Intelligent Chlorine Generation & Regulation

THE EFFECTIVENESS OF CHLORINE WITHOUT THE DRAWBACKS!

In-situ chlorine generation by saltwater chlorination
iPOQLOR® SPA2.ME
Clean Water

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Efficiency That Speaks for Itself

98

% Water disinfection efficiency with electrolysis technology

50

% Reduced chemical usage compared to traditional methods

On-Site Chlorine Generation
Clean, Controlled, and
Cost-Effective

Produce your own chlorine—safely, efficiently, and independently. Pool Technologie’s in-situ chlorine generators allow you to generate chlorine directly on-site using only salt and softened water—eliminating the need for external supply chains or frequent chemical deliveries. Unlike traditional saltwater systems, our patented technology keeps salt out of the pool. Instead of integrating the electrolysis cell into the hydraulic circuit, chlorine is produced in a dedicated reactor located in the technical room. The result? A stabilized chlorine solution stored securely and ready for use—without the salt discharge associated with other systems.

No salt added to the pool
Negligible salt in wastewater
Autonomous operation

With over a decade of proven field experience since 2011, Pool Technologie’s SPA2.ME in-situ
systems—formerly known as Pure Chlore combine reliability, safety, and sustainability in one compact solution.

Experience the next generation of chlorine production.

Experience the next generation of chlorine production.

Experience the next generation of chlorine production.

1. Softener
2. Control box
3. Production reactor (top view)
4. Pumps
5. Production circuit entrance
6. Production cell
7. Direct injection into the pipe
8. Connectivity

Fresh chlorine production with a constant concentration and without degradation

iPOQLOR® SPA2.ME – Smart On-Site Chlorine Production with Built-In Comfort

iPOQLOR® SPA2.ME produces sodium hypochlorite (NaClO)—commonly known as liquid chlorine with an active chlorine concentration ranging from 1 to 4 g/L, depending on the model. This low-concentration chlorine brings significant operational and environmental advantages:

Reduced Scaling at Injection Points
Thanks to its low mineral content, iPOQLOR® SPA2.ME chlorine significantly limits scaling, helping to keep injection systems cleaner and maintenance costs lower.
Balanced pH for Lower Acid Consumption With a pH of around 9, compared to 12 for standard liquid chlorine, iPOQLOR® SPA2.ME reduces the need for acid dosing—cutting chemical usage and simplifying pH management in your pool. Enhanced Bathing Comfort

iPOQLOR® SPA2.ME ensures crystal-clear water, no skin irritation, and no eye discomfort—delivering a premium swimming experience for users, with all the safety and reliability of modern chlorine technology.

iPOQLOR® SPA2.ME – Smart On-Site Chlorine Production with Built-In Comfort
Efficient. Safer. Better for Swimmers. Lower Operating Costs – Maximum Efficiency

Efficient. Safer. Better for Swimmers.

Designed for autonomy, safety, and user comfort, iPOQLOR® SPA2.ME redefines the standards of on-site chlorine generation.

Single-unit, compact, Poolsquad® iPO a turnkey solution!

Poolsquad® iPO ORP it’s: Easy to install and maintain: factory pre-wired reactor, ready to be connected to ready to connect to
the hydraulic system
One-piece reactor composed of 5 elements:
– salt tank
– softened water tank (optional)
– brine tank
– dosing pumps
– production cell
Easy access to the reactor sub-assemblies thanks to two hatches (top and side)

Efficient. Safer. Better for Swimmers. Lower Operating Costs – Maximum Efficiency

iPOQLOR® – Sustainable Performance, Maximum Comfort

iPOQLOR® is designed with both efficiency and eco responsibility in mind, offering a smarter way to disinfect your pool—without compromising on water quality or environmental impact. Economical Salt Usage Only one salt refill per season – reduced operating costs and minimal maintenance.
Soft, Odourless Water Enjoy a gentle, chlorine-free swimming sensation with no unpleasant chemical smell. Eco-Friendly by
Design Salt-free wastewater: no salinity impact on the environment Ideal for corrosion-sensitive installations
Constructed using 83% recycled plastics iPOQLOR® brings together performance, sustainability, and bathing comfort in one intelligent system—perfect for public pools, wellness centers, and environmentally conscious facilities.

Efficient. Economical. Engineered for real-world performance.

Efficient. Economical. Engineered for real-world performance.

ORP control for optimized treatment!

Controls the rate of chlorine production by ORP probe Limits the risk of over-chlorination and protects the equipment (liners, cover) ORP setpoint adjustment and permanent display of the value Gold ORP probe specially developed for saltwater
chlorination Safeties: high or low ORP value, setpoint not reached and setpoint ranges overrun Compatible with all configurations: indoor pool, equipped with an automatic cover, a tarpaulin, a shelter...

Efficient. Safer. Better for Swimmers. Lower Operating Costs – Maximum Efficiency

Lower Operating Costs – Maximum Efficiency

iPOQLOR® is not just a smart chlorine generation system—it’s an investment in long-term savings. Reduced Production Costs
Salt is significantly more cost-effective than traditional chlorine products—up to 7 to 10 times cheaper, depending on the form (liquid, tablet, or powder). With on-site production, chlorine is generated as needed, reducing waste and optimising production cycles while lowering energy consumption.

Lower Labour Requirements
Say goodbye to frequent deliveries, manual handling of chemicals, and complex storage logistics. iPOQLOR® reduces staffing needs and maintenance time, streamlining operations
and improving safety.

pH regulation for optimized disinfection !

pH regulation for optimized disinfection !

Smart pH: pH regulation proportional to the volume of the pool and predictive Silent dosing pump Adjustment of the pH setpoint and display of the value pH setpoint overrun and overfeeding safeties indicated by written message Longer lasting Black pH probe factory calibrated Protective lug for extended probe resistance

e-Pool® Connect VS Connected pool timer for variable speed pump + relay antenna

e-Pool® Connect VS Connected pool timer for variable speed pump + relay antenna

• Control of variable speed pumps • (3 speed, skimming, thermoregulated mode, time programming, boost function)
• Watertemperatur • Control of a Besgo®* hydraulic valve for backwash by auxiliary connection • Pre-assembled electrical box with terminal block on rail • Park management: real-time monitoring and optimisation of interventions • Long range LoRaTM radio communication of the modules (> 250 m)
• Alerts with push notifications on MyINDYGO app & emails • Tips for optimising treatment and filtration • Control / programming of 2 auxiliaries (lighting, heat pump, pool cleaner, backwah hydraulic valve) • Cover position sensor imput • Frost protection in thermoregulated mode • Long range LoRaTM WiFi link (> 250 m) Easy installation and connection of the modules

Impact of Storage Time and Temperature on Liquid Chlorine Stability

Impact of Storage Time and Temperature on Liquid Chlorine Stability

Storage time plays a critical role in the degradation of liquid chlorine (typically sodium hypochlorite solution). Over time, the concentration of available chlorine decreases significantly. Studies and field data have shown that concentration losses can reach up to 50% after just 30 days under unfavorable conditions.

This degradation process is significantly accelerated by elevated storage temperatures. Higher temperatures promote the decomposition of hypochlorite ions, leading to the formation of unwanted by-products such as chlorates and oxygen gas, while reducing the disinfectant efficacy of the solution. To minimize chlorine loss, liquid chlorine should be stored in cool, shaded, and well-ventilated areas, preferably in opaque or UV-resistant containers.

Safer Water – Minimizing Harmful By-Products

Safer Water – Minimizing Harmful By-Products

Over time, stored chlorine begins to degrade and form undesirable by-products—notably chlorates, which are potentially harmful to human health when accumulated in pool
water. The formation of chlorates is strongly influenced by two factors:

The duration of storage
The initial concentration of active chlorine. High concentrations and long storage times significantly accelerate chlorate development. With iPOQLOR® SPA2.ME, chlorine is produced fresh and at low concentrations, precisely when and where it’s needed. This drastically reduces the risk of chlorate formation—ensuring safer, cleaner water for bathers and better compliance with health regulations.

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