The Case for Filters in Schools

Tommy Stricklin from SpringWell Water Systems recently dished out some info about water contamination in U.S. schools and breaks down Michigan's "Filter First" law.

Happy Monday y’all!

Let us be the first to wish you a blissful end to Q3 and a happy October. It’s officially spooky season.

Alright, now for the news.

The Case for Filters in Schools

Tommy Stricklin from SpringWell Water Systems recently dished out some info about water contamination in U.S. schools and breaks down Michigan's "Filter First" law. This law tells schools to install certified water filters for drinking and cooking, and Stricklin points out that old school buildings often have pipes that can leak lead and other contaminants into the water. He also highlights how water filters not only make water safer but also improve taste and could save schools a chunk of change compared to bottled water. The article mentions filters that meet NSF/ANSI 42 and 53 standards, and that there’s $50 million earmarked to help Michigan schools get on board.

Water Testing for Government-Leased Buildings

Florida Water Process Services (FLWPS) recently put out an article about new water testing rules for buildings rented to the government. As of March 2024, landlords leasing to government agencies need to check their water for contaminants like lead, copper, and Legionella. The article spells out who's on the hook for testing, what steps to take, and how much it'll cost. Building owners can't just grab a test kit from the hardware store; they need to bring in testers with special certifications. The testing has to cover at least 10% of water spots or five outlets, whichever is more. FLWPS breaks down their pricing: $1,603 for a CDC Legionella sample, $229 a pop for domestic water samples, and various other tests ranging from $80 to $98 each. All told, a typical building might be looking at a bill of $3,500 or more.

Are UV Water Systems Effective?

Pristine Water Softeners recently published an article that promotes UV water sterilization systems, more specifically breaking down how these devices work. The team explains that UV light disrupts the DNA of bacteria, viruses, and even protozoa that sometimes dodge chlorine. It's a quick process too - just seconds of UV exposure for clean water. The piece points out that UV systems are pretty low-maintenance, only needing a new bulb once a year, and work well in homes and businesses. The article touches on some maintenance tips, like keeping the quartz sleeve clean and checking the water flow rate.

Iron in Michigan Well Water

American Aqua, sporting a team of 35 employees and based in Southeast Michigan and Northern Ohio, recently published a detailed guide on iron in Michigan well water. The article explains that well water can contain four types of iron: ferrous, ferric, organic, and colloidal. Each type causes different issues, like staining and metallic tastes. The guide breaks down how to identify these iron types and outlines various treatment methods. For instance, ferrous iron needs oxidation before filtration, while organic iron might require chlorine treatment to eliminate bacteria. Some types, like colloidal iron, are particularly challenging to remove. The article emphasizes the importance of regular water testing and selecting the right filtration system based on the specific iron type present.

What else is happening:

Stay frosty.

-Kevin