Fast Setup and High Hygiene: Engineering the Perfect Commercial Water System

It is counterproductive to install a water system that is quick to install but difficult to clean. On the other hand, it is impractical to install a hygiene-focused water system that requires weeks to put into operation. Armed with decades of experience, Aquatal has established itself as a global leader in the water treatment arena, delivering a comprehensive portfolio of water filtration and purification solutions to meet the diverse needs of the global market.

Speeding Up Commercial Installation with Color-Coded Tubing and Pre-Tested Components

Traditionally, commercial water systems are delivered with unlabeled tubing, obscure connections, and absolutely no designation for which line goes where. Manuals get lost, installation drawings are confusing, and misplaced lines result in wasted water, damage to parts, and countless hours spent troubleshooting the system. For a business, the longer the installation takes, the more money is lost due to decreased productivity and delayed operations.

All exterior tubing uses clearly defined, color-coded lines that distinguish between function. Red lines designate feed water input, blue lines designate product water output and green/yellow lines designate concentrate/waste lines, and both ends of each tube are marked with printed text designations for unambiguous connections. Each system comes with a laminated, quick-reference chart taped to the front of the control panel depicting the precise locations where each color coded tube is to be connected. Major system components each display labels clearly identifying function and normal operation parameters. These built-in visual cues minimize installation time for facility personnel, even for those whose expertise may not lie specifically in water treatment systems.

In addition to clearly labeled, easy to connect lines, each and every system is fully assembled and pre-tested at our facility prior to shipment. All internal plumbing, all membrane housings, all pumps, all valves and all control electronics are fully installed, tested and verified prior to the system being placed into a shipping crate. The leak test performed on every unit is run under actual operating pressures to ensure that there are no leaks through any connection, seal or component part prior to its being delivered to the customer's location.

Lowering Long-Term Expenses through Energy Efficiency and Smart Leak Protection

Energy consumption and water damage are both major long-term costs that are virtually impossible to control on conventional water systems. In most conventional water systems, compressors are simply set to a fixed speed and run at their maximum capacity regardless of demand; power consumption during overnight and weekend/holiday downtimes can waste a significant amount of energy. Traditional water systems often possess no intrinsic leak detection systems. While this seems insignificant, even a tiny leak could result in water damage that may cost tens of thousands of dollars in terms of repairs, mold removal, and business interruption.

These systems employ either variable-speed compressors or thermoelectric technologies that adapt their cooling capacity based on the volume of water consumed at any given moment. System operation automatically shifts to maximum cooling capacity during peak demands, and to a minimal cooling rate with enough energy to hold the water at the required temperature during times of low demand, like the night time. Added to an advanced insulation system that allows units to retain temperature for hours, these systems consume an average of 30 to 50 percent less energy than conventionally-designed systems.

Smart leak detection is designed to prevent costly water damage that has become all too common for facility managers who rely on traditional water systems. All built-in systems monitor for the presence of water throughout the entire system's plumbing. In the event that a leak is detected, an electric valve automatically shuts off the input feed water stream within seconds and provides an immediate visual and audible warning signal to facility personnel.

Guaranteeing User Safety with Antimicrobial Materials in Touchless Dispensing

Every element of a highly effective, reliable, energy efficient and easily installed water system is moot if the point of delivery is compromised and results in poor water quality. Push buttons, lever and spigots are handled hundreds of times between cleaning procedures and transfer countless numbers of bacteria, viruses and other harmful pathogens.

Touchless dispensers remove completely any surface that must be touched in order to receive water. Infrared or capacitive sensors detect a cup placed beneath the dispensing head (or the presence of user's hands in the case of hand-washing facilities) and activate the dispenser head automatically. When the cup is removed, the flow of water stops automatically.

In addition to touchless access, all surfaces are treated at the molecular level with antimicrobial properties integrated directly into their structure as opposed to being merely coated on the surface and worn off by repeated cleaning. These treatments remain active, and actively work to suppress bacterial growth on the dispenser's external surfaces even during peak demand. Independent studies have consistently verified significant reduction in the numbers of bacteria that grow on treated surfaces.

For those businesses and facilities seeking a rapidly deployable, and hygienically advanced water treatment system, our carefully engineered solutions provide all of the necessary features. Aquatal's capabilities encompass sophisticated technology, robust quality, tailored systems, effective manufacturing, knowledgeable assistance, global reach and sustainable solutions. An effective commercial water system should not ask facility managers to make an unavoidable compromise between quick setup and impeccable hygiene-with Aquatal, they can receive both.