Unless a property has begun to design a landscape of native plants in the area, you can save money and healthier water efficient landscape plants. Most gardeners or gardeners do not because they do not know what to do.
The way to figure out how to cut, where to cut and how much to cut (to cut or IF) is an overview of the existing system. I recently lived in an apartment complex that is poorly managed and designed to save at least 60% on water bills, if they knew what to do.
1. Water saving potential of a landscape is determined by a number of things:
2. Components of existing irrigation in comparison with the components in water-efficient market.
3. Irrigation controller programming and maintenance problems.
4. Existing plants and their compatibility with the local climate.
5. The match between the actual water consumption and requirements of existing plants.
The duration of this investigation and related costs will depend on how big the area is, how difficult to navigate, and how the irrigation stations and their controllers. It also depends on the ability of the surveyor. A professional surveyor half the time of an amateur and the end result will deepen even more than making the time and cost.
Components of a survey.
Or a maintenance supervisor performs the survey accompanies a professional or entrepreneur water saving, these are the steps to be taken:
1. Identify the location of water meter and check for leaks. Getting the water bill that goes to every meter for the current use to provide.
2. Look for plant health and environmental compatibility. native plants and their hybrids garden requires less water, since they are already accustomed to. Other plants will receive more water.
3. Find the irrigation controllers and verify their programming. These are the bells that the irrigation system to perform. Each station has a controller (timer) connected to a series of sprinklers in various places at a watering optimal for that location.
4. Set each station and flag problems with sprinkler irrigation. Pop-up spray heads and rotors tilted sideways can be blocked by stones have small leaks in pipes, or the nozzle can be completely absent, so the water shoots up into a geyser. Each of these and other common problems result in wasted water.
5. Check to make sure that all the sprinklers in a station of the same type – all the rotors or all of the nozzles. Since the rotors and spray heads send different amounts of water, they need at different times. Shrubs and grass should be fed by different stations too, so check to ensure that all facilities in a power plant of the same type. A station representative or two on foot, a test of consistency to make sure everything you need to be soaked diluted, ie the sprinklers on the ground have to do.
6. Check the sampling points for the type of soil and water pressure. clay soils will plan a different type of water that other land, because the clay soils absorb water slowly. If the water pressure is too low the spray will not reach far enough, or if too high, the water mist and be blown away by the wind.
7. Evaluation, calculation and reporting. The inventory, the actual use of water (bills), the installation and maintenance of data, land use, water pressure, irrigation and programming, local climates, the present facilities on the market must be calculated and packaged in a final report that provides recommended actions to improve efficiency.
Action.
It should not be said that the investigation report and later do not save water in itself. Are essential tools to help a manager wise decisions about what to do to create a more efficient system. The site operator must intervene to change it take to save water.

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