Products & Services
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Supplier: Sanborn Technologies
Description: Coolant Purifier Model CP-2 Economical Automatic Coolant Recovery System The Model CP-2 is an economical centrifugal purification system that removes both tramp oil and fine solids from machine tool coolants. The heart of the CP-2 is the Mitsubishi SJ-700
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Supplier: Sanborn Technologies
Description: Pioneer IFR Systems Integrated Fluid Recovery For Central Systems The Pioneer IFR system is designed for continuous or on-line purification of central coolant sumps. These systems utilize micro-processor controls and an automatic, self-discharging Mitsubishi
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Supplier: Sanborn Technologies
Description: Patriot IFR Systems Integrated Fluid Recovery For Automated Batch Operations Patriot coolant recovery systems incorporate Sanborn Technologies' Integrated Fluid Recovery (IFR) technology for exceptional performance. A high speed 3-phase Mitsubishi disc
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Supplier: SAE International
Description: . Conventional engine cooling system could not meet the demand of the hydraulic retarder heat rejection within the same installation space. In this research, independent two-phase evaporator was adopted to strengthen the coolant heat absorption capacity from the transmission medium at
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Supplier: CECOR
Description: Environmentally Sound, Fiscally Smart CECOR CE10 cleans sumps down to the bare metal in minutes. Sump cleaner side filters out solids. Transport and pump coolant to recovery station for further processing. Then transfer processed coolant back to machine tool. Two tanks, one a
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Supplier: CECOR
Description: Environmentally Sound, Fiscally Smart CECOR CE10 cleans sumps down to the bare metal in minutes. Sump cleaner side filters out solids. Transport and pump coolant to recovery station for further processing. Then transfer processed coolant back to machine tool. Two tanks, one a
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Supplier: CECOR
Description: Collects dirty coolant/distributes clean coolant CECOR Combination Sump Sharks collect and transport contaminated coolant to batch system and delivers fresh coolant to refill the sump. Two separate tanks on a single chassis – the sump cleaner tank filters solids
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Supplier: CECOR
Description: Collects dirty coolant/distributes clean coolant CECOR Combination Sump Sharks collect and transport contaminated coolant to batch system and delivers fresh coolant to refill the sump. Two separate tanks on a single chassis – the sump cleaner tank filters solids
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Supplier: Eaton Hydraulics Group
Description: FLOCS Welcome to FLOCS®: Eaton’s Fast Lube Oil Change System. FLOCS rapidly evacuates and disposes waste engine oil and other hazardous fluids—including antifreeze or solvents—to speed up system maintenance. Featuring electric- or air-powered models (for when electricity is
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Supplier: Duratherm Extended Life Fluids
Description: applications including HVAC Systems, cold storage equipment, and vapor recovery systems – just to name a few. Environmental Intercool OP-100 will readily biodegrade and will not concentrate in common water systems though massive contamination must be avoided. Rapid oxygen
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Supplier: Duratherm Extended Life Fluids
Description: making it the perfect solution for many demanding applications including HVAC Systems, cold storage equipment, and vapor recovery systems – just to name a few. Environmental Intercool P-300 will readily biodegrade and will not concentrate in common water systems though
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Supplier: SAE International
Description: applications. Two basic configurations (exhaust gas only; exhaust gas plus coolant) are selected from numerous illustrated Rankine cycle layouts for a detailed evaluation of heat recovery based on a four-cylinder internal combustion engine (ICE). Furthermore, the impact of different
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Supplier: SAE International
Description: systems, media, and connected vehicles. In this paper, the fundamental principle of TAC technology is described and the TAC waste heat recovery vehicular integration with exhaust is presented. Numerical simulations are performed on light-duty gasoline pick-up truck engine exhausts over
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Supplier: EXAIR
Description: for failed parts, motor failure or working with liquids associated with electric industrial vacuums. Deluxe models include a drum dolly, spill recovery kit and more tools. (drum not included, see Premium version if you need a drum)
- Airflow: 53 to 65 SCFM
- Applications: Coolant / Oil Mist, Metalworking Chips / Fluids
- Capacity: 55 gallons
- Features: HEPA / ULPA Filter
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Supplier: EXAIR
Description: for failed parts, motor failure or working with liquids associated with electric industrial vacuums. Premium models include a drum dolly, spill recovery kit, more tools and a 55 gallon drum.
- Airflow: 53 to 65 SCFM
- Applications: Coolant / Oil Mist, Metalworking Chips / Fluids
- Capacity: 55 gallons
- Features: HEPA / ULPA Filter
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Supplier: DME Company
Description: EXAIR's compressed air operated Reversible Drum Vac System attaches quickly to any closed head 30 or 55 gallon drum. Its high powered vacuum fills the drum in less than two minutes. With the simple turn of a knob, the same stainless steel pump quickly empties the drum. Coolant sumps
- Applications: Coolant / Oil Mist, Metalworking Chips / Fluids, Spill Recovery
- Capacity: 30 to 55 gallons
- Media: Wet
- Vacuum Model: Portable / Pedestrian Unit
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Supplier: EXAIR
Description: EXAIR's compressed air operated High Lift Reversible Drum Vac System attaches quickly to any closed head 30, 55 or 110 gallon drum. Its high powered vacuum is able to lift liquids up to 15 feet and fill a 55 gallon drum in less than 85 seconds. With the simple turn of a knob, the same
- Airflow: 43 SCFM
- Applications: Coolant / Oil Mist, Spill Recovery
- Capacity: 30 to 110 gallons
- Features: Continuous Duty
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Supplier: Cole-Parmer
Description: Formulation: C-544-A I.B.|Applications : Abrasive and viscous slurry transfer, instrumentation control lines, food and cosmetic processing, and coolant recovery systems.|Characte ristics: Exceptional abrasion and tear
- Finish: Clear, Translucent
- Material Choices: Plastic Tubing
- Maximum Inside Diameter / Size: 1 inch
- Outside Diameter / Size: 1.37 inch
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Supplier: Cole-Parmer
Description: Formulation: C-544-A I.B.|Applications : Abrasive and viscous slurry transfer, instrumentation control lines, food and cosmetic processing, and coolant recovery systems.|Characte ristics: Exceptional abrasion and tear
- Finish: Clear, Translucent
- Material Choices: Plastic Tubing
- Maximum Inside Diameter / Size: 1.5 inch
- Outside Diameter / Size: 2 inch
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Supplier: Cole-Parmer
Description: Formulation: C-544-A I.B.|Applications : Abrasive and viscous slurry transfer, instrumentation control lines, food and cosmetic processing, and coolant recovery systems.|Characte ristics: Exceptional abrasion and tear
- Finish: Clear, Translucent
- Material Choices: Plastic Tubing
- Maximum Inside Diameter / Size: 0.7520 inch
- Outside Diameter / Size: 1.06 inch
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Supplier: Cole-Parmer
Description: Formulation: C-544-A I.B.|Applications : Abrasive and viscous slurry transfer, instrumentation control lines, food and cosmetic processing, and coolant recovery systems.|Characte ristics: Exceptional abrasion and tear
- Finish: Clear, Translucent
- Material Choices: Plastic Tubing
- Maximum Inside Diameter / Size: 1.25 inch
- Outside Diameter / Size: 1.75 inch
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Supplier: U.S. Plastic Corporation
Description: Applications: Fuel Tanks, Coolant Recovery, Oil Tanks, Washer Fluid and Specialty Fluids & Coolants for Unique Equipment. Our 2 gallon tank is currently produced in HDPE in both black and natural colors with UV protection in the same rugged construction as our other products.
- Type: Fuel/Oil Tank
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Supplier: U.S. Plastic Corporation
Description: Applications: Fuel Tanks, Coolant Recovery, Oil Tanks, Washer Fluid and Specialty Fluids & Coolants for Unique Equipment. Our 2 gallon tank is currently produced in HDPE in both black and natural colors with UV protection in the same rugged construction as our other products.
- Type: Fuel/Oil Tank
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Supplier: SAE International
Description: thermal management, and PEEM cooling into a single liquid coolant-based system. This system has separate hot and cold fluid streams that are directed to the thermal components as required. The advantages include PEEM waste heat recovery to supplement cabin heating and
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Supplier: Kontek Ecology Systems Inc.
Description: Kontek's BTS SERIES automatic batch treatment systems are designed to handle diverse complicated waste streams. All BTS SERIES systems are supplied complete with every component your treatment process will require. PLC controlled systems include a touch-screen operator
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Supplier: Westerbeke Corporation
Description: "EZ-Bleed" fuel system Fresh water cooling and coolant recovery tank 45 degree water injected exhaust elbow Gear driven raw water pump Tuned air intake silencer Anti-vibration mounts - fail safe rubber type Lube oil drain
- Applications: Industrial
- Fuel Type: Diesel
- Wattage: 17000 watts
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Supplier: Westerbeke Corporation
Description: "EZ-Bleed" fuel system Fresh water cooling and coolant recovery tank 45 degree water injected exhaust elbow Gear driven raw water pump Tuned air intake silencer Anti-vibration mounts - fail safe rubber type Lube oil drain
- Applications: Industrial
- Fuel Type: Diesel
- Wattage: 28500 watts
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Supplier: Westerbeke Corporation
Description: Self-bleeding fuel system Fresh water cooling and coolant recovery tank 45 degree water injected exhaust elbow Gear driven raw water pump Tuned air intake silencer Anti-vibration mounts - fail safe rubber type Lube oil drain hose
- Applications: Industrial
- Fuel Type: Diesel
- Wattage: 7500 watts
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Supplier: Westerbeke Corporation
Description: "EZ-Bleed" fuel system Fresh water cooling and coolant recovery tank 45 degree water injected exhaust elbow Gear driven raw water pump Tuned air intake silencer Anti-vibration mounts - fail safe rubber type Lube oil drain
- Applications: Industrial
- Fuel Type: Diesel
- Wattage: 13500 watts
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Supplier: Proceco Ltd.
Description: An Ideal Zero-Discharge Wastewater Reclamation System Reduce your wastewater hauling and disposal costs substantially while improving your process quality by extracting dissolved contaminants and recycling up to 98% of process water. The Proceco Éco-Smart mechanical vapor
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Supplier: Caterpillar Oil & Gas
Description: modules) Cooling System Gear-driven jacket water (JW) pump Gear-driven separate-circuit aftercooler/oil cooler (AC/OC) pump Engine coolant water drains Exhaust System Dry, gas tight exhaust
- Applications: Industrial
- Portability: Permanent
- Volt-Ampere: 3.08E6 to 3.63E6 VA
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Featured Products Top
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EXAIR's Reversible Drum Vac and High Lift Reversible Drum Vac are ideal for the recovery of fluids like: coolant, hydraulic oils, sludge and chips, waste water, and liquid spills. After undergoing rigorous testing by an independent laboratory, EXAIR’s Reversible Drum Vacs™ have been (read more)
Browse Vacuum Cleaners Datasheets for EXAIR -
EXAIR's High Lift Reversible Drum Vac is ideal for the recovery of fluids like: coolant, hydraulic oils, sludge and chips, waste water, tramp oil and liquid spills. The High Lift Reversible Drum Vac has been engineered to recover liquids found within below grade sumps, wells, underground tanks (read more)
Browse Vacuum Cleaners Datasheets for EXAIR
Conduct Research Top
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Improving Energy Efficiency in Pharmaceutical Manufacturing Operations
By Christina Galitsky, Sheng-chieh Chang, Ernst Worrell, and Eric Masanet, Berkeley National Laboratory, Environmental Energy Technologies Division Properly sized pipe diameters. Increasing diameters can reduce energy consumption to 3%. Heat recovery for water preheating. Up to 90%
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HEAVY WATER ORGANIC COOLED REACTOR. 1000-Mwe NUCLEAR POWER PLANT PRELIMINARY CONCEPTUAL DESIGN. VOLUME II. PLANT DESCRIPTION
Coolant Recovery System .
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HEAVY WATER ORGANIC COOLED REACTOR. Quarterly Technical Progress Report, July--September 1965.
Coolant Recovery System Design Data .
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Motor Truck Engineering Handbook, Fourth Edition
Coolant Recovery System .
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HEAVY WATER ORGANIC COOLED REACTOR. 1000-Mwe NUCLEAR POWER PLANT PRELIMINARY CONCEPTUAL DESIGN. VOLUME I. ECONOMIC ANALYSIS
In the coolant recovery system , the high boilers which are formed in the coolant are removed by distillation, and are converted to usable coolant by catalytic hydrocracking.
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LLNL Waste Minimization Program Plan
Of the twenty-one machine tools in the machine shop areas, seven machines have coolant recovery systems , seven machines are not equipped with recovery systems, and seven do not require such systems.
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