- Economical volume reduction: Evaporates water content to slash disposal costs, storage needs, and handling time
- Flexible energy options: Available in gas or electric heated models with evaporation rates from 12 to 55 gallons per hour
- 24/7 automation ready: Optional Auto Fill System enables unattended operation and continuous duty
- Rugged, long-life build: Quality materials and equipment deliver trouble-free operation backed by thousands of systems in service
- Proven safety package: Redundant shutdowns plus AGA/CGA certified burners, ignition, airflow sensing, and protected blowers
- High-efficiency heat transfer: Large 6-1/2″ Schedule 10 immersion tubes maximize surface area and minimize hot spots
- Easy cleanout design: Obstruction-free funneled floor and perimeter tubes simplify draining and maintenance
- Zero liquid discharge potential: Simple power exhaust vents vapor to atmosphere—water vapor is not considered a pollutant
IN STOCK. READY TO SHIP. PROBLEM SOLVED.
Got wastewater piling up? Get high-rate evaporation with simple controls, safety shutoffs, and optional autofill for continuous operation—no waiting around. Just ask.
Waste Water Evaporator Features
The ShoreVAP waste water evaporator has been engineered to efficiently evaporate the water content from many non-combustible waste water sources.
01
Design
- Engineered for evaporation: Power exhaust releases moisture to air, leaving only small residue for disposal
- Model flexibility: Gas or electric heated configurations with 12–55 GPH capabilities
- Heavy-duty construction: 12 ga. tanks, 3/8″ tank-top frames, and 16 ga. exterior sheet metal
- Optimized heat exchangers: 6-1/2″ diameter Schedule 10 burner tubes located above a funneled floor
02
PERFORMANCE
- Massive volume reduction: Cuts liquid waste, storage area, labor, and disposal frequency
- High surface area efficiency: Oversized tubes improve distillation accuracy and reduce misting
- Continuous operation: Optional Auto Fill System allows 24-hour unattended runs
03
SAFETY
- Redundant shutdowns: Primary low level control and thermostat-controlled high-temperature protection
- Certified combustion: AGA/CGA burners with gas pressure regulation, electronic ignition, and flame rectification
- Airflow assurance: Positive airflow sensing and thermally protected blowers
04
INSTALLATION & MAINTENANCE
- Easy setup: Designed for simple installation and efficient operation
- Fast cleanouts: Fully removable cover and obstruction-free funneled floor simplify sludge removal
- Service access: Perimeter-mounted tubes leave a deep center for draining liquids
WHY SHOREVAP WASTE WATER EVAPORATOR MATTERS
When liquid waste is costly to store and haul, high-rate evaporation with built-in safety and simple cleanout turns “no discharge” from a rule into a routine.
The Challenge: NO DISCHARGE ZONE Pressure & Costly Wastewater Handling
The ShoreVAP waste water evaporator has been engineered to efficiently evaporate the water content from many non-combustible waste water sources. A power exhaust system releases the moisture into the air, leaving only a small residue requiring disposal.
This massive reduction in the volume of liquids requiring disposal not only slashes disposal costs, but also economizes by reducing storage area requirements, labor and time for handling, and frequency of disposals. All ShoreVAP water evaporators have been designed to operate simply and efficiently, and are constructed of quality materials and equipment to assure trouble-free operation and long-life service, as demonstrated by the thousands of systems in service. Installation is easy.
The ShoreVAP is available in gas or electric heated models. Call us for our water evaporation energy calculation sheet. Evaporation rates range from 12 to 55 gallons per hour. An optional Auto Fill System automates the process and allows for 24 hour operation.
Make your place the NO DISCHARGE ZONE! The SHOREVAP wastewater evaporator ZERO LIQUID DISCHARGE With this simple, rugged device, all your waste waters automatically heated to boiling and turned into vapor that is then vented to atmosphere through a blower-assisted stack. Venting is easy. Water vapor is not considered a pollutant. DOES IT AFFECT YOU? You bet! The FEDS are coming!
List of No Discharge Zones(NDZ) by State
Zero liquid discharge This is NOT a Hubble Telescope—-it’s a simple THUG of a wastewater evaporator. Well proven Simple construction for over 20 years simple controls, simple operation and the waste water is simply gone. Also available in electric powered…with no emissions.
Gas Fired ShoreVAP Specifications
| SPECIFICATIONS: | Model SVG120 | Model SVG240 | Model SVG375 |
|---|---|---|---|
| Maximum Evaporation Rate* | Batch Mode: 17 GPH (64 L) Auto-Fill Mode: 12 GPH (45 L) | Batch Mode: 26 GPH (98 L) Auto-Fill Mode: 18 GPH (68 L) | Batch Mode: 55 GPH (208 L) Auto-Fill Mode: 40 GPH (151 L) |
| Tank Capacity | 120 Gallons | 240 Gallons (925 L) | 375 Gallons (1420 L) |
| Tank Construction | 12 Gauge Tank w/ 1" Insulation; 16 Gauge Painted Exterior | 12 Gauge Tank w/ 1" Insulation; 16 Gauge Painted Exterior | 12 Gauge Tank w/ 1" Insulation; 16 Gauge Painted Exterior |
| Tank Height | 36" | 36" | 54" |
| Oil Skimmer | Adjustable Weir Ball Valve | Adjustable Weir Ball Valve | Adjustable Weir Ball Valve |
| Heating System | Gas: Natural Gas or Propane; 200,000 BTU; 81" x 6-1/2" Heat Exchanger | Gas: Natural Gas or Propane; 285,000 BTU; 141" x 6-1/2" Heat Exchanger | Gas: Natural Gas or Propane; 400,000 BTU; 381" x 6-1/2" Heat Exchanger |
| Dimensions | 43" L x 35" W x 54" H 43" L x 45" W x 54" H (with Pump/AFS) | 73" L x 35" W x 54" H 73" L x 45" W x 54" H (with Pump/AFS) | 73" L x 35" W x 77" H 73" L x 45" W x 77" H (with Pump/AFS) |
| Utility Requirements | 3/4" Gas Line, 7" to 14" W.C., 120 VAC/13 Amp/1 Phase | 3/4" Gas Line, 7" to 14" W.C., 120 VAC/13 Amp/1 Phase | 3/4" Gas Line, 7" to 14" W.C., 120 VAC/13 Amp/1 Phase |
| Drain | Funnel Floor; 2" Drain with Plug | Funnel Floor; 2" Drain with Plug | Funnel Floor; 2" Drain with Plug |
| Shipping Weight | 600 lbs. | 800 lbs. | 1100 lbs. |
| Warranty | One Year Parts & Workmanship, Labor & Corrosion excluded | One Year Parts & Workmanship, Labor & Corrosion excluded | One Year Parts & Workmanship, Labor & Corrosion excluded |
* Evaporation rates are calculated using water only. Your evaporation rate may be different depending on your waste stream and environmental conditions. Evaporation rates will be less with electric over natural gas.
GAS-FIRED UNITS operate on as little as $0.05 per gallon evaporated. Construction includes our rugged 3/8” tank-top frames and heavy 12 gauge tanks of carbon steel, 316L stainless steel, or other alloys. Safety systems include primary low level control and thermostatic control. In addition, all gas-fired units include AGA/CGA certified burners with gas pressure regulation, automatic electronic ignition, flame rectification sensing, positive airflow sensing, and thermally protected blowers.
These units use large 6 1/2” diameter, Schedule 10, immersion tube heat exchangers which are located well above a funneled floor to allow significant collection and concentration of sludge and solids without covering the burner tube. The oversized heat exchanger surface area is extremely efficient, allowing for a more accurate water distillilation while avoiding water misting. The obstruction-free funneled floor and perimeter mounted burner tubes simplify clean out. Our exclusive variable weir skimmer is standard on all units.
Industries Served & Applications: Many of the wastewater streams found in the following applications and industries have been reduced with the ShoreVAP. Machine Coolant Water, Parts Washer Water, Hot Tank Water, Stem Cleaner Water, Dye Penetrants, Floor Scrubber Water, Water Base Paint Washup, Alkaline Cleaners, Stencil Cleaner, Wire Draw Compounds, Phosphatizing Compounds, Paint Spray Water, Compressor Concentrates, Mop Waters, Rinse Waters, Die Cast Solutions, Water Based Inks, Tumbling and Vibratory Fluids, Photographic Solutions. FEATURES: Evaporation is the simplest and most cost effective method for minimizing a wide variety of industrial water-based waste streams. It has been approved by many regulatory agencies around the country as a safe and accepted method for on-site wastewater minimization. SkimOIL ® , with the experience gained from over 20 years of manufacturing experience and thousands of systems in the field, is the industry leader in providing high value, reliable, and easy-to-operate wastewater evaporators. All ShoreVAP Waste Water Evaporators come with the following standard features. HEAVY DUTY CONSTRUCTION: The harsh environment inside a wastewater evaporator requires that only heavy gauge materials be used. All tanks (Carbon and 316L Stainless Steel) are of mig welded, 12 gauge steel construction (316L Stainless steel units also have covers, lid, and vent stack of stainless steel). The top tank frame, which provides rigidity and support, is of solid 3/8″ steel plate. The electrically heated Model 85E also has a 3/8″ solid steel plate floor/heat exchanger. On the gas fired systems, the burner tubes are manufactured with Schedule 10, 6½” O.D. tube. All exterior sheet metal is 16 gauge painted steel. EASE OF CLEANOUT: The largest operating cost of a water evaporator (which other evaporator manufacturers do not like to discuss) is the maintenance time required to clean the sludge and/or concentrate from the system. Being well aware of this from our many years of manufacturing experience, ease of cleanout was a primary concern in the design. To minimize cleanout time, a fully removable cover is provided that allows for complete access to the entire tank. Next, most have a low top frame height which allows easy accessibility without the need of footstools or stands. On the gas heated ShoreVAP units, the burner tubes are located around the perimeter of the tank, leaving an obstruction free center cleanout area with a deep funneled floor for draining of liquids. The electric units, have an obstruction free floor with a 2″ step down drain port for draining free flowing fluids.. SAFETY SHUTDOWNS: All ShoreVAP water evaporators have redundant shutdown systems to ensure proper and safe operation. The primary shutdown is a low level displacement switch that deactivates the heating system when the fluid level reaches a point just above the heat exchanger surface. The secondary shutdown is a thermostat controlled sensor that measures the temperature of the heat exchanger surface. By measuring the actual heat exchanger surface, the unit can sense high sludge or oil buildups that are not easily detected using externally mounted thermostats. On gas fired units, an AGA certified burner with electronic ignition provides additional safety systems. ENERGY EFFICIENCY: As the volume of wastewater increases, the energy costs of evaporation rise accordingly. The key to energy efficiency is the heat transfer area of the burner tube or heat exchanger. The large, 6½” diameter burner tubes on the gas models provide as much as 200% more heat transfer surface than competitive systems, thereby minimizing heat up time and decreasing energy costs. This large surface area has an additional advantage in that fewer hot spots are created and any sludge or scale buildup which can insulate and reduce system efficiency is minimized. Of course, all of our water evaporator tanks are fully insulated to further increase efficiency and safety of the system.
Frequently Asked Questions
What types of wastewater can this system handle?
It is engineered to efficiently evaporate the water content from many non-combustible wastewater sources.
What are the available evaporation rates?
Evaporation rates range from 12 to 55 gallons per hour, with specific batch and auto-fill rates by model.
Does it offer continuous unattended operation?
Yes, an optional Auto Fill System automates the process and allows for 24-hour operation.
Are there gas and electric options?
The unit is available in gas or electric heated models.
What safety shutdowns are included?
Redundant shutdowns include primary low level control, thermostat-controlled protection, certified burners, electronic ignition, airflow sensing, and protected blowers.