BHP Mitsui Coal's Poitrel Mine now holds the title of world’s largest blast using wireless technology, after successfully completing the third blast in a trial series to test industry-leading ORICA WebGen technology.
published: 15 Oct 2019
Hard Rock Blasting - Awesome Mine Blasting Moments
There are a few reasons why mine blasting is done in mining pits:
It's an efficient way to break up and loosen hard rock so it can be more easily excavated. Drilling and mechanical excavation of solid rock is extremely slow and costly compared to using explosives.
Blasting creates rock fragmentation that makes loading and hauling operations faster and more efficient. The broken rock can be more easily loaded into trucks by shovels and excavators.
It allows access to deeper deposits of minerals and metals that would be impossible to reach by drilling and excavating alone. Explosives can break up rock much further below the surface.
In open pit mines, blasting also helps to create the steps and benches in the pit walls to access deeper layers. Controlled blasting creates a stable wall slope...
published: 29 Jul 2023
Dykon Pipeline Blasting 2020 Texas - 4
Dykon blasted 170,539 feet of trench rock (32.3 miles) for the 80 mile spread. 948,025 lbs of dynamite was used in under 3 months.
Visit us at http://dykonblasting.com/
https://www.linkedin.com/company/dykonblasting
https://www.facebook.com/DykonBlasting/
#Dykon #blasting #pipeline #pipelinework #pipelining #oilandgas #explosives
published: 11 Feb 2021
Lit Yoshi -Blasting (Official Music Video)
Lit Yoshi - Blasting (Official Music Video)
Follow Lit Yoshi on Instagram:https://www.instagram.com/lityoshi_/
Directed by ShotByDemarcusTV: https://www.instagram.com/shotbydemarcustv/
published: 12 Sep 2019
YoungActivke - blasting
published: 26 May 2022
Blasting Painting Training
Skill Training by AGS Painting Enterprises
published: 20 Dec 2022
Let’s Blast ! - Rare Look Inside an Open-pit Blasting Process
Today let's discover the meticulous process of blasting open mine.
published: 14 Nov 2022
Underground Drilling and Blasting Training Video - ACG
The Australian Centre for Geomechanics has developed this safety training video for underground metalliferous mine workers. To purchase this product or find out more information, visit http://www.acg.uwa.edu.au/shop#trainprods
Overview
All underground mine workers will be exposed to drilling and blasting processes. The aim of this video is to provide workers with the critical knowledge on drilling and blasting to aid appreciation of the importance of these mining processes and their related hazards. The video features an introduction to the rock breaking process in mining, followed by a section on how to handle, store and transport explosive products. The third part of the video covers development drilling and blasting practices; and the fourth part discusses production drilling and blast...
published: 24 Oct 2012
Let's Blast! - Industrial Explosives During Blasting #Engineering
Are civil and military explosives the same? In other words, are we using the same explosives in mining and warfare? Well, yes and no. From the ninth century AD (though the historians are still uncertain about the exact date of its invention) to the mid-1800's, black powder was the only explosive available. A single type of explosives was therefore used as a propellant for guns and for blasting purpose in any military, mining and civil engineering application.
The Industrial Revolution carried new discoveries in explosives and initiation technologies. A specialization principle, therefore, operates between military and civil application of explosives thanks to new products economics, versatility, strength, precision or capability to be stored for long periods of time without significant de...
BHP Mitsui Coal's Poitrel Mine now holds the title of world’s largest blast using wireless technology, after successfully completing the third blast in a trial ...
BHP Mitsui Coal's Poitrel Mine now holds the title of world’s largest blast using wireless technology, after successfully completing the third blast in a trial series to test industry-leading ORICA WebGen technology.
BHP Mitsui Coal's Poitrel Mine now holds the title of world’s largest blast using wireless technology, after successfully completing the third blast in a trial series to test industry-leading ORICA WebGen technology.
There are a few reasons why mine blasting is done in mining pits:
It's an efficient way to break up and loosen hard rock so it can be more easily excavated. Dr...
There are a few reasons why mine blasting is done in mining pits:
It's an efficient way to break up and loosen hard rock so it can be more easily excavated. Drilling and mechanical excavation of solid rock is extremely slow and costly compared to using explosives.
Blasting creates rock fragmentation that makes loading and hauling operations faster and more efficient. The broken rock can be more easily loaded into trucks by shovels and excavators.
It allows access to deeper deposits of minerals and metals that would be impossible to reach by drilling and excavating alone. Explosives can break up rock much further below the surface.
In open pit mines, blasting also helps to create the steps and benches in the pit walls to access deeper layers. Controlled blasting creates a stable wall slope.
00:00
D10 Ripping Rock by Glenn Holland
https://www.youtube.com/@glennholland2377
00:03
ROBUR Attachments
https://www.youtube.com/@roburattachments2286
00:06
Helgert Granit GmbH
https://www.youtube.com/@helgertgranitgmbh452
00:10
lozarok
https://www.youtube.com/@lozarok
00:13 00:42
BHP
https://www.youtube.com/@bhp
00:29
Buma Australia
https://www.youtube.com/@bumaaustralia8147
00:38 02:03
Manooat
https://www.youtube.com/@Manooat
00:53 07:32
Dyno Nobel
https://www.youtube.com/@DynoNobelVideos
01:02
Tarun Kumar
https://www.youtube.com/@tarunkumar8313
01:19
David Hersey
https://www.youtube.com/@DykonPowderman
01:40 05:15 05:31 06:09
Daxter Drilling
https://www.youtube.com/@baxterdrilling6020
01:47 06:14
Dykon Blasting
https://www.youtube.com/@DykonBlasting
02:19
Lothar Rapp GmbH Bohr- und Sprengunternehmen
https://www.youtube.com/@lotharrappgmbhbohr-undspre5704
02:32
Nightstalker76
https://www.youtube.com/@nightstalker76
02:50
Society For Mining, Metallurgy & Exploration
https://www.youtube.com/@SMESocietyForMining
02:56
Mining Education
https://www.youtube.com/@miningeducation698
03:08
Wzu Augsburg
https://www.youtube.com/@wzuaugsburg8554
04:13 04:23 04:35 07:14
Christian Vogler
https://www.youtube.com/@taxidriv
04:55
u8myufo
https://www.youtube.com/@u8myufo
05:23
Saurabh Singh
https://www.youtube.com/@saurabh18m
05:39
Mining Engineering
https://www.youtube.com/@miningengineering7786
05:52
Ideal Blasting Supply Inc
https://www.youtube.com/@Idealblasting
06:00
Jeremiah Dunklee
https://www.youtube.com/@jeremiahdunklee8406
06:47
SQ MINING SOCIETY
https://www.youtube.com/@sqminingsociety3290
07:08
Steffen Lehmann
https://www.youtube.com/@SteffenLehmann
07:45
getnotified
https://www.youtube.com/@getnotified3948
07:50
Contender
https://www.youtube.com/@Contender_
There are a few reasons why mine blasting is done in mining pits:
It's an efficient way to break up and loosen hard rock so it can be more easily excavated. Drilling and mechanical excavation of solid rock is extremely slow and costly compared to using explosives.
Blasting creates rock fragmentation that makes loading and hauling operations faster and more efficient. The broken rock can be more easily loaded into trucks by shovels and excavators.
It allows access to deeper deposits of minerals and metals that would be impossible to reach by drilling and excavating alone. Explosives can break up rock much further below the surface.
In open pit mines, blasting also helps to create the steps and benches in the pit walls to access deeper layers. Controlled blasting creates a stable wall slope.
00:00
D10 Ripping Rock by Glenn Holland
https://www.youtube.com/@glennholland2377
00:03
ROBUR Attachments
https://www.youtube.com/@roburattachments2286
00:06
Helgert Granit GmbH
https://www.youtube.com/@helgertgranitgmbh452
00:10
lozarok
https://www.youtube.com/@lozarok
00:13 00:42
BHP
https://www.youtube.com/@bhp
00:29
Buma Australia
https://www.youtube.com/@bumaaustralia8147
00:38 02:03
Manooat
https://www.youtube.com/@Manooat
00:53 07:32
Dyno Nobel
https://www.youtube.com/@DynoNobelVideos
01:02
Tarun Kumar
https://www.youtube.com/@tarunkumar8313
01:19
David Hersey
https://www.youtube.com/@DykonPowderman
01:40 05:15 05:31 06:09
Daxter Drilling
https://www.youtube.com/@baxterdrilling6020
01:47 06:14
Dykon Blasting
https://www.youtube.com/@DykonBlasting
02:19
Lothar Rapp GmbH Bohr- und Sprengunternehmen
https://www.youtube.com/@lotharrappgmbhbohr-undspre5704
02:32
Nightstalker76
https://www.youtube.com/@nightstalker76
02:50
Society For Mining, Metallurgy & Exploration
https://www.youtube.com/@SMESocietyForMining
02:56
Mining Education
https://www.youtube.com/@miningeducation698
03:08
Wzu Augsburg
https://www.youtube.com/@wzuaugsburg8554
04:13 04:23 04:35 07:14
Christian Vogler
https://www.youtube.com/@taxidriv
04:55
u8myufo
https://www.youtube.com/@u8myufo
05:23
Saurabh Singh
https://www.youtube.com/@saurabh18m
05:39
Mining Engineering
https://www.youtube.com/@miningengineering7786
05:52
Ideal Blasting Supply Inc
https://www.youtube.com/@Idealblasting
06:00
Jeremiah Dunklee
https://www.youtube.com/@jeremiahdunklee8406
06:47
SQ MINING SOCIETY
https://www.youtube.com/@sqminingsociety3290
07:08
Steffen Lehmann
https://www.youtube.com/@SteffenLehmann
07:45
getnotified
https://www.youtube.com/@getnotified3948
07:50
Contender
https://www.youtube.com/@Contender_
Dykon blasted 170,539 feet of trench rock (32.3 miles) for the 80 mile spread. 948,025 lbs of dynamite was used in under 3 months.
Visit us at http://dyko...
Dykon blasted 170,539 feet of trench rock (32.3 miles) for the 80 mile spread. 948,025 lbs of dynamite was used in under 3 months.
Visit us at http://dykonblasting.com/
https://www.linkedin.com/company/dykonblasting
https://www.facebook.com/DykonBlasting/
#Dykon #blasting #pipeline #pipelinework #pipelining #oilandgas #explosives
Dykon blasted 170,539 feet of trench rock (32.3 miles) for the 80 mile spread. 948,025 lbs of dynamite was used in under 3 months.
Visit us at http://dykonblasting.com/
https://www.linkedin.com/company/dykonblasting
https://www.facebook.com/DykonBlasting/
#Dykon #blasting #pipeline #pipelinework #pipelining #oilandgas #explosives
Lit Yoshi - Blasting (Official Music Video)
Follow Lit Yoshi on Instagram:https://www.instagram.com/lityoshi_/
Directed by ShotByDemarcusTV: https://www.insta...
Lit Yoshi - Blasting (Official Music Video)
Follow Lit Yoshi on Instagram:https://www.instagram.com/lityoshi_/
Directed by ShotByDemarcusTV: https://www.instagram.com/shotbydemarcustv/
Lit Yoshi - Blasting (Official Music Video)
Follow Lit Yoshi on Instagram:https://www.instagram.com/lityoshi_/
Directed by ShotByDemarcusTV: https://www.instagram.com/shotbydemarcustv/
The Australian Centre for Geomechanics has developed this safety training video for underground metalliferous mine workers. To purchase this product or find out...
The Australian Centre for Geomechanics has developed this safety training video for underground metalliferous mine workers. To purchase this product or find out more information, visit http://www.acg.uwa.edu.au/shop#trainprods
Overview
All underground mine workers will be exposed to drilling and blasting processes. The aim of this video is to provide workers with the critical knowledge on drilling and blasting to aid appreciation of the importance of these mining processes and their related hazards. The video features an introduction to the rock breaking process in mining, followed by a section on how to handle, store and transport explosive products. The third part of the video covers development drilling and blasting practices; and the fourth part discusses production drilling and blasting.
Target Audience
Underground mine workers - the need to identify the potential hazards of working near or with explosives, and the protocols of re-entering a working area after blasting.
Workers responsible for development and production drilling and blasting activities. This video will review drilling and blasting fundamental concepts that are critical to achieving optimal rock breaking outcomes.
All industry stakeholders - those keen to learn more about drilling and blasting in underground mines.
Project Sponsors: Barrick Gold of Australia; BHP Billiton Olympic Dam; Dyno Nobel Asia Pacific; Gold Fields Australasia; Newmont Asia Pacific; Orica Mining Services; Xstrata Zinc.
The Australian Centre for Geomechanics has developed this safety training video for underground metalliferous mine workers. To purchase this product or find out more information, visit http://www.acg.uwa.edu.au/shop#trainprods
Overview
All underground mine workers will be exposed to drilling and blasting processes. The aim of this video is to provide workers with the critical knowledge on drilling and blasting to aid appreciation of the importance of these mining processes and their related hazards. The video features an introduction to the rock breaking process in mining, followed by a section on how to handle, store and transport explosive products. The third part of the video covers development drilling and blasting practices; and the fourth part discusses production drilling and blasting.
Target Audience
Underground mine workers - the need to identify the potential hazards of working near or with explosives, and the protocols of re-entering a working area after blasting.
Workers responsible for development and production drilling and blasting activities. This video will review drilling and blasting fundamental concepts that are critical to achieving optimal rock breaking outcomes.
All industry stakeholders - those keen to learn more about drilling and blasting in underground mines.
Project Sponsors: Barrick Gold of Australia; BHP Billiton Olympic Dam; Dyno Nobel Asia Pacific; Gold Fields Australasia; Newmont Asia Pacific; Orica Mining Services; Xstrata Zinc.
Are civil and military explosives the same? In other words, are we using the same explosives in mining and warfare? Well, yes and no. From the ninth century AD ...
Are civil and military explosives the same? In other words, are we using the same explosives in mining and warfare? Well, yes and no. From the ninth century AD (though the historians are still uncertain about the exact date of its invention) to the mid-1800's, black powder was the only explosive available. A single type of explosives was therefore used as a propellant for guns and for blasting purpose in any military, mining and civil engineering application.
The Industrial Revolution carried new discoveries in explosives and initiation technologies. A specialization principle, therefore, operates between military and civil application of explosives thanks to new products economics, versatility, strength, precision or capability to be stored for long periods of time without significant deterioration. https://www.thebalance.com
The following factors shall be considered to determine the blast area:
• Geology or material to be blasted,
• Blast pattern,
• Burden, depth, diameter, and angle of the holes,
• Blasting experience of the mine,
• Delay systems, powder factor, and pounds per delay,
• Type and amount of explosive material, and
• Type and amount of stemming.
#blasting #mining #industry #coal
Are civil and military explosives the same? In other words, are we using the same explosives in mining and warfare? Well, yes and no. From the ninth century AD (though the historians are still uncertain about the exact date of its invention) to the mid-1800's, black powder was the only explosive available. A single type of explosives was therefore used as a propellant for guns and for blasting purpose in any military, mining and civil engineering application.
The Industrial Revolution carried new discoveries in explosives and initiation technologies. A specialization principle, therefore, operates between military and civil application of explosives thanks to new products economics, versatility, strength, precision or capability to be stored for long periods of time without significant deterioration. https://www.thebalance.com
The following factors shall be considered to determine the blast area:
• Geology or material to be blasted,
• Blast pattern,
• Burden, depth, diameter, and angle of the holes,
• Blasting experience of the mine,
• Delay systems, powder factor, and pounds per delay,
• Type and amount of explosive material, and
• Type and amount of stemming.
#blasting #mining #industry #coal
BHP Mitsui Coal's Poitrel Mine now holds the title of world’s largest blast using wireless technology, after successfully completing the third blast in a trial series to test industry-leading ORICA WebGen technology.
There are a few reasons why mine blasting is done in mining pits:
It's an efficient way to break up and loosen hard rock so it can be more easily excavated. Drilling and mechanical excavation of solid rock is extremely slow and costly compared to using explosives.
Blasting creates rock fragmentation that makes loading and hauling operations faster and more efficient. The broken rock can be more easily loaded into trucks by shovels and excavators.
It allows access to deeper deposits of minerals and metals that would be impossible to reach by drilling and excavating alone. Explosives can break up rock much further below the surface.
In open pit mines, blasting also helps to create the steps and benches in the pit walls to access deeper layers. Controlled blasting creates a stable wall slope.
00:00
D10 Ripping Rock by Glenn Holland
https://www.youtube.com/@glennholland2377
00:03
ROBUR Attachments
https://www.youtube.com/@roburattachments2286
00:06
Helgert Granit GmbH
https://www.youtube.com/@helgertgranitgmbh452
00:10
lozarok
https://www.youtube.com/@lozarok
00:13 00:42
BHP
https://www.youtube.com/@bhp
00:29
Buma Australia
https://www.youtube.com/@bumaaustralia8147
00:38 02:03
Manooat
https://www.youtube.com/@Manooat
00:53 07:32
Dyno Nobel
https://www.youtube.com/@DynoNobelVideos
01:02
Tarun Kumar
https://www.youtube.com/@tarunkumar8313
01:19
David Hersey
https://www.youtube.com/@DykonPowderman
01:40 05:15 05:31 06:09
Daxter Drilling
https://www.youtube.com/@baxterdrilling6020
01:47 06:14
Dykon Blasting
https://www.youtube.com/@DykonBlasting
02:19
Lothar Rapp GmbH Bohr- und Sprengunternehmen
https://www.youtube.com/@lotharrappgmbhbohr-undspre5704
02:32
Nightstalker76
https://www.youtube.com/@nightstalker76
02:50
Society For Mining, Metallurgy & Exploration
https://www.youtube.com/@SMESocietyForMining
02:56
Mining Education
https://www.youtube.com/@miningeducation698
03:08
Wzu Augsburg
https://www.youtube.com/@wzuaugsburg8554
04:13 04:23 04:35 07:14
Christian Vogler
https://www.youtube.com/@taxidriv
04:55
u8myufo
https://www.youtube.com/@u8myufo
05:23
Saurabh Singh
https://www.youtube.com/@saurabh18m
05:39
Mining Engineering
https://www.youtube.com/@miningengineering7786
05:52
Ideal Blasting Supply Inc
https://www.youtube.com/@Idealblasting
06:00
Jeremiah Dunklee
https://www.youtube.com/@jeremiahdunklee8406
06:47
SQ MINING SOCIETY
https://www.youtube.com/@sqminingsociety3290
07:08
Steffen Lehmann
https://www.youtube.com/@SteffenLehmann
07:45
getnotified
https://www.youtube.com/@getnotified3948
07:50
Contender
https://www.youtube.com/@Contender_
Dykon blasted 170,539 feet of trench rock (32.3 miles) for the 80 mile spread. 948,025 lbs of dynamite was used in under 3 months.
Visit us at http://dykonblasting.com/
https://www.linkedin.com/company/dykonblasting
https://www.facebook.com/DykonBlasting/
#Dykon #blasting #pipeline #pipelinework #pipelining #oilandgas #explosives
Lit Yoshi - Blasting (Official Music Video)
Follow Lit Yoshi on Instagram:https://www.instagram.com/lityoshi_/
Directed by ShotByDemarcusTV: https://www.instagram.com/shotbydemarcustv/
The Australian Centre for Geomechanics has developed this safety training video for underground metalliferous mine workers. To purchase this product or find out more information, visit http://www.acg.uwa.edu.au/shop#trainprods
Overview
All underground mine workers will be exposed to drilling and blasting processes. The aim of this video is to provide workers with the critical knowledge on drilling and blasting to aid appreciation of the importance of these mining processes and their related hazards. The video features an introduction to the rock breaking process in mining, followed by a section on how to handle, store and transport explosive products. The third part of the video covers development drilling and blasting practices; and the fourth part discusses production drilling and blasting.
Target Audience
Underground mine workers - the need to identify the potential hazards of working near or with explosives, and the protocols of re-entering a working area after blasting.
Workers responsible for development and production drilling and blasting activities. This video will review drilling and blasting fundamental concepts that are critical to achieving optimal rock breaking outcomes.
All industry stakeholders - those keen to learn more about drilling and blasting in underground mines.
Project Sponsors: Barrick Gold of Australia; BHP Billiton Olympic Dam; Dyno Nobel Asia Pacific; Gold Fields Australasia; Newmont Asia Pacific; Orica Mining Services; Xstrata Zinc.
Are civil and military explosives the same? In other words, are we using the same explosives in mining and warfare? Well, yes and no. From the ninth century AD (though the historians are still uncertain about the exact date of its invention) to the mid-1800's, black powder was the only explosive available. A single type of explosives was therefore used as a propellant for guns and for blasting purpose in any military, mining and civil engineering application.
The Industrial Revolution carried new discoveries in explosives and initiation technologies. A specialization principle, therefore, operates between military and civil application of explosives thanks to new products economics, versatility, strength, precision or capability to be stored for long periods of time without significant deterioration. https://www.thebalance.com
The following factors shall be considered to determine the blast area:
• Geology or material to be blasted,
• Blast pattern,
• Burden, depth, diameter, and angle of the holes,
• Blasting experience of the mine,
• Delay systems, powder factor, and pounds per delay,
• Type and amount of explosive material, and
• Type and amount of stemming.
#blasting #mining #industry #coal
(HT PHOTO) ... A cylinder blast had taken place and before we could reach two victims were admitted to the Sassoon Hospital, while another was admitted to a local hospital,” he said ... News / Cities / Pune / One dead in cylinder blast in Mundhwa scrap shop.
Ravi Shastri feels the ploy to play two spinners seems questionable considering how they have been used by India in the ongoing 4th Test against Australia ... .
As temperatures plummet to -10C in some parts of the UK, Brits across most of the country will face a barrge of snow, with as much as nine inches predicted in some regions ... .
(MENAFN - Jordan Times) MOSCOW - Two crew members are missing after a Russian state-owned cargo ship sank in international waters in the Mediterranean after an explosion on board, Russia's ... .
Virat Kohli had a heated altercation with Sam Konstas on Thursday for which he was fined 20 per cent of his match fee and received a demerit point... .
Geoff Maynard and family have the slime of their lives at a Nickelodeon hotel in Mexico's River Maya, where slime is unleashed from the top of tees and delicious food is plentiful ... .