Rainwater Storage Model 1503: (14,000 US gal) Climate Inc. is a green global professional design, consulting and construction corporation that specialize in utilizing the natural resources of rainwater harvesting, at a commercial and residential level throughout the United States and internationally. Climate, Inc. is a proud member of ARCSA- The American Rainwater Catchment Systems Association and USGBC- The United States Green Building Council. We exceeded 90,000,000 gallons of rainwater harvested for our clients in 2014. Our services include a cost-effective approach to the developing issues of water conservation and management through our innovative rainwater harvesting systems, designs, and installations. Our role of harnessing rainwater for domestic, institutional and community use is our priority, and we will continue to promote sustainable rainwater harvesting practices to help solve potable, non-potable, storm water and energy challenges throughout the world. Our customer base ranges from the world's largest home improvement retailer, The Home Depot, Smithsonian Institute, municipalities, colleges, schools, state and local parks, recreation departments, fire stations and residential units for private homeowners. We have corrugated steel tanks available in sizes from 750 gallons to over 400,000 gallons. The first two pictures are of the item listed. The additional pictures are to give you an idea of the different sizes available and if interested they can be taylored to meet your individual needs and listed on eBay. Please contact me for more information. This auction is for a model 1503 that has a capacity of 14,000 gallons which includes shipping and installation on your concrete pad in either Florida or Texas. Shipping and installation is available world wide, please contact me for more information. The most common use for Climate Inc. Water Collection Systems: Potable Water Storm Water Treatment Tanks Gray Water Frac Thermal Storage Mining, Minerals Processing Tanks Fresh Water Clarifier Tanks Chlorine Contact Agriculture Aquaculture Fire Protection Water Storage Tanks Irrigation Water Tanks Tanks Industrial Sand Filter Wastewater Processing Water Cooling Quarry Bins Brewery & Winery Tanks Rainwater Harvesting Fish Brooding Tanks Why Rainwater? The cost of municipally supplied water nationwide has increased by 9.8% from 1998 to 2001, 4% between 2001 and 2002, and 27% in the last five years. Prices will continue to rise because of increasing costs to treat water to adapt to EPA’s Safe Drinking Water Act guidelines, upgrade declining infrastructures, and instill conservation programs. Most US infrastructure was installed soon after World War II and is now past the 50 year expected lifespan. Therefore, water costs are sure to rise to help offset the replacement/rehabilitation cost. Reducing potable water demand through rainwater harvesting could eliminate the need for infrastructure expansion. Rainwater harvesting’s economic feasibility can also be calculated by its synergistic values. Rainwater is soft, which means less detergent is used and released into the environment. Also, rainwater harvesting system's with a connected vaporization system can raise site humidity and create a healthier microclimate. This is ideal for city areas dealing with air pollution. Likewise, utilizing rainwater as opposed to municipal and well water, benefits local streams, lakes, ponds and groundwater sources since less water will be pulled from these sources. Such benefits may not have a direct price tag, but their value is long lasting and considerable. In some urban areas, rooftop runoff is directed to storm drains and then to water treatment facilities. These large pipes are expensive to install and travel many miles through urban areas. When a heavy rainfall occurs, the water treatment facilities are overwhelmed with stormwater, causing systems to overflow and even contaminate local waterways with untreated sewage. Classifying rainwater as sewage is unnecessary, wastes resources, and causes pollution. Through a downspout disconnect program, many cities have reduced the number of downspouts connected to sewer systems. In doing so, rooftop runoff is instead land applied. While the disconnect program addresses wastewater treatment overloading, it does not necessarily address nonpoint source pollution from stormwater runoff. In fact, inappropriately directed downspouts (i.e. to impervious surfaces) can increase non point source pollution. The economic feasibility of harvesting rainwater is based on many factors, i.e. precipitation frequency, water consumption needs, prices of local water and wastewater treatment, and the cost of installation and maintenance. More importantly is the longterm economic feasibility, which is based on the building’s operational lifespan and system design. The combination of a high building lifespan of at least 40 years, high quality and sustainable prefabricated components, and minimum system servicing needs equates to rainwater harvesting being economically feasible and ecologically sensitive. Climate Inc. Water Collection Systems are tested and engineered to meet or exceed all standard municipal wind, seismic and snow loads required by the Uniform Building Code. Powered by eBay Turbo Lister The free listing tool. List your items fast and easy and manage your active items.
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