PUBLIC WORKS RESOURCES TABLE OF CONTENTS (ctrl & click to follow link) Air Conditioner/Heater 2 Air Curtain Burners (Fire Box-Above Ground, Refractory Walled) 4 Air Curtain Burners (Trench Burner, In-Ground) 5 All Terrain Cranes 6 Backhoe Loader 7 Chillers & Air Handlers (500 Ton to 50 Ton) 8 Concrete Cutter/Multi-Processor for Hydraulic Excavator 10 Crawler Cranes 11 Debris Management Monitoring Team 13 Debris Management Site Reduction Team 15 Debris Management Team 17 Disaster Assessment Team 19 Disaster Recovery Team 20 Dump Trailer Dump Truck-Off Road 23 Dump Truck-On Road 25 Electrical Power Restoration Team Engineering Services 27 Flat Bed Trailer Truck Generators 29 Hydraulic Excavator (Large Mass Excavation 13 cy to 3 cy buckets) 31 Hydraulic Excavator (Medium Mass Excavation 4 cy to 1.75 cy buckets) 32 Hydraulic Truck Cranes 33 Lattice Truck Cranes 34 Track Dozer 35 Tractor Trailer Tub Grinder 39 Tug Boat 40 Water Purification Team (USACE Emergency Water Teams) 41 Water Truck Wheel Dozer 44 Wheel Loaders (Large 41 cy to 8 cy) 45 Wheel Loaders (Medium 7 cy to 3 cy) 46 Wheel Loaders (Small 7 cy to 2 cy) 47 RESOURCE: Air Conditioner/Heater CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric 90 Ton Air conditioner/heater; 90 Ton Air Cooled Direct Expansion portable A/C unit w/ heat; 26,000 cfm (cubic feet per minute) of air delivered; Weight: 19,900 lbs; Can be trailer mounted (flat bed semi) dimensions: 20’ Long x 8’ Wide x 9’.5” Tall; Power requirements: Cooling only 260 Amps at 460 volts, 3 phase, 60 hz; Heat only (250 kW) 368 Amps at 460 volts, 3 phase, 60 hz; (8) 20” Flex duct connections for air supply (4)/ return (4); Potential application examples: Airports, Universities, Malls, Moisture removal from wet buildings & materials (weather / temperature permitting). Setup time varies depending on duct installation, fabricating, wiring, etc…2+ hours; 4/0 Cam-Lock type quick connect cable used for power termination to source. 60 Ton Air conditioner/heater; 60 Ton Air Cooled Direct Expansion portable A/C unit w/ heat; 17,000 cfm (cubic feet per minute) of air delivered; Weight: 16,500 lbs; Can be trailer mounted (flat bed semi) dimensions: 20’ Long x 8’ Wide x 8’.5” Tall. Power requirements: Cooling only 160 Amps at 460 volts, 3 phase, 60 hz; Heat only (125 kW) 200 Amps at 460 volts, 3 phase, 60 hz; (8) 20” Flex duct connections for air supply (4)/ return (4); Potential application examples: Airports, Retail stores, Schools, Moisture removal from wet buildings & materials (weather / temperature permitting). Setup time varies depending on duct installation, fabricating, wiring, etc…2+ hours; 4/0 Cam-Lock type quick connect cable used for power termination to source. 25 Ton Air conditioner/heater; 25 Ton Air Cooled Direct Expansion portable A/C unit w/ heat; 9,400 cfm (cubic feet per minute) of air delivered; Weight: 4,140 lbs; Can be trailer mounted (flat bed tow behind) dimensions: 12’ Long x 7’.6” Wide x 5’ Tall; Power requirements: Cooling only 60 Amps at 460 volts, 3 phase, 60 hz; Heat only (72 kW) 100 Amps at 460 volts, 3 phase, 60 hz; (4-6) 20” Flex duct connections for air supply (2)/ return (2-4); Potential application examples: Tents, Small retail stores, Libraries, Moisture removal from wet buildings & materials (weather / temperature permitting). Setup time varies depending on duct installation, fabricating, wiring, etc…2+ hours; 4/0 Cam-Lock type quick connect cable used for power termination to source. 10 Ton Air conditioner / heater; Caterpillar/York 10 Ton Air Cooled Direct Expansion portable A/C unit w/ heat; 4,000 cfm (cubic feet per minute) of air delivered; Weight: 1,500 lbs; Can be trailer mounted (flat bed tow behind) dimensions: 11’ Long x 6’.5” Wide x 5’ Tall; Power requirements: Cooling only 24 Amps at 460 volts, 3 phase, 60 hz; Heat only (54 kW) 71 Amps at 460 volts, 3 phase, 60 hz; (3) 20” Flex duct connections for air supply (1)/ return (2); Potential application examples: Tents, Computer rooms, Small office (2,000 sq. ft.), Moisture removal from wet buildings & materials (weather / temperature permitting). Setup time varies depending on duct installation, fabricating, wiring, etc…2+ hours; 4/0 Cam-Lock type quick connect cable used for power termination to source. Equipment Ton COMMENTS: RESOURCE: AIR CURTAIN BURNERS (FIRE BOX-ABOVE GROUND, REFRACTORY WALLED) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II Type III TYPE IV TYPE V TYPE VI Component Metric S-327 S-321 S-220 S-217 S-116 S-111 Equipment Tons/Hr Dimensions: Overall LืWืH: 37'4"ื11'10"ื9'7" Firebox: 27'2”ื8'5"ื8'1" Weight: 50,000 lbs Avg. Thru-put: 6-10 tons/hr Engine: Perkins 1004.42 Fuel: Diesel, ? 3 gal/hr Unit is shipped completely assembled; transportable by drop-deck trailer Dimensions: Overall LืWืH: 31'4"ื11'10"ื9'7" Firebox: 21’2”ื8'5"ื8'1" Weight: 46,000 lbs Avg. Thru-put: 5-8 tons/hr Engine: Perkins 1004.42 Fuel: Diesel, ? 3 gal/hr Unit is shipped completely assembled; transportable by drop-deck trailer Dimensions: Overall LืWืH: 30'2"ื8’6"ื8'6" Firebox: 19’8”ื6'2"ื7'1" Weight: 33,500 lbs Avg. Thru-put: 3-6 tons/hr Engine: Perkins 404C Fuel: Diesel, ? 2.5 gal/hr Unit is shipped completely assembled transportable by flatbed or tilt bed tag trailer Dimensions: Overall LืWืH: 27’ื8’6"ื8'6" Firebox: 16’5”ื6'2"ื7'1" Weight: 30,000 lbs Avg. Thru-put: 2-5 tons/hr Engine: Perkins 404C Fuel: Diesel, ? 2.5 gal/hr Unit is shipped completely assembled transportable by flatbed or tilt bed tag trailer Dimensions: Overall LืWืH: 27’ื7’5"ื7’8" Firebox: 16'ื5'ื6' Weight: 26,000 lbs Avg. Thru-put: 1-4 tons/hr Engine: Perkins 404C Fuel: Diesel, ? 2.5 gal/hr Unit is shipped completely assembled transportable by flatbed or tilt bed tag trailer Dimensions: Overall LืWืH: 21’6”ื7’5"ื7’8" Firebox: 11'ื5'ื6' Weight: 21,300 lbs Avg. Thru-put: ฝ-2 tons/hr Engine: Perkins 404C Fuel: Diesel, ? 2.5 gal/hr Unit is shipped completely assembled transportable by flatbed or tilt bed tag trailer Application: Wood Waste Reduction & Animal Carcass Disposal (needs wood waste to support carcass combustion) Application: Wood Waste Reduction & Animal Carcass Disposal (needs wood waste to support carcass combustion) Application: Wood Waste Reduction & Animal Carcass Disposal (needs wood waste to support carcass combustion) Application: Wood Waste Reduction & Animal Carcass Disposal (needs wood waste to support carcass combustion) Application: Wood Waste Reduction & Small Animal Carcass Disposal (needs wood waste to support carcass combustion) Application: Wood Waste Reduction & Small Animal Carcass Disposal (needs wood waste to support carcass combustion) On GSA Schedule On GSA Schedule On GSA Schedule On GSA Schedule On GSA Schedule On GSA Schedule COMMENTS: S-300 Series (Type I & II) S-200 Series (Type II & III) S-100 Series (Type IV & V) RESOURCE: AIR CURTAIN BURNERS (TRENCH BURNER, IN-GROUND) CATEGORY: 1 Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric T-400 T-200 T-350 Equipment Tons/HR Dimensions: Overall LืWืH: 28’ื8'1"ื6'10" Pit or Trench: 40'ื10'ื12’ Weight: 6,900 lbs Tongue: 1,400 lbs Avg. Thru-put: 5-8 tons/hr Engine: Kubota V3300E Fuel: Diesel, ? 3 gal/hr Unit is dual-axle trailer-mounted; 2 5/8” ball hitch or pintle hitch; electric brakes Dimensions: Overall LืWืH: 28'ื8'1"ื6'10" Pit or Trench: 20'ื10'ื10' Weight: 4,900 lbs Tongue: 890 lbs Avg. Thru-put: 1-4 tons/hr Engine: Perkins 404C Fuel: Diesel, ? 2.5 gal/hr Unit is dual-axle trailer-mounted; 2 5/8” ball hitch or pintle hitch; electric brakes Dimensions: Overall LืWืH: 18'9”ื8’2”ื8’7” Pit or Trench: 35'ื12’ื12' Weight: 7,000 lbs Tongue: 1,200 lbs Avg. Thru-put: 4-7 tons/hr Engine: Perkins 1004.42 Fuel: Diesel, ? 3 gal/hr Unit is dual-axle trailer-mounted; 2 5/8” ball hitch or pintle hitch; electric brakes Application: Wood Waste Reduction & Animal Carcass Disposal (needs wood waste to support carcass combustion) Application: Wood Waste Reduction & Animal Carcass Disposal (needs wood waste to support carcass combustion) Application: Wood Waste Reduction & Animal Carcass Disposal (needs wood waste to support carcass combustion) On GSA Schedule On GSA Schedule COMMENTS: T-400 & T200 (Type I & II) T-350 (Type III) RESOURCE: ALL TERRAIN CRANES CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment; Personnel; Vehicle MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment & Personnel Tons 210-175 Crane type with boom reach of 170 feet. With jib reaches to approx. 280 feet. Self-propelled/driven over the road. Operator furnished. Setup time minimal. Jib and counter-weight are transported by two tractor-trailers 50-120 Crane type with boom reach of 150 feet. With jib reaches to approx. 250 feet. Self-propelled/driven over the road. Operator furnished. Setup time minimal. Jib and counter-weight are transported by two tractor-trailers 110-90 Crane type with boom reach of 192 feet. With jib add approx. 30 feet. Self-propelled/driven over the road. Operator furnished. Setup time minimal. Jib and counter-weight are transported by two tractor-trailers 22.5 Crane type with boom reach of 90 feet. With jib add approx. 30 feet. Self-propelled/driven over the road. Operator furnished. Setup time minimal COMMENTS: Check with your local/State transportation and law enforcement organizations to determine mobilization requirements. RESOURCE: BACKHOE LOADER CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Example 446B – Cat 3114T Diesel 420D – Cat 3054T Diesel 420D IT with Quick Coupler – Cat 3054T Diesel 416D – Cat 3054B Diesel, Gross Power Gross Power kw/hp 82/110 66/88 66/88 58/77 Operating Weight (max) lbs 19,630 15,772 15,772 15,257 Dig Depth Standard Stick ft/in 14’5” 14’5” 14’5” 14’5” Extended Stick ft/in 18’1” 18’1” 18’1” 18’1” Loading Height ft/in 11’10” 11’10” 11’10” 11’10” Loading Reach ft/in 5’8” 5’8” 5’8” 5’8” Bucket Capacity yd3 1.25 1.25 1.25 1.25 Dump Height (max angle) ft/in 8’4” 8’4” 8’1” 8’4” Dump Reach (max angle) ft/in 2’9” 2’9” 2’10” 2’9” Lift Capacity (full height) lbs 6,385 6,385 (w/QC) 6,970 5,292 Bucket Breakout Force lbs 10,131 10,131 10,564 8,524 Fuel Capacity gal 34 34 34 34 COMMENTS: Caterpillar is used as an example only. 420 IT tools include the following: Backhoe Work Tools: Buckets – Standard, Heavy Duty, Heavy Duty Rock, High Capacity, Coral, Ditch Cleaning; Hydraulic Hammer; Vibratory Plate Compactor; Ripper. Loader Work Tools: Buckets – General Purpose, Multipurpose, Side Dump, Light Material, Penetration; Loader Forks; Material Handling Arm; Angle Blade; Broom; Rake; Asphalt Cutter; Bale Spear. 446B 420D 420D IT 416 D RESOURCE: CHILLERS & AIR HANDLERS (500 TON TO 50 TON) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II Type III TYPE IV TYPE V TYPE VI Component Metric Equipment Ton 500/450 Ton Chiller Caterpillar/York 450/500 Ton Air Cooled Chiller; Built-in pump delivering 330-1600 gpm (gallons per minute); Will operate in series or parallel operation w/multiple units; 8” flanged water fittings on exterior; Weight: 50,000 lbs; Trailer mounted (semitractor) dimensions: 40’ Long x 8’.5” Wide x 13’.5” Tall; Power requirements: 800-980 Amps at 460 volts, 3 phase, 60 hz; Temporary quick connect chilled water hose available with unit for tie in to chilled water system; Potential application examples: Single or multiple units for Computer centers, High-rise buildings, Heavy manufacturing, Airports, Universities. Setup time varies depending on hose installation, water filling, fabricating, etc…4+ hours; 4/0 Cam-Lock type quick connect cable used for power termination to source 300 Ton Chiller Caterpillar/York 300 Ton Air Cooled Chiller; Built-in pump(s) delivering 250-800 gpm; 6” flanged water fittings on exterior; Weight: 33,000 lbs; Trailer mounted (semitractor) dimensions: 30’ Long x 8’ Wide x 13’.5” Tall; Power requirements: 600-700 Amps at 460 volts, 3 phase, 60 hz; Temporary quick connect chilled water hose available with unit for tie in to chilled water system; Potential application examples: Single or multiple units for Office buildings, Multi-story buildings, Schools, Temporary structures, Retail stores. Setup time varies depending on hose installation, water filling, fabricating, etc…3+ hours; 4/0 Cam-Lock type quick connect cable used for power termination to source 150 Ton Chiller Caterpillar/York 150 Ton Air Cooled Chiller; Built-in pumps delivering 250-700 gpm; 6” flanged water fittings on exterior; Weight: 31,000 lbs; Trailer mounted (semitractor) dimensions: 20/30’ Long x 8’ Wide x 12’.5” Tall; Power requirements: 329-400 Amps at 460 volts, 3 phase, 60 hz; Temporary quick connect chilled water hose available with unit for tie in to chilled water system; Potential application examples: Single or multiple units for Medium office buildings, Libraries, Hotels/motels, Condominiums, Retail stores. Setup time varies depending on hose installation, water filling, fabricating, etc…2+ hours; 4/0 Cam-Lock type quick connect cable used for power termination to source 50 Ton Chiller Caterpillar/York 50 Ton Air Cooled Chiller; Built-in pump delivering 75-200 gpm; 4” quick connect water fittings on exterior; Weight: 5,500 lbs.; Skid mounted w/ forklift pockets (8,000 lb. lift recommended) dimensions: 12’ Long x 7’.5” Wide x 8’.5” Tall; Power requirements: 125 Amps at 460 volts, 3 phase, 60 hz; Temporary quick connect chilled water hose available with unit for tie in to chilled water system. Potential application examples: Single or multiple units for Small office buildings, Tent/shelter cooling, Small-medium retail stores. Setup time varies depending on hose installation, water filling, fabricating, etc…2+ hours; 4/0 Cam-Lock type quick connect cable used for power termination to source Custom Rental Air Handling Units: 50, 75, & 100 Tons For delivering cold air with use of any chiller, 5,000-30,000 cfm depending on unit; 20” diameter flex duct inlets/outlets for air distribution supply/return; 4/0 Cam-Lock type quick connect cable used for power termination to source; Call for power requirements and sizing; Potential application examples: Single or multiple units for buildings w/out HVAC systems, Tent/shelter cooling, etc Setup time varies on application 1-2 hours each COMMENTS: Caterpillar equipment used for typing. Equipment not available at all locations, but CAT dealer network can acquire equipment from one another and ship. Need fresh water source for filling chilled water system. Temporary chilled water hose & 4/0 power cable available for chillers. Set up & monitoring available. Low Temp Chillers and Cooling Towers available. Air handlers require use of chillers or chilled water supply to operate. 500/450 Ton 300 Ton 150 Ton 50 Ton Custom Rental Air Handling Unit RESOURCE: CONCRETE CUTTER/MULTI-PROCESSOR FOR HYDRAULIC EXCAVATOR CATEGORY: Public Works and Engineering KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric MP40 CC (Largest) MP30 CC MP20 CC MP15 CC (smallest) Jaw Opening Inches 50.4 38.4 32 26 Jaw Depth? Inches 43.3 35 31 26 Force at Tooth Tip Short Ton 168 140 107 79 Force Primary Blade Center Short Ton 494 460 337 247 Weight of Jaw Pounds 4,850 7,935 5,730 3,970 Weight With housing Pounds 12,785 20.5 18 16 Cutter Length Inches 23.6 110.2 95 87 Length Inches 137.8 208 157 112 Force At Cutting Tip Short Ton 247 2,865 2,205 1,430 Max Op Pres Hyd. Cylinder Pressure Per Square Inch 5,075 5,075 5,075 5,075 Maximum Oil flow Cylinder Gallons Per Minute 106 79 53 40 Maximum Oil flow Cylinder Cycle - Seconds 7.5 6.5 6 5 Maximum Operating Pressure Rotator Pressure Per Square Inch 2,030 2,030 2,030 2,030 Maximum Oil Flow Rotator Gallons per minute 22 11 11 11 For Use on Models 375, 375 L Hydraulic Excavators 345B L Series II Hydraulic Excavators 322C L, 325C L Hydraulic Excavators 321 B LCR, 322C L Hydraulic Excavators COMMENTS: Multiprocessors do the work of many types of demolition tools by use of interchangeable jaw sets. Changing jaws allows a single unit to crush, pulverize, and perform a variety of specialized cutting tasks, such as cutting steel rebar and tanks. Check with Cat dealer/owner to match Multiprocessor model attachment to Hydraulic Excavator. RESOURCE: CRAWLER CRANES CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment; Personnel; Vehicle MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment & Personnel Tons 200 (Manitowoc 777) with a boom reach of 300 feet Operator with one (1) oiler/rigger. Requires nine (9) tractor-trailers to mobilize & demobilize. Setup time six (6) hours. 100 (Manitowoc 222) with a boom reach of 300 feet Operator with one (1) oiler/rigger. Requires four (4) tractor-trailers to mobilize & demobilize. Setup time four (4) hours. 80 (Manitowoc 111) with a boom reach of 300 feet Operator with one (1) oiler/rigger. Requires four (4) tractor-trailers to mobilize & demobilize. Setup time two (2) hours. COMMENTS: Check with your local/State transportation and law enforcement organization to determine mobilization requirements. RESOURCE: DEBRIS MANAGEMENT MONITORING TEAM CATEGORY: Public Works and Engineering (ESF #3) KIND: Team; Personnel MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Services Annual Contracts; Per Unit; Hourly; Lump Sum General Manager (GM) GM responsibility would include overall coordination with all levels of government and other ESFs; Knowledge of the Federal Response Plan and Federal response and recovery procedures related to debris management; Site monitoring of health and safety requirement in meeting local, State, or Federal standards during any and all parts of the recovery process whether from manmade or natural occurrences; Appropriate standards for the debris processing and disposal to successfully complete the recovery process of an event; Ability to manage and oversee owner’s current debris removal operations plan; Highest trained in debris monitoring management and recovery operations; Highest experience level in meeting Federal record keeping requirements and processing procedures; Highest knowledge in managing multiple service levels of manmade and or natural disasters; Financial capabilities to manage progressive monitoring processes; Required and necessary liability coverage for all aspects of operation; Highest ability to manage work programs and personnel safely, with the highest regard to safety and applicable regulations protecting employees of the company and community; Highest capabilities to recruit support staffing within acceptable timeframe Project Manager (PM) PM responsibility would include overall management of all taskings under the project to include removal, reduction and disposal/salvage operations. Monitors changes in the scope of original assignment, cost estimates, coordinating the procurement process, scheduling, tracking of funds, and reporting all elements of work progress; Knowledge of the Federal Response Plan and Federal response and recovery procedures related to debris management; Monitors and assures that health and safety procedures and requirements meet local, State, or Federal standards during any and all parts of the recovery process whether from manmade or natural occurrences; Monitors the compliance of debris processing and disposal to successfully complete the recovery process of an event; Ability to manage and oversee owner’s current debris removal operations plan; Highest trained in debris project management and recovery operations; Highest experience level in meeting Federal record keeping requirements and processing procedures; Highest ability to manage work programs and personnel safely, with the highest regard to safety and applicable regulations protecting employees of the company and community Equipment? Ability to supply, support, and maintain an inventory of varying equipment specialties in assisting the handling of all aspects of monitoring for health and safety of personnel involved with recovery operations Ability to support and maintain an inventory of varying equipment specialties in assisting the handling of all aspects of monitoring the health and safety of personnel involved with recovery operations Personnel The highest trained and experienced in the field of debris management procedures; Very good communication skills and the ability to effectively brief high level officials; Highest capability to train and manage assisting resources; Highest ability to comply with all local, State, Federal authority, and OSHA regulations to which services are being applied; No use restriction as it relates to assignment; Fully mobilized and fully equipped; Permanently assigned to completion of task on rotation, 30/3 Trained and experienced in the field of debris management procedures; Very good communication skills; Highest capability to manage assisting resources; General understanding of equipment leasing contracts, various type of equipment, and unit price contracts. Highest ability to comply with all local, State, Federal authority, and OSHA regulations to which services are being applied; No use restriction as it relates to assignment; Fully mobilized and fully equipped; Have an engineering background with a background in site development and proven skills in the field of construction; Permanently assigned to completion of task on rotation, 30/3 COMMENTS: RESOURCE: DEBRIS MANAGEMENT SITE REDUCTION TEAM CATEGORY: Public Works and Engineering (ESF #3) KIND: Team MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Storage Area Capabilities ????? Ability to establish lined temporary storage areas for ash, household hazardous waste, fuels, and other materials that can contaminate soils, runoff, or ground water Control Capabilities ????? Ability to establish traffic control, dust control, erosion control, fire protection, on-site roadway maintenance, and safety measures Debris Reduction ????? Ability to burn debris through air curtain incineration; Use of tub grinders to reduce disaster debris waste, and other source reduction applications to be site/disaster-specific Sorting and Stockpiling ????? Ability to sort and stack debris at the site Disposal Ability to dispose nonburnable debris and ash residue Clearance Ability to clear site of all debris Equipment Ability to supply, support, and maintain an inventory of varying equipment specialties to facilitate and coordinate the removal, collection, and disposal of debris Personnel Trained and experienced in the field of debris management procedures; Understanding of equipment leasing contracts, various types of equipment, and unit price contracts; Ability to comply with Federal, State, and local authority, and OSHA regulations to which services are being applied; Ability to be fully mobilized and equipped; Engineering background with a background in site development and proven skills in construction; Knowledge of soil and water sampling and other environmental impacts; Knowledge and ability to ensure environmental justice protocols are upheld; Knowledge and expertise to perform varying debris reduction separation techniques, including, at minimum, 4 categories: woody vegetative debris, construction or building rubble, hazardous materials, and recyclable materials (e.g., aluminum, cast iron, steel, or household white goods or appliances); Appropriate education and training in managing inspection stations located at such debris reduction sites, recycling locations, or temporary debris staging reduction sites COMMENTS: Debris Management Site Reduction Teams should possess the experience and financial capabilities to support equipment, disaster debris waste reduction capabilities, and personnel, and to maintain operations for an indefinite period of time. As only one type, the makeup of the Debris Management Site Reduction Team will be dependent on the site and impact specifics of the disaster. RESOURCE: DEBRIS MANAGEMENT TEAM CATEGORY: Public Works and Engineering (ESF #3) KIND: Team MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Services Annual Contracts; Per Unit; Hourly; Lump Sum Long & Short Term Management of national and international situations and events for manmade and natural occurrences that would produce debris requiring the resources to successfully complete the recovery process of debris management; Maintains a current and active debris removal operations plan; Highest training in debris management and recovery operations; Highest experience level in meeting Federal record keeping requirements and processing procedures; Highest knowledge in managing multiple service levels of manmade and/or natural disasters; Financial capabilities to manage progressive recovery processes; Has required and necessary liability coverage for all aspects of operation; Highest ability to manage work programs and its personnel safely and with the highest regard to safety and applicable regulations protecting employees of the company and community; Highest capabilities to recruit support staffing within acceptable timeframe; Mobilization timeframe: 24 hours—25% 48 hours—75%, 72 hours—100%; Debris removal will commence following the first 24 hours Long & Short Term Management of national and international situations and events for manmade and natural occurrences that would produce debris requiring the resources to successfully complete the recovery process of debris management; Maintains a current and active debris removal operations plan; Highest training in debris management and recovery operations; Highest experience level in meeting Federal record keeping requirements and processing procedures; Highest knowledge in managing multiple service levels of manmade and or natural disasters; Financial capabilities to manage progressive recovery processes; Has required and necessary liability coverage for all aspects of operation; Highest ability to manage work programs and its personnel safely and with the highest regard to safety and applicable regulations protecting employees of the company and community; Highest capabilities to recruit support staffing within acceptable timeframe; Mobilization timeframe: 24 hours—25%, 48 hours—50%, 72 hours—75%, 96 hours?100%; Debris removal will commence following the first 24-36 hours Long & Short Term Management of national and international situations and events for manmade and natural occurrences that would produce debris requiring the resources to successfully complete the recovery process of debris management; Management of multiple community resources through its management teams; Maintains a current and active debris removal operations plan; Highest training in debris management and recovery operations; Highest experience level in meeting Federal record keeping requirements and processing procedures; Highest knowledge in managing multiple service levels of manmade and or natural disasters; Financial capabilities to manage progressive recovery processes; Has required and necessary liability coverage for all aspects of operation; Highest ability to manage work programs and its personnel safely and with the highest regard to safety and applicable regulations protecting employees of the company and community; Highest capabilities to recruit support staffing within acceptable timeframe; Mobilization timeframe: 36 hours—25%, 48 hours—50%, 72 hours—75%, 96 hours—100%; Debris removal will commence following the first 24-36 hours Equipment Ability to supply, support, and maintain an inventory of varying equipment specialties in handling all aspects of disaster recovery Ability to supply, support, and maintain an inventory of varying equipment specialties in handling all aspects of disaster recovery Utilization of all available community support equipment; Ability to supply, support, and maintain additional inventory of varying equipment specialties in handling all aspects of disaster recovery Personnel The highest trained and experienced in the field of debris management and recovery; Sufficient quantity of personnel to support all required services; Highest capability to train assisting resources; Highest ability to comply with OSHA regulations to which services are being applied; No use restriction as it relates to assignment; Fully mobilized and fully equipped; Permanently assigned to completion of task The highest trained and experienced in the field of debris management and recovery; Sufficient quantity of personnel to support all required services; Highest capability to train assisting resources; Highest ability to comply with OSHA regulations to which services are being applied; No use restriction as it relates to assignment; Fully mobilized and fully equipped; Permanently assigned to completion of task The highest trained and experienced in the field of debris management and recovery; Sufficient quantity of personnel to support all required services; Interacting available community management resources at all levels and managing their performance; Highest capability to train all assisting resources; Highest ability to comply with OSHA regulations to which services are being applied; No use restriction as it relates to assignment; Fully mobilized and fully equipped; Permanently assigned to completion of task COMMENTS: RESOURCE: DISASTER ASSESSMENT TEAM CATEGORY: Public Works and Engineering (ESF #3) KIND: Team MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Team Personnel Institutional Services Manager Assessment Director Assessment Team Leader Description Responsible for seeing that the building is safe, damage to the building is evaluated, and measures are formulated and implemented to remedy or correct problems; Upon notification of a problem, establishes that no threat exists to personnel safety, secures the affected area and/or building, and alerts Assessment Director; Establishes priorities for facility repairs, and follows the progress of repairs once begun Organizes and manages the process by which damage is evaluated; Responsible for notifying and instructing Assessment Team Leaders, and enlisting the assistance of in-house or outside experts/resource people as required; Evaluates findings and recommendations, and contacts the Recovery Director with recovery recommendations Selects and assembles the team members and directs their operations; Instructs the team on what to do and how to do it, including methods of inspection and sampling, assessing damaged material, and documenting the process; Monitors the damage investigation, reporting recommendations to the Assessment Director Training or Requirements Must be multidisciplinary and familiar with health personnel, engineering specialists, logisticians, environmental experts, and communications specialists; Must also be able to record observations and decisions made by the team, photograph and record disaster site damage, and investigate where damage exists; Able to analyze the significance of affected infrastructure, estimate the extent of damages, and establish initial priorities for recovery Must be multidisciplinary and familiar with health personnel, engineering specialists, logisticians, environmental experts, and communications specialists; Must also be able to record observations and decisions made by the team, photograph and record disaster site damage, and investigate where damage exists; Able to analyze the significance of affected infrastructure, estimate the extent of damages, and establish initial priorities for recovery Must be multidisciplinary and familiar with health personnel, engineering specialists, logisticians, environmental experts, and communications specialists; Must also be able to record observations and decisions made by the team, photograph and record disaster site damage, and investigate where damage exists; Able to analyze the significance of affected infrastructure, estimate the extent of damages, and establish initial priorities for recovery Crew Availability Incident Specific and Site Specific Incident Specific and Site Specific Incident Specific and Site Specific COMMENTS: There is only one type of Disaster Assessment Team because it is a specialty and based on level of devastation; however, the team possesses different personnel types/roles. The team members should be equipped with their own laptops, cell phones, and vehicles, and should be able to stay based on severity of incident (i.e., “Site-Specific” and “Incident-Specific”). Team size, expertise, and functional requirements will be determined at the disaster location. RESOURCE: DISASTER RECOVERY TEAM CATEGORY: Public Works and Engineering (ESF #3) KIND: Team MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Team Personnel Recovery Director Recovery Secretary Conservator Recovery Team Leader Description Organizes and manages the recovery process; Sets priorities based on information received from the Assessment Director, and assigns recovery teams, reports on progress, actions taken, problems encountered, and future risks; In many cases, the Assessment Director and Recovery Director may be the same person Keeps a record of all purchases and orders placed, assists in coordinating requests for materials, information, and provides other assistance; This position will require immediate access to a telephone Works with the Recovery Director to advise on recovery priorities concerning collections and materials, and recommends appropriate techniques and procedures; Assists in choosing and locating supplies, equipment, and services necessary for recovery; In many cases, the Conservator and Recovery Director may be the same person Appoints team members, instructs the team on what they will be doing and how they will do it; Monitors the recovery process, and updates the Recovery Director Training or Requirements Must be multidisciplinary and familiar with health personnel, engineering specialists, logisticians, environmental experts, and communications specialists; Must also be able to record observations and decisions made by the team, photograph and record disaster site damage, and investigate where damage exists; Able to analyze the significance of affected infrastructure, estimate the extent of damages, and establish initial priorities for recovery Must be multidisciplinary and familiar with health personnel, engineering specialists, logisticians, environmental experts, and communications specialists; Must also be able to record observations and decisions made by the team, photograph and record disaster site damage, and investigate where damage exists; Able to analyze the significance of affected infrastructure, estimate the extent of damages, and establish initial priorities for recovery Must be multidisciplinary and familiar with health personnel, engineering specialists, logisticians, environmental experts, and communications specialists; Must also be able to record observations and decisions made by the team, photograph and record disaster site damage, and investigate where damage exists; Able to analyze the significance of affected infrastructure, estimate the extent of damages, and establish initial priorities for recovery Must be multidisciplinary and familiar with health personnel, engineering specialists, logisticians, environmental experts, and communications specialists; Must also be able to record observations and decisions made by the team, photograph and record disaster site damage, and investigate where damage exists; Able to analyze the significance of affected infrastructure, estimate the extent of damages, and establish initial priorities for recovery Crew Availability Incident Specific and Site Specific Incident Specific and Site Specific Incident Specific and Site Specific Incident Specific and Site Specific COMMENTS: There is only one type of Disaster Recovery Team because it is a specialty and based on level of devastation; however, the team possesses different personnel types/roles. The team members should be equipped with their own laptops, cell phones, and vehicles, and should be able to stay based on severity of incident (i.e., “Site-Specific” and “Incident-Specific”). Team size, expertise, and functional requirements will be determined at the disaster location. RESOURCE: DUMP TRAILER (ONE TYPE/EXAMPLE ONLY) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Example ????? DYNAHAULER/DT Dump Trailer Length ft 24-40 Side Height ft 54-72 Overall Height Variable (max) ft/in 13’6” Gate Height ft 54-72 Tire to End of Floor in 4 King Pin to Front of Trailer in 18+ Center of Hinge Pin to End of Floor in 6 Side Panels in 3/16 Side Panels PSI (min yield) lbs 175,000 Bulkhead in 3/16 Bulkhead PSI (min yield) lbs 175,000 Dog Box in 3/16 Dog Box PSI (min yield) lbs 175,000 Floor in 5/16 Floor PSI (min yield) lbs 175,000 Top Rail in x in 4 x 4 Vertical Side Posts in on 24 centers Rear Posts in x in 4 x 4 Understructure I-Beam Crossmembers lbs/ft on in 7.7 on 12 centers Understructure Longitudinals in x in x in 6 x 6 x 3/8 Tailgate in 1/4 Tailgate PSI (min yield) lbs 175,000 Dana’ D22 lbs/in round 25,000/5 Brakes (with ABS 4S2M) in x in 16 x 7 Frame Depth in 16 Frame Wide Flange Beam lbs/ft 31 Suspension lbs 60,000 Landing Gear in 7/8 King Pin Plate in 3/8 Wheels 24.5 x 8.25 Tires 11R24.5, 14 ply COMMENTS: There will be one type of dump trailer. It will have generally the same configuration but will be capable of hauling more or fewer materials because of varying length and depth. DYNAHAULER/DT dump trailer is used only as an example. RESOURCE: DUMP TRUCK-OFF ROAD CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Example ????? (Caterpillar Off-Highway) 769D Caterpillar 3408E engine (Caterpillar Quarry) 771D Caterpillar 3408E engine Gross Power kw/hp 386/518 386/518 Flywheel Power kw/hp 363/487 363/487 Net Power kw/hp 363/486 363/487 Maximum Torque N/m/1,618 lb ft 2,194 2m186 Gross Machine Weight kg/lbs 71,400/157,000 75,700/166,500 Operating (Empty) Weight kg/lbs 11,100/24,471.28 Chassis Weight kg/lbs 23,000/50,600 Body Weight kg/lbs 10,350/23,000 SAE Capacity m3/yd3 17/22.24 to 24.2/31.7 27.5/36 Payload Capacity tonnes/tons 36.4/40 to 36.58/40 41/45 Transmission (Forward 1 to 6) kph/mph 12.6/7.8 to 77.7/48.3 12.6/7.8 to 57.3/35.6 Transmission (Reverse) kph/mph 16.6/10.3 16.6/10.3 Fuel Tank L/gal 530/140 530/140 Cooling System L/gal 113.5/30 113.5/30 Crankcase L/gal 45/12 45/12 Differentials and Final Drives L/gal 83/22 83/22 Steering Tank L/gal 34/9 34/9 Steering System with Tank L/gal 56/15 56/15 Brake Hoist with Tank L/gal 277/73 277/73 Torque Converter and Transmission with Sump L/gal 72/19 72/19 Inside Body Length mm/in 5,275/207.68 5,275/207.68 Overall Length mm/in 8,039/316.5 8,039/316.5 Wheelcase mm/in 3,713/146.18 3,713/146.18 Ground Clearance mm/in 627/24.68 627/24.68 Loading Height (Empty) mm/in 3,143/123.74 3,143/123.74 Operating Width mm/in 5,069/199.57 5,069/199.57 Centerline Front Tire Width mm/in 3,102/122.13 3,102/122.13 Front Canopy Height mm/in 3,952/155.59 3,952/155.59 Tires Standard: 18.00-R33 (E4) Standard: 18.00-R33 (E4) COMMENTS: Caterpillar was used only for example purposes. RESOURCE: DUMP TRUCK-ON ROAD CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment ????? Triple Axle Tandem Axle Single Axle ????? ????? DOT Class 8; GVW rating 80,000; Capacities 16-20 yards of aggregate material and demolition debris; Diesel powered with choice of Manual or Automatic Transmission; Air Brakes; Limited off-road service; Medium to long haul; Wide turning radius; CDL license required DOT Class 8; GVW rating 60,000; Capacities 10-14 yards of aggregate material and demolition debris; Diesel powered with choice of Manual or Automatic Transmission; Air Brakes; Limited off-road service; Medium to long haul; Wide turning radius; CDL license required DOT Class 7; GVW rating 32,000; Capacities 5-8 yards of aggregate material and demolition debris; Diesel or gas powered with choice of Manual or Automatic Transmission; Air or Hydraulic Brakes; Limited off-road service; Short to medium haul; Short turning radius; CDL license required COMMENTS: RESOURCE: ELECTRICAL POWER RESTORATION TEAM (EXAMPLE) CATEGORY: Public Works and Engineering (ESF #3) KIND: Team MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Personnel * 5 overhead (2 person) crews with material handlers * 1 overhead (2 person) crew * 2 designers * 1 team leader * 1 safety specialist * Fleet services support Equipment * Digger derrick/pole trailer * Auxiliary bucket (material handler or 36’ bucket) COMMENTS: Electrical Power Restoration Teams coordinate and support resources of energy producers to quickly restore electrical power to afflicted areas. Members should possess the experience and financial capabilities to support equipment and personnel, and to maintain operations for an indefinite period of time. Teams are “Site-Specific” and dependent on personnel and equipment deployment. The above type is only one example of said resource. RESOURCE: ENGINEERING SERVICES CATEGORY: Public Works and Engineering (ESF #3) KIND: Services MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Damage Assessment Capability Ability to determine the safety of buildings for occupancy purposes per the Applied Technology Council ATC-20 criteria; Ability to evaluate buildings using the ATC-20 Rapid Evaluation Safety Assessment Form; Ability to evaluate buildings using the ATC-20 Detailed Evaluation Safety Assessment Form; Ability to support the need for an owner-provided Engineering Evaluation; Ability to evaluate safety of transportation structures per Federal Highway Administration Damage Assessment procedures and forms; Ability to evaluate damage for Stafford Act cost recovery purposes Damage Assessment Capability Support Ability to support USAR teams, debris management, HazMat evaluation, traffic management, utility restoration, and water and wastewater quality evaluations Support Training Knowledge of the ATC-20 criteria, Stafford Act cost recovery procedures, and Federal Highway Damage Assessment procedures; Extensive backgrounds in chemical, civil, electrical, and mechanical engineering, as appropriate Training COMMENTS: Engineering services encompass small firms to large national firms, and private to government-managed offices. Personnel must be certified and capable of handling assigned tasks, proven successes, and licensed, must have worked with public sector, and must be familiar with the Stafford Act, the Federal Highway Administration, and other Federal, State, Territorial, Tribal, and local agencies (and familiar with their requirements) for recording purposes. Engineering Services is one type based on the need to create the necessary engineering services based on “Incident-Specifics.” The makeup of the engineering services will be based on the discipline specialization of the disaster. RESOURCE: FLAT BED TRAILER TRUCK (ONE TYPE/EXAMPLE ONLY) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment ????? Example Only Trailer Length ft 18 Bed in 96 Slope ft 2 Axles lbs 6,000 GVWR 12,000 Ramp with Adjustable Height Pintle in 60 Ground Clearance in 56 Weight tons 6 to 25 Transport tons 25 to 100 Air Operated Breaks in x in 16.5 x 7 Wide Spread in 122 Marker Lights Per Side 5 Stop, Tail, and Turn Lights Per Side/Rear 3 COMMENTS: There is one type because of the generality of the flat bed trailer; however, the capacity and hauling function of the trailer will vary with differing length and configurations. The above is only an example. RESOURCE: GENERATORS CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV TYPE V Component Metric Equipment KW XQ2000 2000 kW Generator; Sound attenuated; Trailer mounted (semi tractor); Up to 3015 Amps@ 480 Volts, 3 Phase, 60 Hz; Dry weight 89,000 lbs; Fuel tank capacity 1250 Gallons; Dimensions 40’ Long x 8’ Wide x 13’.5” Tall; Potential application example—Single or multiple units for: Power plants, heavy industrial facility, high-rise buildings; Setup time (cables from generator to main power feed estimated at 5+ hours) XQ1500 1500 kW Generator, Sound attenuated; Trailer mounted (semi tractor); Up to 2260 Amps@ 480 Volts, 3 Phase, 60 Hz; Dry weight 59,000 lbs; Fuel tank capacity 1250 Gallons; Dimensions 40’ Long x 8’ Wide x 13’.5” Tall; Potential application example—Single or multiple units for: Universities, hospitals, medium to large manufacturing facility; Setup time (cables from generator to main power feed estimated at 5+ hours) XQ600 600 kW Generator; Sound attenuated; Trailer mounted (semi tractor); Up to 2080 Amps@ 208 Volts, 3 Phase, 60 Hz / up to 902 Amps@ 480 Volts 3 Phase, 60 Hz; Dry weight 37,000 lbs; Fuel tank capacity 660 Gallons; Dimensions 40’ Long x 8’ Wide x 13’.5” Tall; Potential application examples: Retail stores, HVAC system power, multi-story/buildings, light manufacturing, apartment buildings; Setup time (cables from generator to main power feed estimated at 3+ hours) XQ400 400 kW Generator; Sound attenuated; Trailer mounted (pull behind); Multi-voltage distribution panel; Up to 1390 Amps @ 208 Volts, 3 Phase, 60 Hz/up to 602 Amps@ 480 Volts 3 Phase, 60 Hz; Dry weight 16,800 lbs; Fuel tank capacity 470 Gallons; Dimensions 23’ Long x 8’.5” Wide x 11’ Tall; Potential application example: Large office building, public schools, libraries, and communication equipment. Setup time (cables from generator to main power feed estimated at 2+ hours) XQ125 125 kW Generator; Sound attenuated; Trailer mounted (pull behind); Multi-voltage distribution panel; Up to 433 Amps@ 208 Volts, 3 Phase, 60 Hz / up to 188 Amps @ 480 Volts 3 Phase, 60 Hz; Dry weight 10,610 lbs; Fuel tank capacity 223 Gallons; Dimensions 18’.5” Long x 6’.5” Wide x 9’ Tall; Potential application example: Small office building, emergency mobile trailers & operations, restaurants. Setup time (cables from generator to main power feed estimated at 1 hour) COMMENTS: 2500-gallon external fuel tanks available. Fuel consumption is estimated at 7% of the kW usage (example: fuel consumption on a 100 kW Generator operating at full load is approximately 7 gallons per hour). Technicians are available for hookup and monitoring of equipment. 4/0 Quick connect (Cam-Lock) cable is available for tie-in to power feed, rated at 400 Amps each cable. Fuel supply, and/or fuel vendors available. Power distribution equipment available. Transformers & Load Banks are available. XQ2000 XQ1500 XQ600-400 XQ125 RESOURCE: HYDRAULIC EXCAVATOR (LARGE MASS EXCAVATION 13 CY TO 3 CY BUCKETS) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment Cubic Yard 5130B ME Net HP (800); Operating Weight-Std. (399000 lb); Bucket Capacity-HDR (13.7 yd3); Max. Digging Depth (27.6 ft); Max. Reach at Ground Level (48.9 ft); Max. Dump Height (29.8 ft); Max. Drawbar Pull (196000); Fuel Tank (987 gal); Overall Width (21.7 ft); Height To Top Of Cab (21.4 ft); Track Length-Std. (23.8 ft) Mining Machine 385B–L Net HP (513); Operating Weight-Std. (183940 lb); Operating Weight-Long (L) Undercarriage (189770 lb); Bucket Capacities-HDR (2.5 yd3) - General Purpose GP (5.5 yd3); Max. Drawbar Pull (132810); Fuel Tank (328 gal); Max. Digging Depth (38.7 ft); Max. Reach at Ground Level (56.11 ft); Max. Dump Height (37.11 ft); Minimum Loading Height (11.1 ft); Overall Width (12.7 ft); Height To Top Of Cab (12 ft); Track Length-Std. (19.2 ft) 375–L, 365B—L Series II In respective order of size; Net HP (428-404); Operating Weight-Std. (173100 lb-149000 lb); Operating Weight-Long (L) Undercarriage (179800 lb-150200 lb); Bucket Capacities-HDR (2.5 yd3-1.6 yd3) - General Purpose GP (5 yd3); Max. Drawbar Pull (126300 -103820); Fuel Tank (261gal--211 gal); Max. Digging Depth (37.7ft-31 ft); Max. Reach at Ground Level (52ft-46 ft); Max. Dump Height (33.11ft-30 ft); Overall Width (13.6ft--11.6ft); Height To Top Of Cab (12.2ft-11.11ft); Track Length-Std. (20.10 ft-19.3ft) COMMENTS: To better match bucket needs to material conditions, contact dealer and or owner. The reference to “L” means Long Undercarriage. Mobilization may require more than one truck-trailer. 5130B 385B & L 375 & L 365B L Series II RESOURCE: HYDRAULIC EXCAVATOR (MEDIUM MASS EXCAVATION 4 CY TO 1.75 CY BUCKETS) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment Cubic Yard 345B L Series II Net HP (321); Operating Weight-Long Undercarriage (111180 lb for UHD?97940lb); Bucket Capacity-HDR (3 yd3); Bucket Capacities General Purpose GP (4 yd3); Max. Digging Depth (23.7 ft); Max. Reach at Ground Level (37.2 ft); Max. Loading Height (22.6 ft); Max. Drawbar Pull (74380 lb); Fuel Tank (190 gal); Overall Width (11.5 ft); Height To Top Of Cab (15.1 ft); Track Length-Std. (17.7 ft) 330C-325C L In respective order of size; Net HP (247-188); Operating Weight-Long Undercarriage (77400 lb-63100 lb); Bucket Capacities-HDR (2.12 yd3-1.75 yd3); Bucket Capacities General Purpose GP (3 yd3-2.5 yd3); Max. Drawbar Pull (66094 lb--54853 lb); Fuel Tank (163 gal-132 gal); Max. Digging Depth (24.3 ft-23.3 ft); Max. Reach at Ground Level (35.10 ft-34.6 ft); Max. Loading Height (23.7 ft-23.4 ft); Minimum Loading Height (8.11 ft-8 ft); Overall Width (11.3 ft-11.1 ft); Height To Top Of Cab (11 ft-10.11 ft); Track Length-Std. (16.6 ft-15.3 ft) 322C L-320C L **Note In respective order of size; Net HP (168-138); Operating Weight-Long Undercarriage; (53600 lb-46300 lb); Bucket Capacities-HDR (2.12 yd3--1 yd3) - General Purpose GP (3 yd3-1.75 yd3); Max. Drawbar Pull (50132 -44040); Fuel Tank (132 gal-106 gal); Max. Digging Depth (22 ft-22 ft); Max. Reach at Ground Level (32.10 ft-32.4 ft); Max. Loading Height (22.1ft-21.4 ft); Overall Width (11.6ft-9.6 ft); Height To Top Of Cab (10.9-9.11ft); Track Length-Std. (15.3 ft-13.4ft) 321B L-320C L Utility Models **Note In respective order of size; Net HP (168-138); Operating Weight-Long Undercarriage; (50927 lb-50700 lb); Max. Drawbar Pull (44063 -44040); Fuel Tank (66 gal-gal); Bucket capacities and other handling performances will be similar to 320 C L COMMENTS: To better match bucket needs to material conditions, contact dealer and or owner. The reference to “L” means Long Undercarriage. Mobilization may require more than one truck w/trailer. Boom type will change reach, digging depth, and handling performances. **Note: 320C L has two versions for difference applications. Utility model has smaller radius. 345B L Series II UHD 345B L Series II 330C-325C L 322C-320C L 321B-320C L Utility RESOURCE: HYDRAULIC TRUCK CRANES CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment; Personnel; Vehicle MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment & Personnel Tons 75-70 Crane type with boom reach of 190-170 feet; With jib add approx. 30 feet; Self-propelled/driven over the road; Operator furnished; Setup time minimal; Counter weight transported by tractor-trailer; No other special transport permit required 65-60 Crane type with boom reach of 160-150 feet; With jib add approx. 30 feet; Self-propelled/driven over the road; Operator furnished; Setup time minimal and ready for use; No special transport permit required 40-35 Crane type with boom reach of 140 feet; With jib add approx. 30 feet; Self-propelled/driven over the road; Operator furnished; Setup time minimal and ready for use; No special transport permit required COMMENTS: Check with your local/State transportation and law enforcement organizations to determine mobilization requirements. RESOURCE: LATTICE TRUCK CRANES CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment; Personnel; Vehicle MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment Tons 220 Manitowoc Reach of 430 feet; Requires 7 tractor-trailers to mobilize & demobilize; Setup time 6 hours Personnel Operator with one (1) oiler/rigger COMMENTS: Check with your local/State transportation and law enforcement organizations to determine mobilization requirements. RESOURCE: TRACK DOZER CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Example ????? D10R – Cat 3412E Turbo Charged Diesel D6N – Cat 3126B Diesel D3G – Cat 3046 Diesel D10R WHA (Waste Handling) – Cat 3412E Turbo Charged Diesel Gross Power RPM 1,900 2,100 2,400 1,900 Gross Power kw/hp 457/613 127/170 57/77 457/613 Operating Weight lbs 144,191 34,209 16,193 144,986 Blade Capacity yd3 24.2 5.6 1.88 63.9 Digging Depth in 26.5 20.5 21.8 26.5 Height ft/in 6’11” 4’1” 3’.8” 10’5” Ground Clearance ft/in 4’11” 3’2.7” 4’10” Total Tilt ft/in 3’3” 2’2.2” 1’2.5” 3’6.3” Width Over End Bits ft/in 15’11” 10’6” 8’.9” 17’3” Blade Lift Height in 27.1 Digging Depth in 21.8 Multishanks Arrangements 1-3 3 1 to 3 Ground Clearance Under Tip in 35 19.9 16.2 35” Machine Ground Clearance in 14.7 Max Penetration in 14.2 3’1” Max Reach at Ground Line in 29.1 29.1” Width ft/in 9’7” 7’2.7” 8’.9” 9’7” Winch-Drum Capacity ft 226 371 371 226 Fuel Capacity gal 293 79 43.6 293 Max Line Pull Bare Drum lbs 40,000 Full Drum lbs 25,000 COMMENTS: Caterpillar is used as an example only. The major difference for D10R WHA (Waste Handling) – Cat 3412E Turbo Charged Diesel is that it contains a larger blade and protection guards to prevent landfill type debris from tangling its drives. General Example D10R D10R WH D6N D3G RESOURCE: TRACTOR TRAILER (EXAMPLE ONLY) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Example ????? TE70FG-2 Folding Gooseneck Trailer TE18AH (D9AH) General Duty Hydraulic Tail Trailer (with Fifth-Wheel Hookup) Capacity lbs 70,000 18,000 Overall Length ft/in 40’-53’ 34’11” Main Deck Length (Double Drop) ft 17-28 8 Hydraulic Deck Plate in 18 Arch Hitch Length ft/in 7’9” Arch Hitch Height in 32-40 Main Deck Length (Single Drop) ft 20-32 Upper Deck Length ft 8 Rear Deck Length ft/in 7’-10’ Slope degrees 60 Width ft/in 8’6” 8’ Swing Clearance in 84 King Pin Setting in 16 Deck Height (Unloaded Single Drop) in 39.5 Deck Height (Loaded) in 36 Ground Clearance (Single Drop) in 19.5 Platform in 1.375 1.375 Axles (2) lbs 25,000 9,000 Brakes (Air) in x in 16.5 x 7 12.25 x 3.375 Wheels (Disc-Pilot Mounted) 8.25 x 22.5 Wheels (8-Hole) 6.75 x 16.5 Tires (Low Profile) 255/70R x 22.5 Tires (10-Ply) 8.75 x 16.5 Suspension Spring-type 18,000 lbs Jack (Crank Style with Pin Drop Base) lbs 12,000 COMMENTS: Rail-EZE Trailers are used only as an example. TE70FG-2 Folding Gooseneck Trailer TE18AH (D9AH) General Duty Hydraulic Tail Trailer (with Fifth-Wheel Hookup) RESOURCE: TUB GRINDER CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Output Capability cy/hr > 400 300-400 100-300 Up to 100 Tub Size (opening) ft/in 14’-15’ 12’-13’ 8’4”-11’ Up to 8’4” Towing Arrangement (i.e., Tow-Behind and Fifth-Wheel Trailer Hookup) Fifth-wheel Fifth-wheel Fifth-wheel Pintle hitch Horsepower hp >1000 630-1000 200-575 Up to 200 Example Mobark 1500 Morbark 1300/1200XL Morbark 1100/1000 Mobark 950 COMMENTS: Morbark is used as an example only. RESOURCE: TUG BOAT CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Vessel Personnel ????? Tug Boat Captain Inland River Pilot Docking Pilot Description Term used on the inland waterways to describe a vessel operator who holds a Master license Term used on the inland waterways that equates to "Mate" in the coastal sector; A pilot is the second operator onboard an inland towing vessel; The pilot has similar navigation duties and credentials to the Captain/Master, although the Captain/Master has the ultimate authority onboard the vessel A docking pilot is an individual with specific expertise in maneuvering large, deep sea vessels in confined spaces (e.g., alongside a pier); The docking pilot boards the ship, takes the conn, and brings the vessel into port; Most docking pilots are licensed by the Coast Guard (except in Maryland and New Jersey, where they are licensed by the State) and are employed by tug companies Training or Requirements ????? Requires a tug boat captain’s licensure issued by the U.S. Coast Guard; Increasingly, 2-month schools are available for captain licensure Requires licensure issued by the U.S. Coast Guard Requires special licensure issued by the U.S. Coast Guard or New Jersey/ Maryland Crew Availability ????? Generally live on the boat during working times, as schedule depends on the tug boat companies (e.g., 4 days on, 4 days off) Required by law and on an on-call basis Specialty position on an on-call basis COMMENTS: Tug boats are typed as one resource as modifications and enhancements are based on boat-to-boat, location, and working task specialty bases. Tug boats and operators are subject to licensure and jurisdiction of the U.S. Coast Guard, and are required by law to make use of river pilots on inland waterways. The docking pilot specialist is becoming more used in current times. Horsepower will be the first determining factor in tug boat requisitioning, as tractor tugs are the preferred equipment type. Equipment is usually requisitioned from a U.S. Coast Guard or harbor-master matrix based on the closest and largest available tug boat. The matrix will assign the tug type, size, and how many units may be available to assist in the emergency situation. RESOURCE: WATER PURIFICATION TEAM (USACE EMERGENCY WATER TEAMS) CATEGORY: Public Works and Engineering (ESF #3) KIND: Team MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Team Personnel ESF Action Officer (AO) Mission Manager Mission Specialist Logistics Manager Contract Specialist Description Coordinates the mission requirements on all levels with FEMA, State, local, and other ESF elements to determine scope of mission; Is the USACE liaison with FEMA, DFO, and ERRO, and provides tasking to the ERRO/District; Works with Mission Manager to ensure actions are accomplished Serves as the Project Manager for mission execution and is responsible for team coordination and timely procurement and delivery of water to all staging areas and distribution sites; Prepares scopes of work, cost estimates, schedule and tracking of water deliveries, and upward reporting Works with the ERRO and assists the Mission Manager, while serving as the MM backup (same relative duties) Works at the staging operations area and provides support for the MM; Responsible for receiving, inventory management, and distribution of emergency water in coordination with the MM; Ensures the quality control and accounting necessary for upward reporting and contractor payments; Provides status reports of deliveries and inventories Works for the Chief of the Contracting Division of the supported District and ERRO, and contract support to the MM; Responsible for all contracting for the procurement, transportation, storage, security, testing, and distribution of water during emergency operations; Provides copies of all ACI Contract actions and delivery orders Training or Requirements ????? Must have full knowledge of the Federal Response Plan, FEMA operations, PL 84-99 authorities, and operational dynamics of a DFO Must be familiar with the procurement process and able to communicate mission requirements to contracting, resource management, emergency management, and other impacted districts; Trained and fully knowledgeable of the current ACI Water Contract, and familiar with the ENGLink Interactive and the preparation of SITREPS, CEFMS, and the PR&C process (requires an alternate to be designated) Must be familiar with the procurement process and able to communicate mission requirements to contracting, resource management, emergency management, and other impacted districts; Trained and fully knowledgeable of the current ACI Water Contract, and familiar with the ENGLink Interactive and the preparation of SITREPS, CEFMS, and the PR&C process (requires an alternate to be designated) Must possess special training for receiving and accountability process; Must be able to effectively work with emergency managers to solicit support for Logistics PRT (requires an alternate person be designated) Must be able to act as liaison between Water PRT and the Contracting Division of supported District, while scoping contract requirements for mission execution and procurement; Must be fully knowledgeable of the current ACI Water Contract, delivery orders, preparing sealed bids, negotiate actions, simplified acquisition procedures, and must be proficient in the Standard Procurement System, Procurement Desktop Defense, and CEFMS Crew Availability ????? Deployed for 30-day rotations, with a 3- to 5-day transition period between consecutive missions; Average missions last 2-3 weeks Deployed for 30-day rotations, with a 3- to 5-day transition period between consecutive missions; Average missions last 2-3 weeks Deployed for 30-day rotations, with a 3- to 5-day transition period between consecutive missions; Average missions last 2-3 weeks (nightshift availability if required) Deployed for 30-day rotations, with a 3- to 5-day transition period between consecutive missions; Average missions last 2-3 weeks; multiple deployments required (nightshift availability if required) Deployed for 30-day rotations, with a 3- to 5-day transition period between consecutive missions; Average missions last 2-3 weeks Water Sources ACI Water Contract Commercial Water Sources Reverse Osmosis Water Purification Units (ROWPUs) Description A service and supply contract which can be used to provide bottled and bulk water: Area of Coverage: Continental U.S. (CONUS) and Outside Continental U.S. (OCONUS) Time Requirement: Within 24 hours Bottle Size: 12 ounce to 1.5 liter Conversion Factor: 1 gallon = 3.79 liters Price: 0.38/liter for CONUS Bulk Water: Scope and cost to be negotiated based on water source and transportation method Commercial water sources can be located by contacting the International Bottled Water Association Able to purify 3,000 gallons of potable water an hour; Detachments are typically equipped with a 2-million-gallon storage capability to pump this water approximately 20 miles ????? ????? Water Distribution Recommendation (Note: emergency water is for drinking purposes only, and initial distributions should be based on 1 gallon/ person per day and limited to no more than 2 days supply per visit to ensure all residents have minimum amount for survival) 1 gallon/person per day ????? COMMENTS: USACE – Emergency Water Team Staffing is designed to provide the minimum number of personnel to effectively manage and support the execution of the water mission in concert with the responding Emergency Response and Recovery Office command and control structure. The team configuration is designed to staff the three operational functions required to execute a major Federal Response Plan mission: Emergency Support Function #3 (Public Works and Engineering) element at the Disaster Field Office, Emergency Response and Recovery Office, and the Staging Operations area(s). The preferred method of providing water to disaster victims is by bottled water because the containers are usually stronger and easier to carry, and reduce opportunity for disease transmission as the water is consumed in a shorter period of time. RESOURCE: WATER TRUCK (EXAMPLE ONLY) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Example ????? Tandem Axle ????? ????? DOT Class 8; GVW rating 60,000; Capacity 4,000 gallons of potable water; Gas or diesel powered with choice of Manual or Automatic Transmission; Air Brakes; Limited off-road service; Medium to long haul; Wide turning radius; CDL license required COMMENTS: RESOURCE: WHEEL DOZER CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Example ????? 854G – Cat 3508B EUI Diesel All-Wheel-Drive 824G – Cat 3406C Turbo Charged Diesel All-Wheel-Drive Gross Power RPM 2,100 Gross Power kw/hp 656/880 254/340 Weight lbs 212,230 58,697 Blade Height ft/in 6’11” 4’10” Width ft/in 21’8” Moldboard Length ft/in 13’9” Maximum Depth of Cut ft/in 1’4” 1’5” Maximum Lift Above Ground ft/in 3’6” 3’6” Maximum Clearance Under Skid Plate ft/in 5’6” 3’2” Total Tilt ft/in 3’10” 3’11” Width Over End Bits ft/in 20’7” 14’9” Fuel Capacity gal 413 166 COMMENTS: Caterpillar is used as an example only. General Example 854G 824G RESOURCE: WHEEL LOADERS (LARGE 41 CY TO 8 CY) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment Cubic Yards 994D Gross Power 1027 kW (1375 hp); Operating Weight 191200 kg (421600 lb); Rated Payload-Standard 34.5 tonnes (38 tons); Bucket Capacity Range 15-31 m3 (19.5-41 yd3); Reach at Max. Lift/Dump-Std 2263 mm (7.4 ft); Clearance at Max. Lift/Dump-Std 5592 mm (18.4 ft); Bucket pivot at Max. Lift-Std 8157 mm (26.8 ft); Overall Height Bucket Raised-Std 100996 mm (36.1 ft); Overall Length-Std 16809 mm (55.1 ft); Width Over Tires 5499 mm (18 ft); Fuel Tank (1226 gal) 992G Gross Power 656 kw (880 hp); Max. Bucket Capacity 12.3 m3 (16 yd3); Operating Weight 93779 kg (206783 lb); Dump Clearance 4636 mm (19 ft); Fuel Tank 413 gal) 990 Series II Gross Power 503 kW (675 hp); Operating Weight 77141 kg (170067 lb); Rated Payload-Standard 15 tonnes (16.5 tons); Bucket Capacity Range 8.4-9.2 m3 (11-12 yd3); Static Tipping Load, Full Turn 38243 kg (84311 lb); Reach at Max. Lift/Dump-Std 1799 mm (5.9 ft); Clearance at Max. Lift/Dump-Std 4135 mm (13.7 ft); Overall Length-Std 12839 mm (42.1 ft); Width Over Tires 4071 mm (13.3 ft); Fuel Tank (284 gal) 988G Gross Power 388 kW (520 hp); Operating Weight 50183 kg (110634 lb); Rated Payload-Standard 11.4 tonnes (12.5 tons); Bucket Capacity Range 6.3-7 m3 (8.2-9.2 yd3); Static Tipping Load, Full Turn 26960 kg (59436 lb); Reach at Max. Lift/Dump-Std 2113 mm (6.9 ft); Clearance at Max. Lift/Dump-Std 3971 mm (13 ft); Overall Length-Std slightly less that 990 Series; Fuel Tank (176.5 gal) COMMENTS: Caterpillar products used in typing. To better match bucket needs to material conditions, contact dealer and or owner. 994D 992G 990 Series 988G RESOURCE: WHEEL LOADERS (MEDIUM 7 CY TO 3 CY) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment Cubic Yards 980G, 972G In respective order; Max. Flywheel Power 238 kW-213 kW (319 hp-285 hp); Operating Weight 30207 kg-25490 kg (66576 lb-56180 lb); Static Tipping Load 18032 kg (39743 lb); Breakout Force 210 kN (47277 lb); Bucket Capacity Range 3.8-5.7m (7.5-5 yd3); Fuel Tank (124-100 gal) 966G Series II Max. Flywheel Power 194 kW (260 hp); Operating Weight 22870 kg (50400 lb); Bucket Capacity Range 3.5-4.25 m3 (4.5-5.5 yd3); Fuel Tank (100 gal) 962G Series II, IT62G, 950G Series II Max. Flywheel Power 157-146 kW (210-196 hp) Operating Weight 18547-17780 kg (40889-39198 lb); Static Tipping Load 11966-10619 kg (26380-23411 lb); Breakout Force 154-125 kN (34666-28210 lb); Bucket Capacity Range 2.7-3.8 m3 (5-3.5 yd3); Fuel Tank (75 gal) 938G, IT38G In respective order; Max. Flywheel Power 128 kW (172 hp) Operating Weight 13062-13030 kg (28731-28714 lb); Static Tipping Load 9241-7621 kg (20373-16800 lb); Breakout Force 109-124 kN (25096-28020lb); Bucket Capacity Range 2.8-2.5 m3 (3.65-2.9 yd3); Fuel Tank (67 gal) COMMENTS: Caterpillar products used in typing. To better match bucket needs to material conditions, contact dealer and or owner. IT models offer multiple attachments. 980G 972G 966G 962G 950G 938G IT62G IT38G RESOURCE: WHEEL LOADERS (SMALL 7 CY TO 2 CY) CATEGORY: Public Works and Engineering (ESF #3) KIND: Equipment MINIMUM CAPABILITIES: TYPE I TYPE II TYPE III TYPE IV OTHER Component Metric Equipment Cubic Yards 928G, IT28G In respective order; Max. Flywheel Power 107 kW (144 hp); Operating Weight 11836 kg-12134 kg (26094 lb-26751 lb); Bucket Capacity Range 2-5.35 m3 (2.5-7 yd3); Fuel Tank (59 gal) 924G, 924Gz In respective order; Max. Flywheel Power 98 kW (132 hp); Operating Weight 10328 kg-9844 kg (22769 lb-21702 lb); Bucket Capacity Range 1.7-5 m3 (2.2-6.5 yd3); Fuel Tank (59-51 gal) IT14G, 914G In respective order; Max. Gross Power 73 kW (98 hp); Operating Weight 7906 kg-7243 kg (17393 lb-15935 lb); Breakout Force (17270-14007 lb); Static Tipping Load (10094-11737 lb); Dump Clearance 9.58-8.75 feet; Bucket Capacity Range 1.4 m3 (1.8 yd3); Fuel Tank (59-51 gal) COMMENTS: Caterpillar products used in typing. To better match bucket needs to material conditions, contact dealer and or owner. IT models offer multiple attachments. 928G IT28G 924G 924Gz IT14G 914G U.S. Department of Homeland Security Federal Emergency Management Agency National Mutual Aid & Resource Management Initiative Public Works – Page 1