SkyHarvester
Through our SkyHarvester® Water Conservation Systems division, we offer a single-source solution for commercial water harvesting systems at new or existing building sites. Our design & engineering group works hand in hand with your Architect or Engineer to provide custom solutions with everything you need to harvest, store, and control the distribution of your own water supply.
A Complete SkyHarvester™ System Includes:
Rainwater storage solution with tank sizing assistance (capacity from 3,000 to 1 million gallons)Replenishment water control and measurement Remote data logging and control Premium efficient pumps and motors Custom PLC controls and logic Auto-flushing filter for clean irrigation water Multiple replenishment source control (priority based) Integration with building automation systems
Typical Water Harvesting Considerations Include:
Surface runoff / Catchment Coefficient
Total surface area for rainfall collection. Roof type/material, parking lot, or impervious surface determines catchment coefficient.Pre-filtration
Removing debris from collected water before it enters the storage tank with rainwater filters or first flush diverters. Filtration can be as fine as .01" diameter solid. Filtering the water early in the collection process helps keep the entire system clean and operating at peak efficiency. Oil-water separation
Rainwater collection surfaces have the potential for hydrocarbons to mix in with rainwater, a process is needed to separate the two before it can be utilized. When using rainwater for irrigation, hydrocarbon deposits can be detrimental to plant life. Tanks can incorporate a separation chamber to the clean water chamber. Site Constraints
We custom design to fit your site's conditions... footprint, depth, shape, and material are all tailored to your needs. These considerations are typically driven by parking lot requirements, green space, landscape, land value, and more. Tank options
Above ground, below ground, concrete or composite, inside or outside, storage units are the key to any rainwater harvesting system. Tank size is determined by analyzing how much rainfall can be feasibly captured and the site's typical water-cycle requirements. Most of the tanks we utilize are made of composite materials such as fiberglass, as they are the most resistant materials to rust, cracks, and corrosion. In certain scenarios, concrete or metal may be considered, depending on the site and size requirements. Overflow Considerations
In the event that you can capture more water than you can store, the excess water must be routed through an overflow conduit to maintain the integrity of the roof or parking lot drainage system. Your local building codes will determine your site's final design requirements. Pump station selection
The majority of SkyHarvester systems will utilize a WaterMax® pump station. Watermax offers four solutions to meet your needs. The selection is determined based upon the electrical, hydraulic, and physical size requirements of your site. The pump enclosures are tailored to be as compact as possible, and can be placed virtually anywhere onsite. Pump Discharge Filtration
Depending on the water usage, rainwater may require additional filtration before it can be utilized. For example, drip irrigation may require filtration as fine as 75 microns, or .0029".If using the water for potable purposes, certain organics, viral, and bacterial elements need to be removed prior to human consumption. Ultra-filtration and reverse osmosis can filter particles down to the sub-micron level. Flow sensor / Monitoring Technology
This technology allows users to quantify the amount of water captured and total water used. This valuable information can be used for municipal reporting, consumer awareness, or environmental impact studies.Advanced Controls Technology
SkyHarvester Controls monitor and control the flow of pumped water, harvested water, and replenishment water. Our proprietary software can integrate with the building's automation systems for maximum efficiency, providing one centralized control panel to manage multiple water sources.Our full-color touchscreen interface is easy to use, and can even be accessed through Watervision 6, our innovative web-based remote monitoring software.
