Maintaining a borehole in optimal condition is essential for ensuring a reliable and clean water supply. Over time, boreholes can accumulate sediments, biofilms, and mineral deposits that reduce water quality and flow efficiency. From my extensive experience working with groundwater systems in Perth, Sydney, and Melbourne, I have seen firsthand how expert borehole cleaning can restore and preserve the integrity of these vital water sources. In this article, I will share pract

Accessing reliable groundwater through bores is essential for many Australians, especially in regions like Perth, Sydney, and Melbourne. However, bore water often presents challenges that can affect its usability and longevity. Drawing from years of experience in groundwater management, I want to share insights into common bore water problems and innovative approaches to overcome them effectively. Understanding Common Bore Water Problems Bore water is a valuable resource, but

How aeration, oxidation towers, catalytic media, and advanced oxidants eliminate iron problems at the source. Iron is one of the most common groundwater contaminants worldwide. When present in its soluble form (ferrous iron, Fe²⁺ ), it may appear clear at the pump — but once exposed to oxygen, it rapidly converts to ferric iron (Fe³⁺) and forms rust-coloured sludge, staining, odours, biofilms, and blocked irrigation or filtration systems. Oxidation is one of the most effecti

How to restore flow, remove blockages, and prevent future fouling. Groundwater bores across Western Australia eventually suffer from reduced flow rates, pump strain, sludge formation, and iron staining. The most common cause is fouling from iron bacteria, iron oxide, manganese oxide, and organic-rich “ferro” layers found throughout WA’s coastal and inland aquifers. At BoreSaver.com.au , our products are designed specifically for these conditions. Whether your bore is domestic

Formation in Soil & Recommended Treatment Protocol 1. Background Recent water chemistry results for the site indicate very high dissolved ferrous iron (Fe²⁺) and elevated organic iron / organic carbon , consistent with groundwater intersecting an ancient swamp layer or hypoxic sediment deposit.Such conditions generate continuous, high-volume ferro precipitation once water is exposed to atmospheric oxygen. This advisory outlines the mechanisms involved, the field impacts on

Bore stains are a common challenge for anyone managing groundwater or maintaining a bore on their property. These unsightly marks can affect the quality of water and the overall appearance of your bore infrastructure. Over the years, I have encountered various types of bore stains and developed effective methods to tackle them quickly and efficiently. In this post, I will share practical bore stain cleaning techniques that work well in different situations, helping you restor

Bore stains are a common challenge for anyone managing groundwater or maintaining a bore on their property. These unsightly marks can affect the efficiency of your bore and the quality of water it produces. Over the years, I have encountered various types of bore stains and developed effective methods to tackle them quickly and efficiently. In this post, I will share practical bore stain cleaning techniques that work well for both professionals and homeowners dealing with bor

Had a project recently that had high levels of iron oxides and manganese in a bore and two large pipelines. This is a look at the follow-up testing on the job. Understanding Manganese and Iron Dynamics Manganese behaves differently from iron in several ways. Here are some key points to consider: Oxidation : Manganese oxidises more slowly. The reactions require a higher oxidation-reduction potential (ORP). Precipitation : Manganese forms finer particulates. These particulates

Iron bacteria are a common challenge in groundwater systems, especially in regions like Perth, Sydney, and Melbourne. These bacteria thrive in bore water, causing staining, unpleasant odours, and clogging issues that can compromise water quality and system efficiency. Drawing from years of experience in groundwater management, I will guide you through proven iron bacteria treatment methods that ensure safe, clean water for your bore systems. Understanding Iron Bacteria Treatm

1. Pump Curve Shift Due to Fouling Shows the pump curve moving left as inflow efficiency drops due to screen/gravel-pack blockage.Useful for explaining why pump performance appears “worse” without any mechanical/electrical failure. 2. Increasing Amp Draw with Reduced Inflow Visualises how restricted inflow forces the pump to operate off the right side of its efficiency range — causing higher amps, motor strain, and intermittent flow. 3. NPSH & Drawdown Effects Illustrates how

TDS (Total Dissolved Solids) is a measure of all minerals and salts dissolved in water — mainly calcium, magnesium, sodium, chloride, sulfate, etc. Below 300 ppm: Excellent, safe to drink. 300–500 ppm: Generally acceptable for adults but can be borderline for babies or people with kidney concerns. Above 500 ppm: Considered poor quality for long-term consumption (WHO guideline upper limit). When rain and runoff raise your TDS to 500+ , it’s likely bringing mud, organic ma

We recently had a call from one of our long-time clients, Melissa, who reported that her StainStopper Pulse system had suddenly stopped working. To get to the bottom of it, we sent our service technician, Josh , out for a fault check. The problem was immediately obvious. Melissa had recently had a contractor install a new reticulation controller , and during the process they removed the wireless link from the wall. Unfortunately, instead of refitting it properly, they left i

This comes up regularly with our semi rural clients so here is a guide 🧰 Equipment Needed PVC standpipe assembly (typically 25–50 mm diameter, schedule 40 or 80) Isolation valve (ball or gate) Non-return valve (check valve) Threaded or camlock coupling (for hose connection) T-piece or saddle clamp for connecting into the mainline Primer and solvent cement (if PVC) PTFE thread seal tape Pipe wrench / spanner Pressure gauge (optional but recommended) 💧 Step-by-Step Setup Guid

Iron oxide stains are a common and persistent problem, especially for those dealing with bore water in regions like Perth, Sydney, and Melbourne. These reddish-brown marks can appear on various surfaces, including laundry, plumbing fixtures, and outdoor areas. Having worked extensively with groundwater management and bore maintenance, I understand how frustrating these stains can be. In this post, I will share practical, effective iron stain removal tips that you can apply im

Product Range: BoreSaver Ultra C®, BoreSaver Ultra C PRO®, BoreSaver IKL Pro®, and BoreSaver EZ-ECO® Manufacturer: Aquabiotics Industrial Pty Ltd – Australia Website: www.boresaver.com.au 1. Problem Overview Iron bacteria thrive in groundwater bores where iron and oxygen coexist. They produce a gelatinous orange-brown slime that coats bore screens, pumps, and pipes—restricting water flow, causing staining, and accelerating corrosion. 2. Treatment Objectives Eliminate iron

1. High Calcium or Magnesium (Hard Water) Appearance: Fine, chalky white film on leaves or soil surface after watering. Cause: When bore water evaporates, calcium carbonate or magnesium salts precipitate out and deposit on leaves. Test: Do a simple hardness or TDS (Total Dissolved Solids) test on the bore water. Fix: Use drip or sub-surface irrigation to keep water off foliage. Install a softening or acid-dosing system (e.g., dilute citric acid or CO₂ dosing to lower pH).

After 30+ years involved with water treatment I have yet to see any measurable effect, why? 🔹 Lack of Conclusive Scientific Evidence There are no peer-reviewed, repeatable, double-blind studies demonstrating that electromagnetic or radio-frequency water conditioners consistently prevent or remove scale under controlled conditions. Most of what’s available are: Anecdotal reports (“customers say their kettles look cleaner”) Short-term lab observations that show minor, rever

Accessing clean and reliable water from boreholes is essential for many Australian households and industries. However, bore water often contains impurities that can cause staining, unpleasant tastes, and even health concerns. Over the years, I have worked closely with groundwater management professionals and homeowners across Perth, Sydney, and Melbourne to develop effective groundwater cleaning strategies that address these challenges. In this article, I will share practical

Understanding Borehole Slime The “slime” found in bores is usually a gelatinous layer formed by iron-related bacteria (IRB) feeding on dissolved iron. As they oxidize iron, they create sticky deposits that clog screens, pumps, and pipework. Over time, these biofilms trap fine sediments and minerals, compounding the blockage. This buildup not only reduces yield but can also corrode metal components and affect the taste or clarity of the water. The Importance of Borehole Maint