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VERDA Water Quality Systems

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VERDA Water Quality Systems

VERDA provides the most comprehensive Water Quality Management Systems for Healthcare

09/19/2025

Water quality doesn’t just affect compliance—it impacts patients, instruments, and your bottom line!

In our recent Power Supply Vendor Spotlight™ interview, Jeffrey Paquet shares how VERDA’s water quality expertise is helping hospitals reduce SSIs, protect instruments, and streamline ST108 compliance.

🎧 Listen now to learn how total quality water management can make a difference for your team: https://educate.beyondclean.net/3VVIcZd

08/14/2025

On Tuesday, Belimed and VERDA Water Quality Systems co-hosted Episode 4: AAMI ST108 Implementation Steps — a practical, action-oriented session on building a compliant Water Quality Management Program.

We walked through how to:
✔️Form a multidisciplinary team that can drive results
✔️Conduct system assessments and identify hidden risks
✔️Define water quality specs aligned with ST108
✔️Establish monitoring and corrective action protocols that actually work
✔️Avoid the most common pitfalls we see in the field

The discussion was packed with real-world scenarios, implementation tips, and lessons learned from hospitals already navigating ST108 compliance.

If you joined us live, thank you for your participation!

If you missed it, the recording, key takeaways, and 1 CE are available here: https://educate.beyondclean.net/4mE6Mcl

Question for you:
If your SPD had to prove ANSI/AAMI ST108 compliance tomorrow, where would you feel most confident — and where would you need help?

Stay tuned for Episode 5!

08/11/2025

Join us tomorrow for 👉Water, Water, Water — Everything Water! Episode 4 – AAMI ST108 Implementation Steps

Water quality plays a critical role in the safe and effective reprocessing of surgical instruments—but many SPDs still face uncertainty around where to begin with compliance.

In this episode, we’ll demystify the first steps hospitals need to take to align with ANSI/AAMI ST108. From identifying key stakeholders to understanding your facility’s current water profile, we’ll walk you through the foundational elements of a successful water quality program.

What You’ll Learn:
• The basics of ANSI/AAMI ST108 and why it matters now
• How to determine the types of water used in your reprocessing workflow
• Key systems involved in water purification and softening
• How to build an actionable roadmap for implementation

Join the experts from VERDA Water Quality Systems and SteelcoBelimed for this essential discussion on protecting patient safety through better water quality.

Date: Tuesday, August 12th
Time: 4:00 PM - 5:00 PM CDT
Register Now: https://educate.beyondclean.net/3HtxhT2
1 CE Credit: HSPA & CBSPD

See you tomorrow for this FREE webinar event!

08/05/2025

Hospitals are quickly learning that ANSI/AAMI ST108:2023 changes everything about how water quality is managed in sterile processing. In my latest blog, We break down the first steps, common pitfalls, and real-world risks you can’t afford to ignore — plus how to choose the right path to compliance.

Checkout our latest article: From Risk to Readiness: How to Build an ST108 Water Quality Program
https://verdawater.com/2025/08/04/from-risk-to-readiness-how-to-build-an-st108-water-quality-program/

07/31/2025

Teamwork truly does make the dream work when it comes to water quality! From current state surveys to daily monitoring, every detail matters for safe, effective instrument processing. The path to excellence is paved with collaboration, continuous learning, and the drive to set higher standards together.

Remember, the journey to achieving gold standard water quality is ongoing—and VERDA is here to support you every step of the way!

What’s your next step for elevating your department’s water management?

Visit https://educate.beyondclean.net/4eF93Bo to discover how VERDA can help you reach your water quality goals!

07/23/2025

All in for Water Quality -- Part 8: I’ll Be Watching You(r Water): How to Monitor Your Water Quality

ANSI/AAMI ST108:2023 Tables 5 and 6 outline the testing of the quality of your Utility, Critical, and Steam (condensate) Water at the point of water generation and the endpoints-of-use. Critical Water requires monthly sampling and testing, while Utility Water and Steam condensate can be tested less frequently (i.e. quarterly) if testing indicates that less frequent sampling is adequate.

There are a total of 18 water quality parameters in ST108 that define each water type, categorized into organic contaminants, corrosive agents, scaling agents, and basic water chemistry. Routine testing is required only on a subset of these (i.e. pH, conductivity, alkalinity, hardness, bacteria, endotoxin, and turbidity) if your water quality consistently meets the standard.

However, daily monitoring of Critical Water conductivity is required. It’s common for conductivity to be monitored with in-line sensors to ensure high-quality water is constantly being produced.

ST108 also recommends daily monitoring of the performance of filters, softeners, reverse osmosis systems, deionization tanks, UV irradiation systems, and circulation pumps. This can be done via manual inspection or by an automated monitoring system with alerts and alarms when equipment performance is Out-of-Trend or Out-of-Specification.

Ready to get started? Visit https://educate.beyondclean.net/4llrQ7d to see how VERDA can support your department’s water quality journey.

07/16/2025

All in for Water Quality -- Part 7: Water Fitness: How to Maintain Your Water Treatment System

The best-designed water treatment system won’t produce high-quality water for long if it’s not serviced. Filters need replacement, and softeners maintained. RO membrane performance in both quality and quantity of the product water slowly degrades over time, eventually needing to be replaced.

Deionization (“DI”) tanks should be exchanged frequently. Their resin capacity to extract dissolved solids from the water is eventually exhausted with use, plus they can also harbor bacterial growth, releasing these microorganisms downstream.

Because Critical Water is stripped of disinfectants, it is susceptible to bacterial growth, and regular disinfecting of your Critical Water system is highly encouraged in ANSI/AAMI ST108:2023 for preventative purposes.

Don’t wait until you test positive for high bacteria readings before disinfecting. Instead, disinfecting your Critical Water as part of your routine maintenance, with testing to validate that your proactive disinfections are helping you maintain high-quality water.

Visit https://educate.beyondclean.net/3UbDNAp to learn how VERDA can support your department’s water quality journey.

💧Don't miss Part 8 -- coming next week!

07/11/2025

All in for Water Quality -- Part 6: The Waterwright: How to Create the Water Quality You Need!

The treatment steps and equipment needed to produce Utility Water is different than the equipment needed to produce Critical Water. For example, Utility Water may require sediment filtration, softening, and pH balancing of the municipal water supply to meet ST108 standards.

Critical Water, however, which has significantly higher water quality than Utility Water, can only be produced with water purification, typically using reverse osmosis, deionization, or distillation.

Steam for Sterile Processing might be able to be created from municipal water, but it’s more likely that Steam or Steam Feedwater treatments will be needed to produce the high-quality Steam necessary for Sterile Processing. In regions with water with lots of dissolved solids, purification of the Steam Feedwater may be the only reliable way to produce adequate Steam quality.

Visit https://educate.beyondclean.net/4loB0jy to see how VERDA can support your department’s water quality journey.

💧Stay tuned next week for more water quality insights!

07/03/2025

All in for Water Quality -- Part 5: The Right Water: Selecting the Appropriate Water Quality for Each Stage of Sterile Processing

Selecting the correct water requires you to understand the different potential infection risks for each medical device. Device risk is categorized as non-critical, semi-critical, and critical, depending on the level of human body contact. For example, intravascular, intrathecal, and intraocular medical devices are classified as critical devices because endotoxin contamination on them increases the likelihood of adverse pyrogenic reactions in patients.

Each stage of processing needs to be matched with the appropriate water quality. The water used in cleaning needs to meet the requirements of the cleaning agents. For example, using detergents with higher quality water than intended may result in detergent residue left on rinsed instruments, causing staining and spotting.

OEM equipment may have its own requirements for water quality that can overlap or be more stringent than ST108. Lastly, don’t forget that water temperature is also an important water quality characteristic. Hot water supplied to washer-disinfectors may be too hot for optimal ultrasonic cleaner performance.

Visit https://educate.beyondclean.net/4kpSZVB to learn how VERDA can support your department’s water quality journey.

💧Don't miss Part 6 -- coming next week!

06/27/2025

All in for Water Quality -- Part 4: Water, Water Everywhere: Categories of Water Quality & Why They are Important

ANSI/AAMI ST108:2023 defines three categories of water used in Sterile Processing: Utility Water, Critical Water, and steam (condensate).

Utility Water is mainly used for soaking, flushing, washing, and intermediate rinsing. Critical Water is used for final rinsing after high-level disinfection, final rinsing prior to sterilization, and, in some cases, steam feedwater for medical device sterilization. Steam is the third water category, and its testing for the ST108 standard is done by sampling steam condensate at each sterilizer.

There are different categories of water in Sterile Processing because the water quality needed for each stage of processing medical devices differs depending on the type of medical device (e.g., stainless steel instrument, flexible endoscope, etc.) and the disinfection and sterilization processes used.

Understanding the differences in Sterile Processing water will help you determine when to use what water type in your department and if your water meets the necessary criteria to perform its cleaning and sterilization functions effectively.

Visit https://educate.beyondclean.net/44DtFXh to learn how VERDA can support your department’s water quality journey.

💧Stay tuned next week for Part 5!

06/19/2025

All in for Water Quality -- Part 3: Risky Water Business: Conduct a Risk Analysis of Your Water

Conduct a risk analysis to mitigate the dangers of poor water quality. It’s best performed once you have a complete understanding of your water, how it is treated, and how it is distributed to your department.

A risk analysis should include risk identification, root cause analysis, assessment, mitigation, and monitoring.

Identify the harm from poor quality water, hazards in the water, and hazardous situations in the water.

For example, piping dead legs with stagnant water (hazardous situation) can lead to bacteria growth in your water (hazard), which can cause infections in patients (harm).

Assess your risk by looking at the probability of hazardous situations in your water, the severity of the harm, and the detectability of the hazards.

Once you have this information, you can develop your risk mitigation and monitoring programs.

Visit https://educate.beyondclean.net/44jkSJX to see how VERDA can support your department’s water quality journey.

💧Stay tuned for Part 4!

06/12/2025

All in for Water Quality -- Part 2: Know Thy Water: Conduct a Survey of Your Current Water System

Help implement ANSI/AAMI ST108:2023 by understanding your current setup. Try and answer some of these questions: What is the quality of your current water? Do you filter, soften, reverse osmosis, or de-ionize your water? How do you treat your steam? What do you use for piping? How is the water plumbed? Where are the points-of-use and water sampling locations?

Simplified and visual approaches are effective in communicating all this information. Use a Process Flow Diagram to describe the water treatment steps. For information on piping, points-of-use, valves, gauges, and sensors, create a Process and Instrumentation Diagram.

These documents can explain a lot of details concisely and clearly. An accurate survey of your system is crucial for performing a robust risk analysis of your water, which helps you identify where you may need to make changes.

Ready to get started? Visit https://educate.beyondclean.net/45nKPsY to see how VERDA can support your department’s water quality journey.

💧Join us next week for Part 3!

Address

P. O. Box 672, 2176 Portland Street , Suite 4
Saint Johnsbury, VT
05819

Opening Hours

Monday	8am - 5am
Tuesday	8am - 5pm
Wednesday	8am - 5pm
Thursday	8am - 5pm
Friday	8am - 5pm

Telephone

+18007482322

Website

http://www.verdawater.com/

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