Blogs

Don’t just take our word for it – see stories from real dairy farmers about simple changes they’ve made to their effluent management systems which have big improvements to their operations!

Dairy effluent could be helping you save more on fertiliser. Discover how farmers are making better use of their effluent nutrients to reduce purchased fertiliser costs.
See the full dairy effluent process at Todd Dairies, from stirring the KlipTank and loading the 16,500L Slurry Tanker to spreading effluent across the farm.
Getting the most out of your effluent system starts long before spreading. Correct stirrer placement plays a major role in how well solids are broken down, nutrients are suspended, and the slurry remains consistent. If a stirrer is poorly positioned, even the best equipment can struggle to deliver reliable results.
Choosing the right effluent storage option can make a big difference to your farm’s setup and council compliance. In this blog, we break down the different types of storage, pond liners, and what will work most effectively depending on your land, water table, and farm layout.
Choosing between a single axle slurry tanker, a tandem axle slurry tanker, or a triple axle tanker depends on your farm’s terrain, workload and effluent volume. This guide explains how different axle configurations affect stability, safety and performance, helping you choose the right slurry tanker for your operation.
More fertiliser doesn’t always mean more grass. Find out how soil conditions and timing affect pasture response, how to account for dairy effluent nutrients, and what gave one Southland farming family the confidence to cut two rounds of synthetic nitrogen.
We first visited Ben and Mackenzie in 2024, when their Nevada tanker and stirrer were new to the farm. On our 2026 return visit, they share what’s changed after more than 1,000 loads, from their spreading workload to the pasture response that gave them confidence to reduce nitrogen fertiliser.
See real NPK results from a Southland dairy farm and how nutrient testing helped put numbers around what was being returned to the paddock.
A slurry tanker is a long-term investment, so getting the fundamentals right matters. This guide outlines three non-negotiables to look for, including corrosion-resistant galvanised steel, a full chassis for larger tankers, and an applicator that delivers a consistent, even spread to support compliance and long-term performance.
Comparing a progressive cavity pump vs centrifugal system helps farmers choose the most efficient setup for effluent management. This guide explains the key differences between these pumps, outlining performance, maintenance, and safety advantages for modern dairy operations.
A tank implosion can cause serious damage and downtime. This blog shares practical checks and explains why anti-implosion rings are essential to prevent an imploded tank, helping farmers protect their equipment and avoid costly downtime.
Farm tankers are changing how New Zealand farmers manage effluent. Designed for efficiency, versatility, and compliance, these systems save time and reduce labour. Whether you need reliable farm tankers for heavier loads or a flexible option for daily use, this guide explores five key advantages that make tankers the best choice for smart dairy farming.

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