Reverse Osmosis System Accessories

Understanding Reverse Osmosis System Accessories

Reverse osmosis (RO) systems are essential for producing high-quality, purified water in residential, commercial, and industrial settings. To keep these systems running smoothly and efficiently, several accessories play crucial roles. Among the most important are biodegradable descalers, booster pumps, and flow meters. These components not only improve the performance and lifespan of RO systems but also contribute to sustainability and cost-effectiveness.

Biodegradable Descalers

Biodegradable descalers use non-toxic, eco-friendly chemicals to safely remove mineral deposits from RO systems, helping to prevent clogs, extend membrane lifespan, and ensure consistent water output without harming the environment. Explore available biodegradable descalers at our Canadian warehouse:

Flow Clean Biodegradable Descaler Solution

The Flow Clean Biodegradable Descaler Solution is a complete maintenance solution designed to restore and maintain the efficiency of tankless water heaters. Compatible with 3/4" hot and cold isolation valves, the kit includes a 3.5-gallon bucket, 350 GPH pump, 5-foot rubber hoses, and a 1-litre jug of descaling liquid. It effectively removes lime, scale, and rust deposits, improving water flow, reducing energy costs, and extending equipment lifespan. Ideal for commercial use every 3 months and residential use annually, it helps prevent up to 30% energy loss caused by mineral buildup.

Flow Clean System Descaler Kit

The Flow Clean System Descaler Kit is a complete solution designed to maintain and restore the efficiency of tankless water heaters by removing lime, scale, and rust buildup. Compatible with 3/4" hot and cold service connections, the kit includes a 3.5-gallon bucket, 350 GPH pump, 5-foot hoses, and 1 litre of descaling liquid. Ideal for both residential and commercial use, it enhances heating efficiency, reduces energy costs, and extends equipment lifespan, preventing up to 30% energy loss caused by scale buildup.

Booster Pumps

Reverse osmosis (RO) membranes need water pressure between 50 to 100 psi to function effectively, but in areas with low municipal pressure, RO systems may underperform. A booster pump solves this by increasing feed water pressure, which improves water output, enhances contaminant removal, extends membrane life, and reduces wastewater. Check out the available booster pumps at our Canadian warehouse:

Vectapure Reverse Osmosis System Booster Pump Kit

The Vectapure Reverse Osmosis System Booster Pump Kit enhances the efficiency and output of RO systems by increasing production rates by 20–40% and maintaining a consistent production-to-waste ratio. Ideal for high TDS areas, basement setups, or remote installations, the kit includes a pre-wired pump, pressure switch, AC adapter, push-style fittings, mounting hardware, flow control, and easy-to-follow instructions. With all components included for a hassle-free setup, it’s a reliable solution for improving RO system performance and water flow.

Flow Meters

Flow meters are essential in RO systems for monitoring water flow rates, ensuring optimal performance, and detecting issues like membrane fouling or leaks. Various types are used based on application needs: paddle wheel meters (cost-effective for clean water), ultrasonic meters (non-invasive and ideal for harsh fluids), as well as electromagnetic, propeller, and differential pressure meters. These devices provide real-time flow data, improve system efficiency, support early issue detection, and enable both local and remote monitoring, ultimately helping reduce downtime and maintain compliance. Discover available flow meters at our Canadian warehouse:

Vectapure Flow Meters

Vectapure Flow Meters are precision tools designed for seamless compatibility with the Vectapure™ RSX II Lite Advanced RO System, enabling accurate monitoring of both reject and product water flow. Essential for maintaining peak system performance, these durable and reliable meters, though replacements are unlabeled, offer the same trusted accuracy as the originals. Easy to install and built for long-term use, they help ensure efficient, consistent water filtration by tracking real-time flow rates of permeate and wastewater.

FAQs

1. Why does my reverse osmosis system need a biodegradable descaler if the water already looks clean?

Even if your water appears clear, mineral deposits such as calcium and lime gradually build up inside RO membranes and piping, silently reducing efficiency. A biodegradable descaler safely removes these deposits using eco-friendly ingredients, preventing clogs and extending system life—all without harming the environment or your plumbing.

2. What makes a descaler “biodegradable,” and is it safe for potable water systems?

A biodegradable descaler breaks down naturally into non-toxic components, making it safer for both people and the planet. These descalers are certified to NSF/ANSI 60 and NSF Registered, which means they meet stringent safety standards for use in drinking water systems and food-related equipment.

3. Do all RO systems need a booster pump, or only in specific situations?

Booster pumps are essential when water pressure falls below 50 psi, which is common in basements, remote areas, or buildings with an inconsistent municipal supply. Booster pumps ensure optimal membrane performance by boosting pressure, resulting in faster filtration, better contaminant removal, and reduced water waste.

4. How do flow meters help maintain the health of an RO system?

Flow meters provide real-time data on the rate of water passing through your RO system, helping detect membrane fouling, clogging, or leaks early. They enable accurate monitoring of both product and reject water, which helps ensure efficiency, consistency, and reduces unexpected downtime.

5. Can I use a flow meter and booster pump together in one RO system?

Absolutely—and it’s even recommended. The booster pump improves flow pressure, while the flow meter monitors how that pressure translates into real output and waste ratios. Together, they help maintain system balance, identify inefficiencies early, and extend the lifespan of your filters and membranes.