Groundwater Modeling Equipment in Oregon

Serving Oregon | Office in OregonNear Oregon
305 Results found
  • Category: Soil & Groundwater ×

  • Subcategory: Groundwater Modeling ×

  • Location: USA ×

  • Location: Oregon ×

Plume Modeling

by Earth Networks, Inc.     based in Germantown, MARYLAND (USA)

Incident visibility is critical for first responders when managing a chemical, biological or radiological event that has put a community at risk. ADAHSI (Automated Decision Aid System for Hazardous Incidents) is a hazard prediction and agent discovery solution that provides street level hazard visualization needed by first responders for incident ...

Gradall - Model XL 3100 IV - Hydraulic Excavator

by Gradall Industries Inc     based in New Philadelphia, OHIO (USA)

4 x 2 or 4 x 4. Wheelbase: 160” (4.06m). Width 102” (2.6m) Frame: 48” (1.2m) wide, welded plate design. 65 ksi material.

Gradall - Model XL 3300 III - Hydraulic Excavator

by Gradall Industries Inc     based in New Philadelphia, OHIO (USA)

Detroit Diesel UM904 I ier-3 diesel, 4 cycle, inline 4 cylinder, liquid cooled, electronic controlled. Vertical canister style lube filter attached to engine. Remote mount primary fuel/water separator. Gross Rating: 172HP 2000 RPM (129kw) 498 ft. lb. Torque 1200-1600 RPM (675Nm) Net Rating: 152 HP 2000 RPM (114kw).

Dwyer - Model 530 - Vane Operated Air Flow Switch

by Dwyer Instruments Inc     based in Michigan City, INDIANA (USA)

The Model 530 air flow switch provides excellent sensitivity and reliability at a very reasonable price. Quality features include a rugged die cast body, stainless steel vane and SPDT snap switch. Unit is field adjustable from 400-1600 FPM. Mounting is fast and simple, with only two screws needed. Vane fits 6 in. or larger ducts.

Model Power 75 HP - Two Shaft Waste Shredders

by SatrindTech S.r.l.     based in Arluno, ITALY

Medium two-shaft shredders, from the new R series, driven by two hydraulic drives, one for each shaft like in our larger solutions. Sophisticated electronic controls enable to manage each shaft torque depending upon load, thereby maximising performance. In order to take account of different material types, the speed of each shaft can be ...


Model Power 50 HP - Two Shaft Waste Shredders

by SatrindTech S.r.l.     based in Arluno, ITALY

Medium shredders driven by fast hydraulic motors suitable to handle materials even difficult ones such as metal drums and tires. Different shredding chamber dimensions, blade types and thickness allow each machine to be tailored to individual customer requirements.

Model Power 320 HP - Three-Shaft Shredders

by SatrindTech S.r.l.     based in Arluno, ITALY

Large shredders driven by fast hydraulic motors suitable to handle heavy duty applications. Solutions with selection screen that allows to obtain a controlled shred-size of the output material on three dimensions. Withdrawabke screen are fitted on new R Series models allowing the operators to inspect and change worn or damaged sections safely and ...

Model Power 80 HP - Three-Shaft Shredders

by SatrindTech S.r.l.     based in Arluno, ITALY

Medium shredders driven by fast hydraulic motors suitable to handle heavy duty applications even though the motor horsepower is relatively low. Solutions with selection screen that allows to obtain a controlled shred-size of the output material on three dimensions. Different shredding chamber dimensions, blade types and thickness and selection ...

Model Power 220 HP - Two Shaft Waste Shredders

by SatrindTech S.r.l.     based in Arluno, ITALY

Large two-shaft shredder, from the new R series,driven by two hydraulic drives, one for each shaft. Sophisticated electronic controls enable to manage each shaft torque depending upon load, thereby maximising performance. In order to take account of different material types, the speed of each shaft can be independently altered thereby ensuring ...

Model Power 300 HP - Two Shaft Waste Shredders

by SatrindTech S.r.l.     based in Arluno, ITALY

Large two-shaft shredders, from the new R series,driven by two hydraulic drives, one for each shaft. Sophisticated electronic controls enable to manage each shaft torque depending upon load, thereby maximising performance. In order to take account of different material types, the speed of each shaft can be independently altered thereby ensuring ...

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