Drinking-water treatment
Turns well, spring or mains water into water fit to drink with the L1 system: filtration + UV.
View solutionAt Aguas SB we design, develop and supply water-treatment systems with advanced-oxidation modules of 15, 30 and 60 m³/h recirculation flow (combinable in parallel; the treated flow is determined by testing) and L1 domestic drinking-water systems of 1 and 2.5 m³/h at a fixed price. We study your water — source, flow rate and use — and propose the right solution: combined advanced oxidation — electrolysis and electrocoagulation, hydrodynamic cavitation and Venturi aeration — and filtration with UV disinfection when the goal is drinking-water quality.
ISO 9001 certifiedURS · view certificate (PDF)
From treating well water to drinking quality through to industrial wastewater. Choose your case and we’ll specify the right technology.
Turns well, spring or mains water into water fit to drink with the L1 system: filtration + UV.
View solutionIndustrial wastewater treatment and WWTP (EDAR) add-on using advanced oxidation (POAC).
View solutionTreat and reuse water to close the loop: lower consumption and circular use on your site.
View solutionChlorine and pH dosing and measurement to keep drinking water safe and stable over time.
View solutionpH control and suspended-solids reduction for aggregate plants and quarries.
View solutionTell us the source, the approximate flow rate and the intended use. We review your case and advise at no obligation.
Ask for adviceAguas SB integrates four process lines as combined advanced oxidation — electrolysis and electrocoagulation, hydrodynamic cavitation and Venturi aeration. We add only the stages the water analysis requires, without oversizing: the system is sized to your real case, with advanced-oxidation modules of 15, 30 and 60 m³/h recirculation flow (combinable in parallel; the treated flow is determined by testing) and L1 domestic drinking-water systems of 1 and 2.5 m³/h at a fixed price.
Recirculation modules of the industrial line, combinable in parallel; the treated flow is determined by testing. For homes, L1 systems of 1 and 2.5 m³/h.
As a train: the following processes work in recirculation and back each other up to break down what conventional treatment leaves behind; industrial wastewater and as a WWTP (EDAR) add-on.
One electrochemical line: oxidant generation and contaminant destabilisation so they can be separated, without adding reagents.
Controlled microbubbles and collapse in the flow itself, intensifying mixing and oxidation.
Oxygen into the water using the flow’s own pressure, with no compressors or diffusers.
For drinking-water duty we use filtration and ultraviolet disinfection matched to the source, flow rate and use.
A configurator that guides you, a simulator with the official data of every treatment plant, and what we have learned in real cases. No sign-up, no cost.
Five questions in your own words and guidance at the end. The industrial simulator compares a T1 module with a conventional treatment plant, using the typical influent of your country.
Open the configuratorThe 2,174 treatment plants of Spain and 27,630 records across 31 countries, with what each one reports to the EU. From the plant card you can send your plant to the simulator or request public information from your town council or river basin authority.
Map of Spain · International mapTen simulated cases, by type of industry, told by type of industry and without names: what water came in, what was done and what was measured.
Read the casesA look at our systems in operation. More videos on our YouTube channel.
Watch the YouTube channelThe video loads from YouTube (youtube-nocookie.com) only when you press play.
Compact with advanced-oxidation modules of 15, 30 and 60 m³/h recirculation flow (combinable in parallel; the treated flow is determined by testing) and L1 domestic drinking-water systems of 1 and 2.5 m³/h at a fixed price systems that combine, as required, advanced oxidation (POAC), electrolysis, filtration, UV disinfection and dosing, matched to each customer’s water and use.
A clear process with no surprises. We study the water before we propose anything.
We look at source, flow rate, quality and intended use so we understand your case.
We size the system and select the right stages and technologies, without oversizing.
We advise on installation and carry out commissioning and fine-tuning. International shipping available.
Training, technical support and maintenance. Consumables are included with the first installation.
The same technical standard, different scale. We size the system to each need.
Give us the source, the approximate flow rate and the intended use. We reply with a technical proposal for your project.