Understanding how pond layout, inflow points, and operating depth affect pond stirrer efficiency helps farmers avoid crusting, maximise the holding capacity of your effluent storage, reduce downtime, and achieve more predictable nutrient application. Why Stirrer Positioning Matters in Effluent Ponds Effluent ponds naturally separate over time. Heavier solids settle to the bottom, while lighter material […]
Effluent Storage Effluent storage on New Zealand dairy farms refers to specially designed systems—such as HDPE-lined ponds, above-ground tanks, or bladder tanks—that safely contain farm dairy effluent until it can be effectively applied to pasture. These solutions play a pivotal role in ensuring council compliance, reducing environmental risk, and improving operational efficiency. Broader capacity not […]
When choosing between single, tandem, or triple axle slurry tankers, it all comes down to size, stability, and terrain. Whether you want easy manoeuvrability or maximum load capacity, selecting the right axle setup makes a significant difference to both performance and safety. For many farmers, deciding between a single unit or a slurry tank 2 […]
When comparing a progressive cavity pump vs centrifugal options, both serve different purposes depending on farm size, terrain, and effluent volume. While floating and long-shaft centrifugal pumps still have their place, a progressive cavity system is generally the smarter, more efficient choice for modern effluent management. Read on to learn more about how these pumps […]
Understanding Tank Implosion Risks Tank implosion happens when the vacuum system fails or when fittings are not maintained correctly. A failed tank on a slurry tanker is not only costly but also dangerous if the structure fails under pressure. From corroded steel to poorly adjusted valves, there are several causes that can be prevented through […]
Today’s smart dairy farming is designed with efficiency and flexibility in mind, helping owners and managers manage nutrients in a way that saves time, reduces labour, and stays within regulations. Here are five clear reasons why forward-thinking farmers are choosing tankers over other methods. 1. Cost-Effective Investment in Farm Tankers There are several cost benefits […]
Choosing between a slurry tanker and umbilical slurry equipment is one of the most important decisions for farmers looking to manage effluent effectively. Both systems offer advantages, but the right choice depends on your farm’s size, soil type, labour availability, and spreading goals. Tankers provide flexible, quick spreading with low staff requirements, while umbilical slurry […]
Local council regulations must comply with the Resource Management Act, making it more important than ever for farmers to have a robust effluent management system in place. The good news is that once you have implemented best practice techniques, you’ll turn your waste into a valuable resource that delivers good returns. You can feed your […]
Slurry tankers in the 21st Century Slurry tankers have changed a lot over the years. Back in the day, they were slow, ponderous and dirty, but just like a modern hay baler, the difference is night and day. A modern slurry tanker is packed with technology that makes it easy and efficient to use, allowing […]
Closed Effluent Storage Solution If you are in a high rainfall area, this is a bit of a no-brainer. An open pond is a large catchment area, if you can close that off, you will reduce your storage needs. With a bladder tank, there is no chance of overflows from heavy rain, and your effluent […]
What Is the Investment Boost? From the 22nd of May 2025, businesses that invest in new productive assets—like farm equipment, machinery, and infrastructure—can claim a 20% bonus tax deduction in the year they buy the asset. This is on top of the usual depreciation claim. In simple terms, you get more back from IRD when […]
A Nevada pond stirrer is a great investment to help you make the most of your dairy effluent. Find out how regular stirring can actually save you a heap of money by improving the nutrient levels of your effluent and maximising your storage capacity.
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