Technology engineered for 24/7 operation and controlled costs

Operational experience and continuous optimization have helped eliminate many installation/execution errors, and the implemented systems are selected for their direct impact on: durability, wash quality, competitiveness, and utility savings.

For investors, this translates into higher uptime, fewer interventions, and a total operating cost that’s easier to budget. In addition, component standardization and the ability to monitor/adjust parameters simplify management and scaling to multiple locations.

📞 Want an optimal technology configuration for your location?

Send the number of bays and your objectives (standard/premium, cold season, cashless), and we’ll propose the technical package and implementation steps.

An eco-friendly system that enables ~30% water savings by reusing the water resulting from the reverse osmosis process (which, in other installations, would be discharged). Savings can reach up to ~600 l/hour, depending on the size of the installation.

How it works (briefly)

• impurities are separated physically, without thermal/chemical/biological transformations, which allows the water to be reused
• full use of the water produced by the osmosis process
• elimination of “hard water” from the car wash water circuit
• up to ~30% water savings from osmosis production

The car wash operates 24/7, 365 days/year, and the GSM/online system is designed for monitoring and rapid intervention.

Key benefits:

• service alerts via SMS in case of a fault
• daily/monthly revenue reports
• remote parameter adjustments (wash time, dosing, bay enable/disable)
• “Happy Hours” (different pricing by time slots or days)

Backup bay (optional): if a bay enters maintenance, it can be disabled and a backup bay can be activated from the touch panel or online, ensuring operational continuity.

The heating system uses AO-Smith condensing boilers and weather-based automation for underfloor heating, with declared cold-season savings (up to ~40%). Heat exchangers with Wilo/Grundfos pumps are used for underfloor heating.

Optionally, independent heating of the bay slab can be implemented (declared savings up to ~30%).

Hydraulics / high pressure:

• CAT 350 pumps + SIEMENS motors controlled via frequency inverters
• GRUNDFOS pumps
• AISI 316 stainless-steel hydraulic installation
• AISI 316 stainless solenoid valves + seals resistant to acids/bases
• Mosmatic / RM / Semperit accessories (per supplier list)

Osmosis system (in-house production):

• osmosis units built with premium components and SIEMENS control, with online management
• Grundfos pumps + AISI 316 stainless-steel installation
• recovery of water from osmosis production included as a technology standard (water savings up to ~30%)

Electrical / automation:

• SIEMENS industrial automation, plus Finder/Schneider components

SPD = a precise liquid chemical dosing system, used to achieve a better washing effect. The “Activator” is presented as an agent that reduces water hardness to 0, for a more effective water-chemistry combination.

Why it matters in operation:

• an independent dosing pump for each bay (a failure affects only one bay)
• pressure monitoring, flow measurement, fine dosing adjustment
• very wide dosing ratio (up to 1:3000, according to the specification)

The CAT 350 pump is described as having a maximum pressure of 150 bar at a flow rate of 10 l/min, and operating at 1000 rpm increases the service life of sealing elements. In addition, frequency inverters and compensators reduce hydraulic shocks (smooth start/stop), with direct benefits for reliability and consumption.

Typical programming:

• Active foam ~50 bar (60°C softened water + shampoo)
• Main wash ~100 bar (60°C softened water + shampoo)
• Brush ~6 bar (60°C softened water + shampoo)
• Rinse ~100 bar (soft water from osmosis recovery)
• Wax ~50 bar (soft water + wax, “nanotechnology”)
• Rinse with osmosis (demineralized) water ~100 bar

Optional:

• Wheel wash ~6 bar (soft water + detergent, 60°C)
• Turbo brush ~50 bar (60°C water + shampoo, via pressure pump)