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Throw Blasting with Greater than 50 Meters of OverburdenBy John Haviland, Richard E. Danell
"BHP Australia Coat Pty Ltd (BHPAC) operates seven large open pit coal mines in the Bowen Basin ofCentral Queensland, Australia. These mines have operated for periods ranging from 16 to 37 years. All
Jan 1, 1995
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JK Simblast - New Software for 'the Design, Simulation, and Analysis of Blasting'By Mike Higgins
"The purpose of mining and its related industries is the removal of, and usually the subsequentprocessing of, material from the earth. This includes mining for minerals, quarrying for stone, and civil
Jan 1, 1997
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Electrodet a New Precise, Reliable, Easy to Use and Cost Effective Electronic Delay Detonator SystemBy Noel Dent
Increasing interest is being expressed in the development and availability of Electronic Delay Detonators throughout the world. Particularly in open-cast mining, the benefits associated with precise,
Jan 1, 1994
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Evaluation of Optical Sizing MethodsBy Russell Carter, Tom Barkley
"Optimization of blasting is hampered by the lack of inexpensive methods of measuringblast results. Optical methods of size analysis have the potential of creating abreakthrough in size analysis and i
Jan 1, 1999
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Journal: Security Matters / Guide to Recording A Suspicious PersonBy Unknown
ATF has provided a Guide to Recording Suspicious Persons Description in the Safety & Security Brochure. This guide may be useful for recording descriptive information on any suspicious individual. Sus
Jan 1, 2009
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Assessment of Perimiter Blasting at the Homestake MineBy J Deen, P Sterk, W Forsyth
Homestake Mining Company has made a firm commitment to develop a functional and cost effective perimeter blasting program. The goal of the program is to develop smooth, sound walls in all development
Jan 1, 1997
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Safety Talk - Misfires: What All Employees Need to KnowBy Robert Morgan
The mind-set that only blasters and their helpers need training in explosives can result in risk to other employees working at mine or construction sites where blasting is conducted. Misfires are not
Jan 1, 2004
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“Seed Wave” Modelling to Prevent Vibration-Induced Damage to a Gas PipelineBy Gilberto Nunez, Ron Eastman, Hector Parra
The prediction of blasting outputs has proven to be a sound engineering tool to provide a guideline for design improvement. It has also been demonstrated to be extremely useful in critical situations
Jan 1, 2015
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Speedwave - A New, Multichannel, High Resolution, High-Speed Blast Monitor for Near and Far Field Monitoring ApplicationsBy Christopher Cloete Uys, Luis Manuel Poinha Valentim
The purpose of this workshop is to describe and demonstrate the use of SPEEDWAVE, a high speed data recorder, its VOD enhancements, and the software which binds the system together. The system was des
Jan 1, 1995
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Wall Control: Appropriate Techniques and Quality Controls for Good ResultsBy Benjamin Cebrian
Wall control blasting is an expensive and labor intensive operation. Obtaining a good design is a first step that is not enough to ensure desired results. Experience shows that designs are not always
Jan 1, 2013
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High Performance Throw Blasting with i-kontm Electronic Detonators in an Environmentally Sensitive Area at Stratford Coal, NSW, Australia.Henry Walker Eltin (HWE) are the mining contractors for Gloucester Coal at Stratford mine, which is in an environmentally sensitive area in the Avon Valley, NSW, Australia. Normal blasting at Stratfor
Jan 1, 2003
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A Digital Surface Remote Blasting SystemBy Peter Reinders, Dirk Hummel
This paper describes a newly developed Surface Remote Blasting System (SURBS) for electronic detonators, which is currently being introduced into surface blasting applications. The rationale for devel
Jan 1, 2005
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Blasting a Tunnel Through Folsom DamBy Gregg A. Scott, Gordon F. Revey
"The Folsom Dam is a 340-foot-high concrete gravity dam with embankment wing dams located on the American River about 20 miles northeast of Sacramento, California. Folsom Dam is operated andmaintained
Jan 1, 1999
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Lafarge Exshaw Finer Fragmentation StudyBy Jean-Guy Levaque, Robert Ethier, Ron J. Elliot
This paper presents data gathered during a comprehensive study on the impact of improvements to fragmentation in a major Limestone quarrying operation. The full impacts of gains in fragmentation are t
Jan 1, 1999
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A full-field solution to predict vibrations in the presence of a free surfaceBy J. A. Sanchidrián, P. Segarra, S. Gómez
Blasting is a common activity in mining that can cause significant damage in the remaining rock mass. The most commonly used method for predicting vibrations is the Swedish or Holmberg-Persson approac
Jan 1, 2024
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Possibility of Organizing and Analyzing Drilling - Blasting with a Computer Program (DelPat)By Cceliksirt, V Erkan
This computer program has been developed under the field conditions for use in control of surface drilling-blasting operations. This paper outlines the relevance of fragmentation to quarrying, open pi
Jan 1, 1998
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A Tiered Approach to Mitigating the Environmental Effects of Underwater Blasting (ISEE)By Thomas M. Keevin, Gregory L. Hempen
Natural resource agencies, under various regulatory authorities, are challenged with permitting underwater explosive use while at the same time protecting aquatic resources. Deciding on whether or not
Jan 1, 1995
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Demolition of a Storehouse by the Blasting and the Simulation of the Demolition by DDA MethodBy Kunihisa Katsuyama, Yuji Ogata, Yuji Wada
The one free surface blasting of a concrete block was simulated by Discontinuous Deformation Analysis(DDA) method. Comparing the simulated results with the concrete block blasting experiment, the crac
Jan 1, 1996
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Performance and Detonation Characteristics of BCHMX in three different plastic matricesBy Svatopluk Zeman, Zbynek Akstein, Jiri Pachman, Ahmed Elbeih, Marcela Jungova
BCHMX (cis-1,3,4,6-tetranitro-octahydroimidazo-[4,5-d]imidazole or Bicyclo-HMX) was studied as an energetic component of three different plastic explosives based on three matrices: C4 matrix, semtex10
Jan 1, 2011
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The Influence of Rock Mass Characteristics OnoverbreakcontrolBy S. Paul Singh
Rock is a heterogeneous medium, a fact often ignored during blast design. In reality, the rock mass characteristics have a controlling influence on the outcome of a blast. If the optimum blasting resu
Jan 1, 2000