Cutting Through the Complexity of Industrial Wastewater
When your facility produces wastewater faster than you can dispose of it, every option feels like a compromise. Deep-well injection ties you to permits and seismic restrictions. Trucking drains your budget with every load hauled off-site. Holding ponds fill up and demand more land. If you are searching for a way to reduce liquid volume on-site, permanently and predictably, industrial evaporation systems deserve a serious look. At Evaporation King, we build enhanced evaporation equipment that turns high-volume, high-strength wastewater into water vapor right where it is generated.
Our mission is straightforward: Wastewater Solved. We are a U.S. based designer, manufacturer, and global distributor headquartered across the United States & globally, producing a proprietary line of evaporation equipment for the Mining, Energy, Food & Beverage, Bio & Pharma, Textile, and Waste Management industries. Every unit we ship is proudly designed and manufactured in the USA, and we distribute both factory direct and through an international network of independent dealers, strategic partners, and distributors. This page explains how our industrial evaporation systems work, why they outperform conventional disposal, and how to match the right equipment to your operation.
The Science Behind Enhanced Mechanical Evaporation
Natural evaporation is slow because it depends on limited surface area. A holding pond exposes only its top layer to the air, so evaporation crawls along at a rate dictated by weather and pond size. Industrial evaporation systems solve this problem by dramatically increasing the surface area of the water in contact with air. Our Gladiator series does this through a proprietary atomization process that fractures water into microscopic droplets and disperses them into the surrounding atmosphere.
The way we fracture the water is what sets our technology apart. We spin wastewater through precision-engineered atomizer components at very high rotational speeds, breaking the liquid into an optimized droplet spectrum. This fine mist maximizes the ratio of surface area to volume, so ambient wind and heat drive rapid evaporation. Because we rely on environmental energy rather than fuel-burning thermal inputs, the process is remarkably cost-effective, running at less than one dollar per one thousand gallons for our grid-powered units and effectively zero operating cost for our solar-powered Gladiator 60S.
The single most important technical achievement of our equipment is its tolerance for total dissolved solids. We are the only atomization system that can run the RPMs we run and still handle the liquids. The droplet spectra we create can process the highest dissolved solids in the industry, between 250,000 and 300,000 TDS, without fouling, clogging, or failing. The mist our systems generate solves all of the pain points that defeat conventional treatment technologies when they encounter hypersaline brines and heavily loaded process streams.
Why On-Site Evaporation Beats Conventional Disposal
The economics of wastewater management have shifted sharply in recent years. Trucking costs continue to climb with fuel prices and driver shortages, and disposal fees per barrel add up quickly across a full year of operation. Deep-well injection capacity is becoming limited in many regions due to induced seismicity concerns, tightening permit availability, and rising liability. Against this backdrop, an on-site evaporation system offers a level of control that outsourced disposal simply cannot match.
We designed our equipment to eliminate the recurring costs and dependencies that erode margins. Once a Gladiator unit is deployed, there are no hauling fees, no disposal well required, and no civil construction needed to get running. Operators typically see payback in under twelve months when compared to hauling and underground disposal. We offer the most efficient equipment with the least amount of maintenance, which keeps your total cost of ownership low and your operating budget predictable over the entire service life of the system.
Below are the core advantages that make our industrial evaporation systems a practical solution for demanding facilities:
- Extreme TDS tolerance: Process wastewater with dissolved solids concentrations up to 300,000 parts per million without the fouling that stops conventional systems.
- Low operating cost: Leverage ambient wind and heat instead of expensive thermal fuel, keeping per-gallon costs at or below one dollar per thousand gallons.
- Minimal maintenance: Fewer moving parts and rugged construction reduce downtime and unplanned service calls.
- American-made reliability: Every unit is designed and manufactured in the USA with quality standards you can count on.
- Rapid deployment: Trailer-mounted configurations let you mobilize equipment quickly to new sites or temporary locations.
- Scalable throughput: Match a single unit or a multi-unit array to your exact pond size and volume requirements.
Industries and Waste Streams We Serve
Industrial evaporation is not limited to a single sector. Any operation that generates a liquid waste stream too concentrated, too remote, or too costly to dispose of conventionally is a candidate for enhanced evaporation. Our Gladiator series is designed for Mining, Oil & Gas, Municipal, Chemical, and all other types of related industrial process wastewater verticals, and our customers apply the technology across a wide range of challenges.
In mining, tailings ponds and mineral processing streams carry heavy metals and dissolved solids that make discharge difficult. In oil and gas, produced water and flowback arrive at the surface in enormous volumes with brine chemistry that resists treatment. Municipal wastewater treatment plants use evaporation to manage biosolids concentrate and reject streams. Food and beverage producers deal with high-strength process water, while chemical manufacturers face some of the most complex effluent profiles found anywhere. Landfill operators rely on evaporation to reduce leachate volume, and stormwater management programs use it to handle contained runoff. Across all of these applications, the same proprietary atomization technology and 300,000 TDS tolerance apply.
Because we produce various models for both high-volume and lower-volume applications, we can serve a small remote site with a single compact unit or a major facility running continuous high-capacity arrays. This flexibility is what allows a single technology platform to address such a broad spectrum of industrial needs.
The Gladiator Series Lineup
Every Gladiator model shares the same proprietary atomization technology and the same 300,000-plus TDS tolerance. The difference between models comes down to volume and power source, so the right choice depends on your flow rate, your grid access, and the size of the pond or stream you need to manage.
The Gladiator 60S is our off-grid, one-hundred-percent solar-powered unit rated at 60 gallons per minute. It is the only solar system rated for 300,000 TDS and carries zero operating cost with no grid connection and no fuel. It is the ideal choice for remote and off-grid sites where running power is impractical. The Gladiator 80 is our high-efficiency electric unit at 80 gallons per minute, built for sites with grid access that need maximum throughput in a minimal footprint. It serves as an excellent entry point into grid-powered enhanced evaporation and runs at less than one dollar per thousand gallons.
Stepping up in capacity, the Gladiator 120 delivers 120 gallons per minute and roughly 300,000 gallons per day, making it the workhorse for most large-scale operations that need high volume without compromise. At the top of the lineup, the Gladiator 720 processes 720 gallons per minute, delivering industrial-grade evaporation for the very largest wastewater volumes. All electric models feature trailer mounting, adjustable masts from four to twelve feet, auto shutoff, built-in walkways, Weather Droplet Control compatibility, and modular stackable designs so you can expand as your needs grow.
Choosing between models is simply a matter of matching the system to your pond and your production rate. Our engineers can walk you through the flow calculations, the site conditions, and the payback analysis so you deploy exactly the right amount of capacity, no more and no less. Reach out to talk with an engineer about your specific waste stream, and let us show you what enhanced evaporation can do for your operation. Wastewater Solved.
