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Faq

Faq

Have Questions?

Below are answers to frequently asked questions. If you require more assistance, please contact us.

How does the Water Evaporation Mobile Unit work?

Our solutions use filterless water evaporation© technology. It is a proprietary evaporation method, using no filters. Our method simply evaporates seawater or wastewater down to pure H20 vapor.

What is the Water Evaporation Rate of your mobile unit?

Our system can evaporate 25 gallons per minute, per reactor, with 4 reactors on a trailer unit, for a total evaporation rate of 100 gallons per minute of waste waters per Water Evaporation Mobile Unit. We can currently evaporate storm surge and other low-salt-content waters, at a rate of 12.5 gallons per minute.

How much salt does the Water Evaporation Mobile Unit produce?
Dry salts are collected in a roll-off box at a rate of 136 m3/day (25 gallons per minute) per reactor.
How much salt does the Water Evaporation Mobile Unit produce?
Dry salts are collected in a roll-off box at a rate of 136 m3/day (25 gallons per minute) per reactor.
What Power Source Does the Water Evaporation Mobile Unit Use?
Our mobile unit uses electrical energy requiring 100 amps at 240 VAC per reactor (each trailer has 4 reactors), plus 75 cfm of air at 80 psi, so no thermal energy or other sources are necessary. It can receive 240 VAC from a transformer, diesel generator, natural gas generator, solar, or other source.
Can Your Systems be Leased or Rented?

Yes, leasing is the predominant method of service used by our clients.

What's the Difference Between Your System and Competitor Systems?
Our system is the sole commercial water evaporator capable of reducing any water or wastewater to dry salts in a single step, processing up to 25 gallons per minute per reactor. It offers a mobile solution for water disposal, with no liquid byproduct available for reuse.
How does Reverse Osmosis work?

Reverse Osmosis (RO) operates through an advanced filtration system, where the RO membrane serves as a selective barrier, permitting water molecules to pass while effectively blocking dissolved salts and impurities. This process necessitates the use of specialized filters, membranes, and chemicals, along with regular and high-level maintenance to ensure optimal performance.

Do I need to purchase consumable items for the Water Evaporation Mobile Unit?

Our system eliminates the need for filters, membranes, or pre-treatment chemicals, resulting in substantial cost savings for water treatment operations. Routine maintenance expenses, such as pump seal replacement, are fully covered under our lease warranty, which is essential for the reliable operation of any desalination or wastewater treatment system.

How Effective is Your Evaporation Method?

Our method is the only system in commercial production that can take any waste water down to dry salts, without making a brine or other liquid water stream requiring further treatment or alternative disposal.

Can Your System Can be Used at Large Scale Desalination Facilities?

Yes, most definitely and for significantly reduced costs to current disposal of brine from RO and MSF systems. Reduced costs include less for ‘set up’, consumables, maintenance, labor. Our mobile units can be a complementary system to any RO system, or other brine-producing process because our method eliminates the need for liquid water disposal, associated trucking costs, and deep well injection.

What Types of Locations and Situations Can Your System be Used for?

Our system is mounted on a trailer so it can be driven to any location, even remote areas. Hence, it’s applicability for industrial sites, commercial sites, exploration sites, AMD sites, humanitarian aid sites, and even disaster relief situations. Our evaporation system can also be produced as a stationary unit on the ground.

What Types of Locations and Situations Can Your System be Used for?

Our system is mounted on a trailer so it can be driven to any location, even remote areas. Hence, it’s applicability for industrial sites, commercial sites, exploration sites, AMD sites, humanitarian aid sites, and even disaster relief situations. Our evaporation system can also be produced as a stationary unit on the ground.