Solutions / Wastewater

Wastewater treatment technologies

Physicochemical, biological and reuse processes that we combine according to the pollutant load, the flow and the quality your effluent must meet. Learn how each technology works and when it is the right choice.

Stainless steel GEM flotation system with mixing heads, control panel and chemical dosing at Industrias Ales

7 technologiesPhysicochemical and biological

Physicochemical systems

They separate suspended solids, colloids, fats and oils. They are usually the first treatment stage or the pretreatment for a biological process.

Rapid mixer with vertical agitator dispersing coagulant in a wastewater tank

Coagulation

Destabilizes colloidal particles through controlled coagulant dosing, so they can be separated in the following stages.

Flocculator with slow-mix agitators and flocs forming on the water surface

Flocculation

Clumps destabilized particles into larger flocs through slow mixing, making them easier to separate.

Stainless steel GEM flotation unit with vertical LSGM heads and control panel

GEM system

Advanced flocculation and flotation from Clean Water Technologies in a single unit, to separate solids, fats and oils.

Biological systems

They use microorganisms to degrade biodegradable organic matter. Anaerobic processes work without aeration and generate biogas; aerobic processes achieve higher-quality effluents.

Cylindrical UASB anaerobic reactors with access platforms at a wastewater treatment plant

UASB system

Upflow anaerobic reactor with low energy consumption and less sludge.

EGSB anaerobic reactor with vertical tanks and access structure at an industrial plant

EGSB system

Expanded granular sludge anaerobic reactor for high organic load effluents, in a small footprint and with biogas generation.

Stainless steel MBBR reactor with moving plastic media and air diffusers in operation

MBBR system

Aerobic moving bed reactor: microorganisms attached to plastic carriers degrade organic matter in a compact volume.

Containerized stainless steel MBR unit with tanks, piping and control panel

MBR system

Membrane bioreactor that integrates biological degradation and membrane filtration in a compact system.

Reuse systems

They condition treated wastewater with filtration and membranes, according to the quality required by the reuse application.

Sediment and activated carbon filters with automatic valves at the PRONACA plant

Multimedia filtration

Retains remaining suspended solids and turbidity to protect the membranes and downstream processes.

Ultrafiltration module with membranes in parallel and stainless steel frame at Laboratorios LIFE

Ultrafiltration (UF)

A physical barrier that retains bacteria, viruses, colloids and organic matter without chemicals.

Reverse osmosis system with membrane housings, vertical pump and control panel

Reverse osmosis (RO)

Removes dissolved salts and metals to obtain high-quality water suitable for reuse in demanding processes.

Not sure which technology your effluent needs?

Send us your wastewater characterization and the flow to be treated. We will assess your case and propose the right treatment train, with local installation and technical service.

Contact us

Office in EcuadorDe los Eucaliptos E8-70 y calle E9, Quito 170307

Phone+593 99 871 1330
+593 2 280 8126

Emailinfo@sanitronec.com

Office hoursMonday to Friday
9:00 a.m.–12:00 p.m. and 1:00–6:00 p.m.

Office in the United States9995 NW 9th St. Circle, Suite 3, Miami, FL 33172
+1 786 972 2008