Water Conservation for Irrigation

Water conservation is a critical aspect of sustainable living, particularly in regions where water resources are scarce or face increasing demands. When it comes to irrigation, a smart approach is essential to optimise water usage. One innovative solution that stands out is the Davey RainBank Rainwater Harvesting Controller. This automatic rainwater harvesting controller is designed to significantly reduce household mains water consumption, offering both environmental and practical benefits.

The RainBank system operates by automatically selecting the water source, giving priority to rainwater over the mains supply. This intelligent technology allows households to save up to 40% of their mains water use. The significance of this cannot be overstated, especially in times when water scarcity is a growing concern globally.

Irrigation set up on a large scale farm. Captured by Joel Dunn.

Uses and Design

Designed for various applications, including garden irrigation, toilet blocks, and home use in metropolitan areas, the RainBank system is a versatile and reliable solution. One of its key features is its seamless transition between rainwater and mains supply. When the rainwater tank is empty or during a power outage, the RainBank system effortlessly switches to mains water, ensuring a continuous water supply.

The environmental impact of the RainBank system is noteworthy. By reducing reliance on mains water, it contributes to the conservation of this precious resource. Additionally, the system has low power consumption during standby, aligning with the principles of sustainability.

The RainBank rainwater switching device is easy to install and can be mounted directly onto the pump or a nearby supportive wall, providing convenient access. Its uncomplicated technology, coupled with patented features, ensures a dependable and efficient rainwater harvesting solution.

RainBank Rainwater Harvesting Controller. Source: daveywater.com

Specifications

Davey offers a range of RainBank models to suit different needs. The Side Entry options (KRB2F) are compatible with pump model HP50-06, providing a flow rate of 46 litres per minute at 200 kilopascals. The Top Entry options include KRB2 for use with pump model HS50-06, KRB3 for pump model HM60-08*, and KRB4 for pump model Hm90-13*, offering varying flow rates to accommodate different requirements.

Whether it’s residential or commercial applications, the RainBank system caters to diverse needs. It is available with a wide range of home pressure systems, including floatless options for flooded suction applications. Specialised systems for submersible pumps and RainBank Pro for commercial applications further demonstrate the versatility of this rainwater harvesting controller.

In conclusion, the Davey RainBank Rainwater Harvesting Controller is a commendable choice for those seeking an efficient, eco-friendly solution for irrigation. Its automatic rain-to-mains switching, low power consumption, and seamless operation make it a valuable asset for water-conscious households and businesses alike. By incorporating the RainBank system into your irrigation setup, you not only contribute to water conservation but also enjoy the practical benefits of a reliable and intelligent water supply system.

Guide For A Successful Dam Pump Installation

Successful Dam Pump Installation

If you are tasked with dewatering a site, you will understand that you are about to undertake a task where careful consideration is key. If the proper procedures are followed, inexpensive and time-consuming delays could result. But, using a water-filled, portable dam such as a cofferdam will reduce delays. That is why installing a dam pump in water is less complicated and lengthy than many alternative solutions.

The Guide

  1. Install a foot valve on the suction pipe to set up a dam pump. It will keep the water in the suction line that prevents large debris from being sucked up with the water, a rock to keep it under the water, and a float to keep it from sitting on the bottom, all tied on with baling twine.
  2. Once the suction end was set up in the dam, attach the discharge fittings and start the pump.
  3. After filling the troughs, disconnect the pump and leave the two sections of Polypipe ready for the next time you need to fill the troughs.
  4.  Took the pump back to the other property.
Pipe water off flow into dam. Source: Nils Bokoboza

What Does ALPP Provide

AllAbout Pumps & Pipes will find the guidance you need to help you in the right direction when planning an important project. If, on the other hand, you find it all a bit overwhelming and would like our help. The team finds detailed instructions on what to measure, where to measure, and any other details required for your design.

Conclusion

At AllAbout Pumps & Pipes, each installation of your choice has a different requirement of specific pressure to deliver the desired flow over a specified distance. The use of dam pump products will help you do the work easier. Our team will equip you with the best products and trusted partners. 

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