Implementation of Explosive
Destruction Technology for
problematic mustard projectiles
December 10, 2013
Presented to:
Kentucky Chemical Demilitarization
Citizens’ Advisory Commission and
Chemical Destruction Community
Advisory Board
Explosive Destruction Technology
Working Group
Presented by:
Jeff Brubaker, ACWA Site Manager
A Partnership for Safe Chemical Weapons Destruction
Decision to use Explosive Destruction
Technology at Blue Grass
 PEO ACWA decision to implement EDT will safely resolve a
significant challenge by destroying mustard projectiles
deemed unsuitable for processing through the main BGCAPP
facilities.
– PEO ACWA decision considerations included: Environmental
Assessment and resulting Finding of No Significant Impact and
stakeholder involvement
 PEO ACWA has directed Bechtel Parsons to begin initial work
supporting design, environmental permitting, construction,
systemization, operations and closure of an EDT system.
– More than 15,000 155 mm mustard projectiles, with fewer than
200 in over-pack containers, along with two Department of
Transportation (DOT) bottles containing mustard agent will be
processed through the EDT.
2
A Partnership for Safe Chemical Weapons Destruction
3
Role as the systems contractor
 Bechtel Parsons Blue Grass is the systems contractor
responsible design, construction, systemization, operations
and closure which includes:
– Main neutralization/supercritical water oxidation pilot plant
– Explosive Destruction Technology (EDT) system
A Partnership for Safe Chemical Weapons Destruction
BGCAPP Operational Philosophy
4
•Protect the workforce, public and environment
•Minimize or eliminate human interface with weapons
•Minimize or eliminate additional waste streams
BGCAPP Operational Philosophy
A Partnership for Safe Chemical Weapons Destruction
M110 155mm H-filled Projectile
(In 1943) (Today)
5
Blue Grass Mustard (H) Projectiles
 Mustard filled projectiles are the oldest
component of the Blue Grass Army Depot
(BGAD) stockpile
 Manufactured between 1941 and 1943 at
Edgewood Arsenal (EA) Maryland, today
part of Aberdeen Proving Ground
 Mustard filled projectiles are the only
projectiles at BGAD that have an
explosive charge referred to as a burster
 Mustard M110 155mm Projectiles
– Agent Type: Levinstein Mustard
– Burster Explosive: Tetrytol
– Percentage of Munition Inventory: 15.2 percent
– Percentage of Agent Inventory: 17.3 percent
A Partnership for Safe Chemical Weapons Destruction
Equipment Selection:
Static Detonation Chamber
 Equipment selected based upon competitive procurement
process facilitated by Bechtel Parsons Blue Grass
 Equipment selected: Static Detonation Chamber (SDC) system
supplied by UXB International, Inc.
 SDC system includes a spherical, fully-contained and high
strength heat resistant stainless steel vessel
 SDC uses electrically-generated heat causing munitions to
detonate or deflagrate, thus destroying agent and energetics
 Pollution abatement system includes thermal treatment and
scrubbers to remove particulates, sulfur-dioxides, chlorine
and any heavy metals.
 System contains a robust carbon filtration system to ensure
air released back to the environment is clean
 SDC will be enclosed within a pre-engineered building
constructed atop a concrete foundation
6
A Partnership for Safe Chemical Weapons Destruction
Static Detonation Chamber system
7
A Partnership for Safe Chemical Weapons Destruction
8
Static Detonation Chamber Overview
Workers place
mustard projectiles
in feed tray with aid
of material-handling
equipment
System allows for
single handling of
projectiles by
workers
Step 1 Step 2 Step 3 Step 4
Projectiles conveyed
to top of vessel
For added safety, it
is a fully automatic,
double air-lock
feeding conveyor
system
Projectiles fed into
electrically heated
detonation chamber
Chamber
temperature
maintained above
critical temperature
of energetics inside
the projectiles
High heat detonate/
deflagrate projectiles,
mustard agent and
energetics destroyed
by explosion/thermal
decomposition
Off-gases treated by air
pollution control
system
A Partnership for Safe Chemical Weapons Destruction
Static Detonation Chamber Cont.
9
 Scrap metal is retained in the
chamber until it has been
completely treated to destroy all
agent, including heels if present
 The remaining byproduct, clean
scrap metal will be removed for
recycling
Before
AfterAfter
A Partnership for Safe Chemical Weapons Destruction
EDT Pollution Control System
Overview
10
EDT air pollution control system basics
 Is treating off-gasses from EDT system
 Is regulated under Title V Permit for the EDT system
Flamed
Thermal
Oxidizer1 Particulate
Collection2 Scrubbers
3 Carbon
Filters4
Air Pollution Control System Process Overview
Off-gasses
A Partnership for Safe Chemical Weapons Destruction
Explosive Destruction Technology
site location
11
Explosive Destruction Technology
Utility Building
Supercritical Water Oxidation Process Building
Control and Support Building
Munitions Demilitarization Building
A Partnership for Safe Chemical Weapons Destruction
Explosive Destruction Technology
Milestones
12
Operations
RCRA Part B
Permit
Modification
Title V Air
Permit
BGCAPP Site
Work Begins
SDC
Factory
Acceptance
Testing
SDC
Equipment
Delivery
Systemization
A Partnership for Safe Chemical Weapons Destruction
13
Questions

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Implementation of Explosive Destruction Technology for problematic mustard projectiles December 10, 2013

  • 1. Implementation of Explosive Destruction Technology for problematic mustard projectiles December 10, 2013 Presented to: Kentucky Chemical Demilitarization Citizens’ Advisory Commission and Chemical Destruction Community Advisory Board Explosive Destruction Technology Working Group Presented by: Jeff Brubaker, ACWA Site Manager
  • 2. A Partnership for Safe Chemical Weapons Destruction Decision to use Explosive Destruction Technology at Blue Grass  PEO ACWA decision to implement EDT will safely resolve a significant challenge by destroying mustard projectiles deemed unsuitable for processing through the main BGCAPP facilities. – PEO ACWA decision considerations included: Environmental Assessment and resulting Finding of No Significant Impact and stakeholder involvement  PEO ACWA has directed Bechtel Parsons to begin initial work supporting design, environmental permitting, construction, systemization, operations and closure of an EDT system. – More than 15,000 155 mm mustard projectiles, with fewer than 200 in over-pack containers, along with two Department of Transportation (DOT) bottles containing mustard agent will be processed through the EDT. 2
  • 3. A Partnership for Safe Chemical Weapons Destruction 3 Role as the systems contractor  Bechtel Parsons Blue Grass is the systems contractor responsible design, construction, systemization, operations and closure which includes: – Main neutralization/supercritical water oxidation pilot plant – Explosive Destruction Technology (EDT) system
  • 4. A Partnership for Safe Chemical Weapons Destruction BGCAPP Operational Philosophy 4 •Protect the workforce, public and environment •Minimize or eliminate human interface with weapons •Minimize or eliminate additional waste streams BGCAPP Operational Philosophy
  • 5. A Partnership for Safe Chemical Weapons Destruction M110 155mm H-filled Projectile (In 1943) (Today) 5 Blue Grass Mustard (H) Projectiles  Mustard filled projectiles are the oldest component of the Blue Grass Army Depot (BGAD) stockpile  Manufactured between 1941 and 1943 at Edgewood Arsenal (EA) Maryland, today part of Aberdeen Proving Ground  Mustard filled projectiles are the only projectiles at BGAD that have an explosive charge referred to as a burster  Mustard M110 155mm Projectiles – Agent Type: Levinstein Mustard – Burster Explosive: Tetrytol – Percentage of Munition Inventory: 15.2 percent – Percentage of Agent Inventory: 17.3 percent
  • 6. A Partnership for Safe Chemical Weapons Destruction Equipment Selection: Static Detonation Chamber  Equipment selected based upon competitive procurement process facilitated by Bechtel Parsons Blue Grass  Equipment selected: Static Detonation Chamber (SDC) system supplied by UXB International, Inc.  SDC system includes a spherical, fully-contained and high strength heat resistant stainless steel vessel  SDC uses electrically-generated heat causing munitions to detonate or deflagrate, thus destroying agent and energetics  Pollution abatement system includes thermal treatment and scrubbers to remove particulates, sulfur-dioxides, chlorine and any heavy metals.  System contains a robust carbon filtration system to ensure air released back to the environment is clean  SDC will be enclosed within a pre-engineered building constructed atop a concrete foundation 6
  • 7. A Partnership for Safe Chemical Weapons Destruction Static Detonation Chamber system 7
  • 8. A Partnership for Safe Chemical Weapons Destruction 8 Static Detonation Chamber Overview Workers place mustard projectiles in feed tray with aid of material-handling equipment System allows for single handling of projectiles by workers Step 1 Step 2 Step 3 Step 4 Projectiles conveyed to top of vessel For added safety, it is a fully automatic, double air-lock feeding conveyor system Projectiles fed into electrically heated detonation chamber Chamber temperature maintained above critical temperature of energetics inside the projectiles High heat detonate/ deflagrate projectiles, mustard agent and energetics destroyed by explosion/thermal decomposition Off-gases treated by air pollution control system
  • 9. A Partnership for Safe Chemical Weapons Destruction Static Detonation Chamber Cont. 9  Scrap metal is retained in the chamber until it has been completely treated to destroy all agent, including heels if present  The remaining byproduct, clean scrap metal will be removed for recycling Before AfterAfter
  • 10. A Partnership for Safe Chemical Weapons Destruction EDT Pollution Control System Overview 10 EDT air pollution control system basics  Is treating off-gasses from EDT system  Is regulated under Title V Permit for the EDT system Flamed Thermal Oxidizer1 Particulate Collection2 Scrubbers 3 Carbon Filters4 Air Pollution Control System Process Overview Off-gasses
  • 11. A Partnership for Safe Chemical Weapons Destruction Explosive Destruction Technology site location 11 Explosive Destruction Technology Utility Building Supercritical Water Oxidation Process Building Control and Support Building Munitions Demilitarization Building
  • 12. A Partnership for Safe Chemical Weapons Destruction Explosive Destruction Technology Milestones 12 Operations RCRA Part B Permit Modification Title V Air Permit BGCAPP Site Work Begins SDC Factory Acceptance Testing SDC Equipment Delivery Systemization
  • 13. A Partnership for Safe Chemical Weapons Destruction 13 Questions