Web-based “Green” Munitions Analytical Compliance System (G-MACS) Presented by Kevin Kennedy VP, Operations 706 Route 15 South, Suite 207 Lake Hopatcong, NJ (fax) Chemical Compliance Systems, Inc.

The Evolution of Environmentally Preferable Product Regulations 1986 Emergency Planning and Community Right-to-Know Act (EPCRA) 1990 Pollution Prevention Act (PPA) 1993 Federal Compliance with Right-to-Know Laws & Pollution Prevention Requirements (E.O 12856) Federal Acquisition, Recycling, and Waste Prevention (E.O ) 1998 Greening the Government Through Waste Prevention, Recycling, and Federal Acquisition (E.O )

G-MACS Objectives and Scope of Work Objectives Develop a single tool that will cost effectively: 1. Accelerate development of “green” munitions 2. Provide a mechanism to clean-up munitions in production 3. Reduce future demilitarization costs Phase I Scope of Work Compile regulatory, health, and hazard assessment constraints for munitions chemicals Obtain approval for these “green” munitions criteria from a technical evaluation team Develop a prototype Phase II Scope of Work Implement a complete application on the Web

MIDAS MACS-1 Hub Module Client Module Demil Site Munitions Disassembly & Disposal Inventory MIDAS Regulatory Requirement Database MIDAS Munitions Characterization Database MIDAS Chemical Release Database MACS-1 Demil Site Environmental Analysis Capability Final Report by CAS # & Compound Codes “Green” Munitions Analytical Compliance System (G-MACS) Client Module Theoretical/Current Munition Data Entry MIDAS Regulatory Requirement Databases MIDAS Munitions Characterization Database MIDAS G-MACS Hub Module “Green” Criteria Databases Theoretical Munition Analysis MIDAS Chemical Release Database Derivation of G-MACS MIDAS Munitions Reference Database MIDAS Munitions Reference Database

Selected Lists of Regulated Hazardous Chemicals a DEA Drug Trafficking NTP Carcinogens EPA Extremely Hazardous Substances NIOSH Chemical Hazards DOT Hazardous Materials Table OSHA Carcinogens ACGIH TLVs NFPA Fire Hazards HEDOC Odor Index SAX Teratogens IARC Carcinogens Danish Neurotoxins Canada WHMIS UK VOCs EEC Air Pollutants UN Ozone Depleters California Reproductive Toxins New Jersey Hazardous Substances Iowa Solvent LELs (6) Oregon Highly Hazardous Toxics & Reactives Maryland Toxic Air Pollutants Virginia Ground Water Monitoring a Our full List of Lists database includes more than 300 occupational and environmental lists and their associated data. INTERNATIONAL FEDERALSTATE OTHER

FINAL GREEN GRADE ( %) _____% Environmental Score Health Score Safety Score % A.W. % % Scoring System & Critical Data Points G-MACS ____________________ A.W. = Adjustable Weight

ENVIRONMENTAL SCORE (0-100%) _____% A.W. Water Score % A.W. Air Score % A.W. Soil Score % A.W. TOXICITY Fish LC50 Fish NOEL Reproductive Effects Mutagenic Effects Carcinogenic Effects LONG-TERM EFFECTS - AIR Global Warming Potential Ozone-Depleting Potential Smog Acidification PM 10 Radioactivity Odor Threshold LONG-TERM EFFECTS - WATER Eutrophication Theoretical Oxygen Demand Radioactivity LONG-TERM EFFECTS - SOIL Heavy Metals Pesiticides Radioactivity Scoring System & Critical Data Points G-MACS % A.W. % % % % % % % % % % % % % % Persistence Bioaccumulation Exposure Toxicity Long-Term Effects Persistence Bioaccumulation Exposure Toxicity Long-Term Effects Persistence Bioaccumulation Exposure Toxicity Long-Term Effects ____________________ A.W. = Adjustable Weight

SAFETY SCORE (0-100%) _____% A.W. Fire Score A.W. Special Score % A.W. Reactivity Score % A.W. Scoring System & Critical Data Points G-MACS Flash Point % A.W. Boiling Point % A.W. Radioactivity % A.W. Oxidizer % A.W. Water-Reactive % A.W. Corrosive % A.W. Explosivity % A.W. Stability % A.W. Shock Sensitivity % A.W. Heat/Pressure Sensitivity % A.W. ____________________ A.W. = Adjustable Weight %

HEALTH SCORE (0-100%) _____% A.W. Scoring System & Critical Data Points G-MACS Chronic Health Score % A.W. Acute Health Score A.W. % Oral LD50 % A.W. Dermal LD50 % A.W. IDHL % A.W. Threshold Limit Value % A.W. Inhalation % A.W. Skin & Eye Irritation % A.W. Stench % A.W. pH % A.W. Radioactivity % A.W. Organ Effects % A.W. Reproductive Effects % A.W. Carcinogenicity % A.W. Bioconcentration Factor % A.W. RfD % A.W. Radioactivity % A.W. Sensitizer % A.W. ____________________ A.W. = Adjustable Weight

Air Score:67.32 (33.33% AW) (65 Pass/Fail) Persistence:97.06 (20% AW) (65 Pass/Fail) Bioaccumulation:97.83 (20% AW) (65 Pass/Fail) Exposure:4.71 (20% AW) (65 Pass/Fail) Toxicity:37.01 (20% AW) (65 Pass/Fail) Long-Term Effects:100 (20% AW) (65 Pass/Fail)

G-MACS CAPABILITIES applicable during product development by manufacturer incorporates 50 individual contributory risk and hazard factors risk and hazard factors and regulatory lists account for numerous life-cycle considerations risk and hazard assessments include acute, chronic and cumulative effects incorporates local regulatory lists provides a standardized and quantitative comparison of competitive products quantitatively assesses manufacturer claims against standardized criteria EPA Environmentally Preferable Products—Principles and Guidance #1 P2 early acquisition consideration #2 A function of multiple environmental attributes #3 Reflects Life-Cycle Considerations #4 Considers the scale and reversibility of impacts #5Tailored to local conditions #6Basis for vendor competition #7Examines manufacturer claims EPA EPPs PRINCIPLES G-MACS APPLICABLE CAPABILITY

Kevin Kennedy Chemical Compliance Systems, Inc G-MACS For more information... Gary Mescavage TACOM-ARDEC Armament Systems Process Division (comm) (DSN) Route 15 South, Suite 207 Lake Hopatcong, NJ (fax) Chemical Compliance Systems, Inc.