1 |
Executive Summary |
1.1 |
Main Findings |
1.2 |
Main Conclusions |
1.3 |
Global CBRN Decontamination Equipment Market: 2014-2020 |
1.3.1 |
Global CBRN Terror & Hazmat Incidents Decontamination Equipment and Service & Upgrade Market – 2014-2020 |
1.3.2 |
Global CBRN Terror & Hazmat Incidents Decontamination Equipment Sales – 2014-2020 |
1.3.3 |
Global Decontamination Service & Upgrade Market: 2014-2020 |
1.4 |
Technological Challenges |
2 |
Geopolitical Outlook 2014-2020 |
3 |
Introduction |
3.1 |
Definition of Decontamination |
3.2 |
CBRN Terror |
3.3 |
Decontamination Strategy |
3.4 |
The Decontamination Industry |
3.5 |
Decontamination Technology & Policy Regimes |
4 |
The Decontamination of CBRN & Hazmat Events Industry |
4.1 |
Economic Turmoil Effects on the Market Outlook |
4.2 |
The Globalization of the Decontamination of CBRN & Hazmat Events Business |
4.3 |
Forces that Shape the Decontamination Industry & Markets |
4.4 |
Barriers to Market Entry |
4.5 |
The Industry Supply-Side & Demand-Side Analysis |
4.6 |
Decontamination Development and Procurement Process |
4.6.1 |
Decontamination Technology Development, Testing & Evaluation Process |
4.6.2 |
Spiral Development, Procurement & Deployment of Decontamination Systems |
4.7 |
Stockpiling Decontamination Agents & Equipment |
5 |
Global Decontamination Market Drivers |
6 |
Global Decontamination Market Inhibitors |
7 |
Decontamination Industry Competitive Analysis |
8 |
Decontamination Industry SWOT Analysis |
8.1.1 |
Strengths |
8.1.2 |
Weaknesses |
8.1.3 |
Opportunities |
8.1.4 |
Threats |
9 |
Present and Pipeline Decontamination Technologies |
9.1 |
Overview |
9.2 |
The Decontamination Process |
9.3 |
Contaminant Detection and Identification |
9.3.1 |
Sample Characterization |
9.3.2 |
Isolating the Contaminated Area |
9.3.3 |
Designing the Decontamination Strategy |
9.3.4 |
Clearance Sampling |
9.4 |
People & Building Decontamination |
9.4.1 |
People Decontamination |
9.4.2 |
Building Decontamination |
9.4.3 |
Drinking Water Decontamination |
9.5 |
Core Technologies Overview |
9.6 |
Physics Based Decontamination Technologies |
9.6.1 |
Sorbents |
9.6.2 |
Solvent-Wash |
9.6.3 |
High-Pressure Methods |
9.6.4 |
Thermal Methods |
9.7 |
Chemistry Based Decontamination Technologies |
9.7.1 |
Oxidizing Agents |
9.7.2 |
Strong Bases |
9.7.3 |
Surfactants |
9.7.4 |
Micro-emulsions |
9.8 |
Biology Based Technologies |
9.8.1 |
Bacterial Decontamination Agents |
9.8.2 |
Concrete-Eating Bacteria |
9.8.3 |
Artificial Bacteria |
9.8.4 |
Enzymatic Systems |
9.9 |
Decontamination Systems Configurations |
9.9.1 |
Scope |
9.9.2 |
Personnel Decontamination Systems |
9.9.3 |
Equipment Decontamination Systems |
9.9.4 |
Sensitive Equipment Decontamination |
9.9.5 |
Building and Infrastructure Decontamination Systems |
9.1 |
New Technologies – Drivers |
9.11 |
New Technologies – Inhibitors |
10 |
Global CBRN Terror & Hazmat Incidents Decontamination Market: 2014-2020 |
10.1 |
Market Overview |
10.2 |
Assumptions |
10.3 |
Global CBRN Terror & Hazmat Incidents Decontamination Equipment and Service & Upgrade Market – 2014-2020 |
10.3.1 |
Equipment Sales vs. Service & Upgrade Market |
10.3.2 |
Market by Modality |
10.3.3 |
Market by Geography |
10.4 |
Global CBRN Terror & Hazmat Incidents Decontamination Equipment Sales – 2014-2020 |
10.4.1 |
Sales by Modality |
10.4.2 |
Sales by Geography |
10.4.3 |
Contamination Detection Systems Sales Forecast |
10.4.4 |
Equipment, Buildings & Infrastructure Decontamination Systems Sales Forecast |
10.4.5 |
People Decontamination Systems Sales Forecast |
10.5 |
Global Decontamination Service & Upgrade Market: 2014-2020 |
10.5.1 |
Market by Modality |
10.5.2 |
Market by Geography |
11 |
The U.S. Market: 2014-2020 |
11.1 |
The Obama Administration Strategy |
11.1.1 |
Example: Chicago’s Decontamination facility |
11.2 |
Market Drivers |
11.3 |
Market Inhibitors |
11.4 |
Market Forecast |
11.4.1 |
U.S. Market Analysis |
11.4.2 |
Sales vs. Service & Upgrade Market |
11.4.3 |
Equipment, Service & Upgrade Market by Modality 2014-2020 |
11.4.4 |
Sales by Modality 2014-2020 |
11.4.5 |
Service & Upgrade Market by Modality 2014-2020 |
12 |
The Europe Market: 2014-2020 |
12.1 |
Market Background |
12.1.1 |
Case Study: Gruinard Island Decontamination |
12.1.2 |
Case Study: The Chernobyl Disaster |
12.2 |
Market Drivers |
12.3 |
Market Inhibitors |
12.4 |
Market Forecast |
12.4.1 |
Europe Market Analysis |
12.4.2 |
Sales vs. Service & Upgrade Market |
12.4.3 |
Equipment, Service & Upgrade Market by Modality 2014-2020 |
12.4.4 |
Sales by Modality 2014-2020 |
12.4.5 |
Service & Upgrade Market by Modality 2014-2020 |
13 |
The Middle East Market: 2014-2020 |
13.1 |
Market Drivers |
13.2 |
Market Inhibitors |
13.3 |
Market Forecast |
13.3.1 |
Middle East Market Analysis |
13.3.2 |
Sales vs. Service & Upgrade Market |
13.3.3 |
Equipment, Service & Upgrade Market by Modality 2014-2020 |
13.3.4 |
Sales by Modality 2014-2020 |
13.3.5 |
Service & Upgrade Market by Modality 2014-2020 |
14 |
The China Market: 2014-2020 |
14.1 |
Market Drivers |
14.2 |
Market Inhibitors |
14.3 |
Market Forecast |
14.3.1 |
China Market Analysis |
14.3.2 |
Sales vs. Service & Upgrade Market |
14.3.3 |
Equipment, Service & Upgrade Market by Modality 2014-2020 |
14.3.4 |
Sales by Modality 2014-2020 |
14.3.5 |
Service & Upgrade Market by Modality 2014-2020 |
15 |
The Japan Market: 2014-2020 |
15.1 |
Market Background |
15.1.1 |
Japan: After Fukushima |
15.1.2 |
25 Japanese Fukushima Radioactive Fallout Decontamination Contractors |
15.2 |
Market Drivers |
15.3 |
Market Inhibitors |
15.4 |
Market Forecast |
15.4.1 |
Japan Market Analysis |
15.4.2 |
Sales vs. Service & Upgrade Market |
15.4.3 |
Equipment, Service & Upgrade Market by Modality 2014-2020 |
15.4.4 |
Sales by Modality 2014-2020 |
15.4.5 |
Service & Upgrade Market by Modality 2014-2020 |
16 |
The Asia-Pacific (w/o China, Japan) Market: 2014-2020 |
16.1 |
Market Background |
16.1.1 |
Overview |
16.1.2 |
Case Report: the Bhopal Disaster |
16.2 |
Market Drivers |
16.3 |
Market Inhibitors |
16.4 |
Market Forecast |
16.4.1 |
Asia-Pacific (w/o China, Japan) Market Analysis |
16.4.2 |
Sales vs. Service & Upgrade Market |
16.4.3 |
Equipment, Service & Upgrade Market by Modality 2014-2020 |
16.4.4 |
Sales by Modality 2014-2020 |
16.4.5 |
Service & Upgrade Market by Modality 2014-2020 |
17 |
The Latin America Market: 2014-2020 |
17.1 |
Market Background |
17.2 |
Market Drivers |
17.3 |
Market Inhibitors |
17.4 |
Market Forecast |
17.4.1 |
Latin America Market Analysis |
17.4.2 |
Sales vs. Service & Upgrade Market |
17.4.3 |
Equipment, Service & Upgrade Market by Modality 2014-2020 |
17.4.4 |
Sales by Modality 2014-2020 |
17.4.5 |
Service & Upgrade Market by Modality 2014-2020 |
18 |
The R.O.W. Market: 2014-2020 |
18.1 |
Market Drivers |
18.2 |
Market Inhibitors |
18.3 |
Market Forecast |
18.3.1 |
R.O.W. Market Analysis |
18.3.2 |
Sales vs. Service & Upgrade Market |
18.3.3 |
Equipment, Service & Upgrade Market by Modality 2014-2020 |
18.3.4 |
Sales by Modality 2014-2020 |
18.3.5 |
Service & Upgrade Market by Modality 2014-2020 |
19 |
Business Opportunities and Challenges: 2014-2020 |
19.1 |
A Market Waiting for Transition |
19.1.1 |
HLS Decontamination Strategy Outlook |
19.1.2 |
Factors Affecting Decontamination Systems Business Opportunities |
19.2 |
Recent Technology Developments |
19.3 |
Technology Performance Challenges |
19.3.1 |
Challenge One: Time |
19.3.2 |
Challenge Two: Decontamination Level |
19.3.3 |
Challenge Three: Accurate Contamination Simulations |
19.3.4 |
Challenge Four: Cost of Decontamination |
19.3.5 |
Challenge Five: Environmentally Unfriendly Materials |
19.3.6 |
Challenge Six: Transport and Storage |
19.3.7 |
Challenge Seven: Radioactive Decontamination |
19.4 |
Business Opportunities for Decontamination Systems |
19.4.1 |
New Technologies to Counter Radiological Contamination |
19.4.2 |
Non-Toxic/Environmentally Friendly Biological-Agents Decontamination Technology |
19.4.3 |
Improving Contamination Simulation Capability |
19.4.4 |
Improving Biological Sampling Accuracy |
19.4.5 |
Meeting New Decontamination Standards |
19.4.6 |
Reducing Decontamination Time |
19.4.7 |
Reducing Cost of Reagents/Decontamination Material |
19.5 |
Radiological Decontamination Business opportunities |
19.5.1 |
Concrete-Eating Bacteria |
19.5.2 |
Decontamination Foams |
19.5.3 |
Nano-Particle Super-Absorbent Gels |
19.5.4 |
Strippable Coatings |
19.5.5 |
Electro-Kinetic Concrete Cleaning |
19.6 |
Chemical-Biological Decontamination Business Opportunities |
19.6.1 |
Forced Hot Air Systems |
19.6.2 |
Modified Vaporous Hydrogen Peroxide |
19.6.3 |
Decon Green |
19.6.4 |
Resistant/Reactive Coatings |
19.6.5 |
Enzyme Decontamination |
19.6.6 |
Ionic-Liquid-based Decontamination |
19.6.7 |
Supercritical Carbon Dioxide Decontamination |
19.6.8 |
Electrostatic Decontamination Systems |
19.6.9 |
Atmospheric Plasma Decontamination |
19.6.10 |
Contamination Simulation Algorithms |
19.6.11 |
Algorithms Assessing the Vulnerability of Buildings to CBRN attack or a HAZMAT Event |
20 |
Decontamination Vendors and Products |
20.1 |
Decontamination Systems Vendors and Products |
20.1.1 |
Allen-Vanguard Corporation |
20.1.2 |
Andax |
20.1.3 |
Base-X Inc. |
20.1.4 |
BIOQUELL, Inc. |
20.1.5 |
ClorDi Sys Solutions, Inc |
20.1.6 |
Container Products Corp. |
20.1.7 |
CRDS TVI Corporation |
20.1.8 |
Crest Ultrasonics Corp. |
20.1.9 |
Cryogenesis |
20.1.10 |
DQE, Inc. |
20.1.11 |
DuPont Personal Protection |
20.1.12 |
Environmental Fire Solutions, Inc. |
20.1.13 |
Equipment Management Company |
20.1.14 |
Fend-All |
20.1.15 |
First Line Technology, LLC |
20.1.16 |
Flangler Emergency Services, LLC |
20.1.17 |
FSI North America |
20.1.18 |
GenV- Clean Earth Technologies, LLC |
20.1.19 |
Global Ground Support |
20.1.20 |
Hughes Safety Showers Ltd. |
20.1.21 |
Intelagard |
20.1.22 |
Karcher Futuretech GmbH |
20.1.23 |
Life Safety Systems, Inc. |
20.1.24 |
Matthews Specialty Vehicles, Inc |
20.1.25 |
Mobile Air Applied Science, Inc. |
20.1.26 |
Modec, Inc |
20.1.27 |
Nor E First Response, Inc. |
20.1.28 |
OWR AG |
20.1.29 |
Precision Lift, Inc. |
20.1.30 |
Reeves EMS, LLC |
20.1.31 |
RFD Beaufort |
20.1.32 |
RMC Medical |
20.1.33 |
Survival, Inc. |
20.1.34 |
SWEDE |
20.1.35 |
TSGI USA |
20.1.36 |
TVI Corporation |
20.1.37 |
Ultimate Survival Technologies |
20.1.38 |
U.S. Foam Technologies, Inc |
20.1.39 |
Wel-Fab Inc. |
20.1.40 |
Western Shelter Systems |
20.1.41 |
Zimek Technologies, LLC |
20.1.42 |
Zumro, Inc. |
20.2 |
Other Decontamination Hardware Vendors and Products |
20.2.1 |
Aero Tec Laboratories Inc. |
20.2.2 |
Air Systems International |
20.2.3 |
Akron Brass Co. |
20.2.4 |
Allen-Vanguard Corporation |
20.2.5 |
Applied Surface Technologies |
20.2.6 |
BCDS, Inc. |
20.2.7 |
ClorDi Sys Solutions, Inc. |
20.2.8 |
Crestline Industries |
20.2.9 |
Cryogenesis |
20.2.10 |
Cryokinetics |
20.2.11 |
DQE, Inc. |
20.2.12 |
EFT |
20.2.13 |
Equipment Management Company |
20.2.14 |
E-Z-EM, Inc. |
20.2.15 |
Fend-All |
20.2.16 |
First Line Technology, LLC |
20.2.17 |
FSI North America |
20.2.18 |
Genecor International, Inc. |
20.2.19 |
Guild Associates, Inc. |
20.2.20 |
Haws Corporation |
20.2.21 |
Hydro-Therm |
20.2.22 |
IET, Inc. |
20.2.23 |
Intelagard |
20.2.24 |
Kappler, Inc |
20.2.25 |
Karcher Futuretech GmbH |
20.2.26 |
Maeda Corporation |
20.2.27 |
Minuteman International, Inc. |
20.2.28 |
Miti Manufacturing Co. Inc. |
20.2.29 |
Mobile Air Applied Science, Inc. |
20.2.30 |
Modec, Inc. |
20.2.31 |
Morgan Inc. |
20.2.32 |
Nano Scale |
20.2.33 |
Nor E First Response, Inc. |
20.2.34 |
NPS Corporation |
20.2.35 |
OWR AG |
20.2.36 |
Radiation Decontamination Solutions, LLC |
20.2.37 |
RAPID Deployment Products Inc. |
20.2.38 |
Red Head Brass, LLC |
20.2.39 |
Reeves EMS, LLC |
20.2.40 |
Reliapon |
20.2.41 |
RMC Medical |
20.2.42 |
Sabre Technical Services |
20.2.43 |
Slate Enterprises, Inc. |
20.2.44 |
SteriFx, Inc |
20.2.45 |
Steris Corporation |
20.2.46 |
SWEDE |
20.2.47 |
TECWAR® Tactical Water Purification Systems |
20.2.48 |
Tempest Technology, Inc. |
20.2.49 |
TVI Corporation |
21 |
Guidelines for Decontamination Equipment Procurement |
21.1 |
Decontamination Equipment Selection Factors |
21.2 |
Commercial Decontaminants Prices & Performance |
21.3 |
Liquid Decontamination Delivery Systems: Prices & Performance |
21.4 |
Gaseous Decontamination Delivery Systems: Prices & Performance |
21.5 |
Decontamination Shower Systems: Prices & Performance |
21.6 |
Decontamination Shower Hardware: Prices & Performance |
21.7 |
Decontamination Kits: Prices & Performance |
21.8 |
Decontamination Containment Hardware: Prices & Performance |
21.9 |
Decontamination Support Equipment: Prices & Performance |
22 |
Appendix A: CBRN Terror |
22.1 |
Biological Terror |
22.1.1 |
Bio-Weapons Historical Perspective |
22.1.2 |
Biological Terror Bacterial Agents |
22.1.3 |
Biological Terror Rickettsiae Agents |
22.2 |
Nuclear-Radiological Terror |
22.2.1 |
How Real is the Nuclear Threat? |
22.2.2 |
Nuclear Terror |
22.2.3 |
Radiological Dispersal Devices (RDD) |
22.3 |
Chemical Terror |
22.3.1 |
Nerve Agents |
22.3.2 |
Blister Agents |
23 |
Appendix B: Decontamination Legal Issues |
23.1 |
International Legislation/Agreements |
23.1.1 |
The Nuclear Weapons Non-Proliferation Treaty (NPT) 1970 |
23.1.2 |
The Biological and Toxin Weapons Convention (BTWC) 1972 |
23.1.3 |
Convention for the Physical Protection of Nuclear Material 1987 |
23.1.4 |
Chemicals Weapons Convention 1992 |
23.2 |
U.S. Legislation |
23.2.1 |
U.S. Code Title 50, Chapter 40 Defense against Weapons of Mass Destruction |
23.2.2 |
Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA) 1996 |
23.2.3 |
Emergency Supplemental Appropriations Act for Recovery from and Response to Terrorist Attacks on the United States 2001 |
23.2.4 |
Public Health Security and Bioterrorism Preparedness and Response Act 2002 |
23.2.5 |
Pandemic and All-Hazards Preparedness Act (PAHPA), 2006 |
23.2.6 |
Homeland Security Presidential Directive 21 |
24 |
Scope and Methodology |
24.1 |
Who is This Report For? |
24.2 |
Report Scope |
24.3 |
Report Structure |
24.4 |
Methodology |
24.4.1 |
Research Methods |
24.4.2 |
Basic Assumptions |
25 |
Disclaimer |