Posts

Showing posts with the label golf course irrigation system

Top 8 Tips for Winterizing Your Golf Course Irrigation System

Image
  Why Winterize? Winterization is the process of eliminating all water from an irrigation system to prevent the potential damage of any of its components. In cold climates where freezing is inevitable, winterizing is critical. Water expands in volume approximately 9% as it transitions from liquid to solid, resulting in ruptured equipment within a closed system. However, with proper winterizing of your golf course irrigation system, you’ll be able to relax and keep warm over the cold months, knowing your equipment will be prepared to perform again in the spring. The time invested now in winterizing your system will pay off dividends when you next need it. Preparing to winterize a  golf course irrigation system  can feel overwhelming; the system covers a broad area, and there are many components requiring attention. Furthermore, an average golf course network of pipes can hold 22,000 to 27,000 gallons of water - a significant volume to drain! Golf course operators and commercial landscap

Winterizing Your Farm Irrigation System - A Handy Checklist

Image
  The Purpose of Winterizing Farm Irrigation Systems You may be done with harvesting the crops this season, but it’s not time to rest just yet. Left unprotected, your irrigation equipment will remain exposed to the risk of damage by the ice that forms within it. If your system is not blown out properly, you might end up with cracked or burst pipes, malfunctioning irrigation equipment and costly repair bills. As the temperature begins to drop, it’s time to protect your commercial irrigation system. This one final seasonal project will ensure that your equipment will be ready to serve you again in the spring. Whether you have a farm, fruit orchard, or vineyard, the same irrigation winterizing principles apply; you must remove excess water to prevent damage caused by ice. The blow-out method forces high-pressure air through all the pipes and equipment to remove remaining water. While similar to the steps required for winterizing a commercial or landscape irrigation system [insert link t

Why Golf Course Irrigation Is So Important

Image
  Irrigation Systems for Golf Courses  Create Lasting Beauty  Golf courses are places of serene beauty, a field of uninterrupted green space enjoyed by both golfers and passersby. Maintaining the lush turf is one reason to pay attention to the irrigation system. However, other factors include the impact of turf quality, terrain, and water features on each shot the golfer takes. These factors are as significant on a course built for recreation as one designed for championship-level training for 18 holes.  The pumping stations, weather stations, water quality, and water distribution all play a part, especially if the golf course manager or owner operates on a limited budget. Vanden Bussche Irrigation has knowledgeable Irrigation and Water Management (IWM) pros to offer you insight. We are happy to help you maintain an efficient  golf course irrigation system .     Essential Components of a Golf Course Irrigation System Suppose you are a golf course superintendent or independent contracto

Automation and Controls for Irrigation

Image
What Is Automation in Irrigation? “When the well’s dry, we know the worth of water.” – Benjamin Franklin Automatic irrigation uses devices, such as controls and sensors, to turn water flow on and off and adjust the flow rate without owner or operator intervention. There are numerous applications across multiple industries and property types, including: Agriculture  Commercial and Residential Landscaping Golf Courses  Campuses HOAs And many more   Vanden Bussche Irrigation offers  automatic irrigation supplies , including weather-based and soil-based controllers. Keep reading our FAQs on automation and controls for irrigation for a fuller understanding of these important systems. How Does an Automatic Irrigation System Work? The components of an automatic irrigation system include sensors that control essential system functions, such as start, stop, and water flow. The control module consists of an electrical controller attached to valves that are buried in the ground. The primary water