standard inhibited explosive between the prill and the reactive ground. formulation and has been developed as a solution for blasting reactive ground. Customers are enjoying savings of up to 35% The challenge was to produce a low density product using in explosives consumption. bulking agents and inhibited emulsion explosive that had both a low density and a resistance to reactive ground. Dyno Nobel Both these products have the potential to significantly reduce built on its previous experience with emulsion blends for powder factors and, therefore, the overall cost of blasting. reactive ground conditions to develop a new, low density reactive ground product. Background Technology Used COST EFFECTIVE SOLUTIONS FOR BOTH NON- REACTIVE AND REACTIVE GROUND RIGOROUS PROCEDURES FOR PRODUCT TESTING A customer in the Pilbara wanted to reduce the overall cost of Dyno Nobel’s product protocol requires all products to be blasting weak and/or highly fractured materials without blasted in pipes at the R&T test site prior to being fired in the impacting on blast performance or production rates. -
PRESS RELEASE January 25, 2017 Contact Information
2795 East Cottonwood Parkway, Suite 500 / Salt Lake City, UT 84121 USA PRESS RELEASE January 25, 2017 Contact Information: FOR IMMEDIATE RELEASE Nicole Lyman, Marketing Strategist Office: (801) 328-6573 Fax: (801) 328-6452 Email: [email protected] 150 YEARS OF DYNAMITE SALT LAKE CITY, UT—Dyno Nobel, a global leader in commercial explosives, traces its roots back to Alfred Nobel and his pivotal invention of dynamite. The name dynamite is derived from the Greek word dýnamis, meaning power. This year marks 150 years of progression due to the power of dynamite. Before dynamite, the ability to break rock was limited to black powder explosives, which weren’t very strong and required a lot of material. This material was also dangerous to transport. The invention of nitroglycerin in 1846 allowed for stronger and larger explosions, however it was extremely unstable and less safe than black powder. Safety was the original reason Alfred Nobel set forth to create dynamite. This laid the foundation for Dyno Nobel’s high safety standards, Zero Harm for Everyone, Everywhere. In 1867, Alfred Nobel discovered how to stabilize nitroglycerin by adding diatomaceous earth. This created the first stable explosive more powerful than black powder. The invention of dynamite marked a pivotal time and led to a step change in global industrialization. Dynamite made it easier to safely extract raw materials, allowing for more innovations to come to life. Today, Dyno Nobel continues this tradition by developing practical innovations in blasting. Although improvements have been made to the original formula of dynamite and blasting practices, dynamite is still in use today and is, at times, the most sustainable solution in blasting. -
Sustainability Report 2011
SUSTAINABILITY REPORT 2011 Nitrogen-based chemical manufacturing: The core of what we do WHO WE ARE AND WHAT WE DO Incitec Pivot Limited (IPL) develops, manufactures and distributes > distribution and delivery systems to transport explosives and nitrogen-based industrial explosives and fertilisers as well as other materials necessary to prepare explosives on site; and associated products and services. > a range of on-site services to support the blasting process, allowing customers to blast more effectively and obtain cost and carbon savings along the entire mining value chain. Gas Dyno Nobel supplies approximately 1.5 million tonnes of ammonium nitrate-based explosives each year to customers that include mining companies and their suppliers, quarries and Ammonia companies supporting the construction industry. Fertilisers Phosphoric Acid Nitric Acid Carbon Dioxide Our fertiliser business, Incitec Pivot Fertilisers (IPF), is a key supplier to the agricultural sector, supplying approximately two Ammonia Phosphate Ammonium Nitrate Urea million tonnes of fertiliser a year across eastern Australia. Fertiliser Explosives Fertiliser IPF distributes both fertilisers manufactured • Phosphate Hill (Aust) • Moranbah (Aust) • Gibson Island (Aust) by our Australian operations as well as imported fertilisers. • 50% Joint Venture • St Helens (USA) It operates through a comprehensive network of more than QNP (Aust) • Cheyenne (USA) 200 distributors. • Donora (USA) • Louisianna (USA) Its core product range includes urea, ammonium phosphates, single superphosphate and anhydrous ammonia. In addition to this base range, IPF supplies a number of differentiated fertiliser We are a global company with material operations in Australia, products to provide Australian farmers with products that meet Indonesia, the United States, Canada and Turkey (excluding joint their precise nutrient and condition requirements, such as venture operations). -
Shocktube Initiation System D
Product Manual NONEL® and PRIMACORD® i Disclaimer & Trademarks General Disclaimer Dyno Nobel has endeavored to make the information in this Manual accurate and educational, but makes no guarantee or warranty of the accuracy or com- pleteness of the matters addressed herein. This information is intended as a reference source only. Any third parties and their employees who receive and use this information agree to assume all risk, liability oand/or responsibility what- soever from any and all fi nes, damages or injuries to persons or property arising from the use of this information or reliance upon any of the materials or informa- tion presented herein. Product Disclaimer Dyno Nobel Inc. and its subsidiaries disclaim any warranties with respect to these products, the safety or suitability thereof, or the results to be obtained, whether express or implied, INCLUDING WITHOUT LIMITATION, ANY IMPLIED WAR- RANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE AND/OR OTHER WARRANTY. Buyers and users assume all risk, responsibil- ity and liability whatsoever from any and all injuries (including death), losses, or damages to persons or property arising from the use of this product. Under no circumstances shall either Dyno Nobel Inc. or any of its subsidiaries be liable for special, consequential or incidental damages or for anticipated loss of profi ts. Trademarks The following names, phrases and logos are trademarks of Dyno Nobel Inc. (or its affi liates) in the United States and certain foreign countries: NONEL® Primacord® Primaline® EZ DET® EZ Drifter® Primashear® EZTL™ Low Flex™ Optimizer® Optisurface® Opti-TL® Optislide® Optiprime® Opticord® The Dyno Nobel logo Groundbreaking Performance™ Dyno® Issued: March 2005 © 2005, Dyno Nobel Inc. -
Render-Safe Impact Dynamics of the M557 Fuze G.A. Gazonas U.S. Army
Transactions on the Built Environment vol 32, © 1998 WIT Press, www.witpress.com, ISSN 1743-3509 Render-safe impact dynamics of the M557 fuze G.A. Gazonas U.S. Army Research Laboratory Weapons and Materials Research Directorate Aberdeen Proving Ground, MD 21005, USA e-mail: [email protected] Abstract This paper outlines the results of a combined experimental and computational study which investigates the transient structural response of the M557 point detonating fuze subjected to low-speed (200 m/s) oblique impact by a hardened steel projectile. The problem is of interest to the explosive ordnance disposal (EOD) community as it is a method that is currently used to "render-safe" ordnance and other explosive devices found in the field [1]. An inert M557 fuze is instrumented with a low mass (1.5 gram), 60 kilo-g uniaxial accelerometer and subjected to oblique impact by launching a 300 gram projectile from a 4-in airgun. The transient structural response of the fuze is compared to the predicted response using the Lagrangian finite element code DYNA3D. Peak accelerations measured in two tests average 35 kilo-g whereas DYNA3D predicts a 40 to 50 kilo-g peak acceleration depending upon the amount of prescribed damping. Both measured and computed acceleration histories are Fourier transformed and the estimated spectral response at the base of the fuze is shown to be dependent upon the failure strength of the flash tube. 1 Introduction The explosive ordnance disposal (EOD) community utilizes a variety of devices to disarm or "render-safe" ordnance and other explosive devices found in the field. -
PRESS RELEASE Dyno Nobel's Technology Produces First Ever
Dyno Nobel Inc. 6440 S Millrock Drive, Suite 150 Salt Lake City, UT 84121 Ph: 800.473.2675 dynonobel.com PRESS RELEASE Contact Information: Lauren Gorrell, Marketing & Branding Manager Ph: 385.347.2679 Date: 17 June 2021 E: [email protected] FOR IMMEDIATE RELEASE Dyno Nobel’s technology produces first ever underground wireless detonator blast in WA Dyno Nobel, a business of Incitec Pivot Limited, has completed the first ever underground wireless detonator blast in Western Australia, utilising Dyno Nobel’s groundbreaking wireless technology, CyberDet I™. The blast on Tuesday 1 June 2021 at Westgold’s Big Bell underground gold mine, saw 34 CyberDet I detonators fired, producing outstanding results, including a well fragmented muckpile. Big Bell is a premier asset in Westgold’s Cue region portfolio of mines and the blast was undertaken following approval from the Department of Mines, Industry Regulation and Safety (DMIRS). Dyno Nobel Asia Pacific President Greg Hayne said the blast in WA’s mid-west region was a significant milestone for Dyno Nobel’s wireless detonator offering. “We are so pleased to be able to partner with Westgold on the first underground wireless blast ever in WA,” Mr Hayne said. “The blast was a great success and it’s been really pleasing to hear Westgold’s feedback that it believes CyberDet I will deliver improved safety and efficiency.” CyberDet I is designed to allow operators to work in a safer environment during the blast loading process. The technology also facilitates a shorter blast cycle, providing the potential to increase the number of tonnes mined. -
Technical Data Sheet
TECHNICAL DATA SHEET PRODUCT DESCRIPTION DYNOMAX™ PRO DYNOMAX PRO is desensitized extra gelatin dynamite Extra Gelatin Nitroglycerin Dynamite designed to satisfy the majority of explosive application requirements. DYNOMAX PRO is formulated to consistently deliver high detonation velocity and excellent water resistance while reducing cartridge to cartridge SDS gap sensitivity and hole-to-hole propagation problems. DYNOMAX PRO is Properties #1019 recommended for bottom loading and as the main explosive charge where high density and energy is required. DYNOMAX PRO is recommended for use (g/cc) Avg 1.45 Density as booster, bottom load or floor control solution. Energya cal/g (cal/cc) 1,055 (1,510) Relative Weight Strengthb 1.20 APPLICATION RECOMMENDATIONS Relative Bulk Strengthb 2.10 • DYNOMAX PRO is an excellent primer for Dynomix (ANFO), Dynomix WR (WR ANFO) or other detonator sensitive packaged product and can be used as a Velocityc m/sec (ft/sec) 5,275 (17,300) secondary primer in hard seams or at the top of the explosive column. Detonation Pressurec (Kbars) 101 • Minimum diameter is 32 mm (1¼ in). Gas Volumea (moles/kg) 32 • Minimum detonator is No. 8 strength. Water Resistance Excellent Fume Class IME1 • DYNOMAX PRO has been formulated to reduce susceptibility to sympathetic detonation when applied in very wet conditions where boreholes are closely a All Dyno Nobel Inc. energy and gas volume values are calculated using spaced and/or where geological conditions promote this effect. Consult PRODET™ the computer code developed by Dyno Nobel Inc. for its exclusive use. your Dyno Nobel representative for product recommendations where these Other computer codes may give different values.