CARBON FILTER SHOWER : CARBON FILTER

Carbon filter shower : Fir filter window.

Carbon Filter Shower


carbon filter shower
    carbon filter
  • (Carbon Filters) Eliminates odors in composting bins.
  • Carbon filtering is a method of filtering that uses a piece of activated carbon to remove contaminants and impurities, utilizing chemical adsorption.
  • An air filter using activated carbon as a cleansing agent
    shower
  • lavish: expend profusely; also used with abstract nouns; "He was showered with praise"
  • A mass of small things falling or moving at the same time
  • A brief and usually light fall of rain, hail, sleet, or snow
  • A large number of things happening or given to someone at the same time
  • a plumbing fixture that sprays water over you; "they installed a shower in the bathroom"
  • spray or sprinkle with; "The guests showered rice on the couple"
carbon filter shower - WaterChef® Shower
WaterChef® Shower Filter Replacement Cartridges (2-Pack) for SF-7C Shower Systems
WaterChef® Shower Filter Replacement Cartridges (2-Pack) for SF-7C Shower Systems
WaterChef Replacement Cartridges (2-Pack) for WaterChef SF-7C Premium Shower Filtration Systems
Genuine WaterChef Replacement Cartridges (2) provide superior chlorine reduction and are independently tested and certified by NSF International against NSF/ANSI Standard 177 for the reduction of chlorine. Made in the USA.

Rated Service Flow: 2.5 gpm
Replace Cartridge every 6 Months with typical usage and water quality conditions. (That's approximately 12 Months per 2-Pack!)
Rated Capacity: 14,000 gallons per 2-Pack

78% (8)
UM Advanced Bio-Filtration System Promises Less Chesapeake Pollution
UM Advanced Bio-Filtration System Promises Less Chesapeake Pollution
Demonstration Project To Make Green Campus Greener, Aid Anacostia COLLEGE PARK - Technological advances developed by University of Maryland researchers promise significant reductions in urban runoff polluting the Anacostia watershed and the Chesapeake Bay. The researchers say their work represents the next generation of "low impact development" technologies. In the laboratory, the researchers have dramatically improved the removal of phosphorous, nitrogen and other prime urban pollutants from runoff. To achieve these results, they've re-engineered bioretention projects, also known as rain gardens - special strips of greenery that capture and filter storm runoff before it enters the watershed. Now, in partnership with the Prince George's County Government, the researchers will demonstrate the effectiveness of their new approaches by improving the capture and treatment of University of Maryland campus runoff that would eventually end up in Chesapeake Bay waters. "Runoff from urban development represents a growing source of pollution to the Chesapeake watershed, and we believe we can help curb this," says Allen P. Davis, a University of Maryland professor of Civil and Environmental Engineering (A. James Clark School of Engineering) and the lead researcher on the project. "Our technologies offer major improvements, and could one day be used by housing developments or businesses to reduce their environmental footprint." With a new grant from the National Fish and Wildlife Foundation and the Prince George's County Government totaling nearly $600,000, Davis's team will conduct a three-part demonstration project near parking lots at the university's Comcast Center. The project is designed to reduce phosphorus, nitrogen, sediment and the volume of runoff from the university into the Anacostia watershed, one of the rivers feeding the Chesapeake Bay. "The university already is recognized as one of the greenest in the nation, and with this project, we'll be able to reduce our environmental impact even further," Davis adds. The campus is current on all stormwater and other environmental permits and this project is not part of any legally mandated cleanup efforts. "Success in this project will have enormous impact for continued retrofit and new designs for reductions in nitrogen, phosphorus, sediment, and runoff volume to the Chesapeake Bay," says the project proposal. HOW IT WORKS Over the past two decades, bioretention technologies have been used in the Chesapeake Bay watershed with some success. Runoff from parking areas is directed into a carefully engineered, yet natural, sponge-like layer of greenery that slows the onrush of rain water and helps remove a suite of pollutants. "A matter of minutes or hours can make all the difference in the quality of the rain water that empties into a creek," Davis explains. "Detaining the runoff gives us the margin of time needed to filter it and remove critical pollutants." Where the current technology has fallen short is in the removal of phosphorous and nitrogen. These pollutants "remain the top concerns for the Chesapeake Bay," their proposal says, especially in urban areas. To achieve enhanced phosphorous and nitrogen removal and to conserve rain water for useful purposes, the project involves the following parts: # ENHANCED BIORETENTION FOR PHOSPHOROUS REMOVAL: Existing projects will be retrofit and new bioretention strips constructed. These natural soil and vegetation strips, roughly 50 by 10 feet, work like a sponge, capturing and delaying runoff after rain showers. An added layer of a special powdered aluminum hydroxide will help strip phosphorus from the runoff. The engineers predict very low phosphorous discharge levels. Denitrification takes place under this porous parking area. # NITROGEN NEUTRAL PARKING LOT: A permeable, porous concrete campus parking area will be constructed for enhanced nitrogen removal. Rain water will collect and drain through this area into a submerged basin where natural, passive denitrification can take place. The sand or gravel basin will contain a carbon source, such as mulch or shredded newspaper. Piping will keep the tank full of water, creating anoxic conditions. The combination of anoxic conditions and carbon will trigger denitrification. The engineers predict a 75 percent improvement in nitrogen removal. # WATER CONSERVATION: Treated runoff from bioretention strips will be collected by a solar sump pump and cistern. The collected runoff will be used for campus irrigation, preventing runoff discharge and concurrently reducing potable water use. Zero runoff and zero pollutant discharge is the goal. The researchers will work to maximize the effectiveness of these technological advances over the next two or three years. UM ENVIRONMENTAL IMPACT The 2008 University Strategic Plan firmly establishes sustainability as part of the mission of the
GO GREEN with Vedic Quotes got 1st Prize at Diwali Mela in NY in Essay Competition on Environment organized by Association of Indians in America Oct 4, 2009
GO GREEN with Vedic Quotes got 1st Prize at Diwali Mela in NY in Essay Competition on Environment organized by Association of Indians in America Oct 4, 2009
GO GREEN One of the oldest tributes to the Earth were found in the Indian scriptures called the Vedas. In Atharva Veda which contains 63 Shloks (verses) of Prithvi Sukta or Bhumi Sukta (the prayer to the earth) are the oldest and the most evocative environmental invocation. It is rightly called the first global anthem in the history of mankind. In one of the verses “Mata bhumih putro aham prithivyaha” a prayer is sung for the preservation and conservation of nature and its gifts. Here the Prithvi Sukta proclaims Earth as the mother, and humanity as her children. The concept of the motherland pertaining to Earth is unique to the Vedas. According to Prithvi Sukta, Mother Earth is adorned with mountains, hills, plains, heights, slopes, forests, plants, herbs and treasures. She takes care of every creature that breathes with, things strength-giving and nourishing. She gives shelter to all the seekers of truth, who are tolerant and have understanding. May She give us joy, health, wealth, prosperity, and glory. The source of the creative spirit, we depend upon Mother Earth! No matter where you stand in the food chain or the chain of evolution, Mother nature looks over us equally and provides for us as its own children. Earth is our home and we should keep the Earth clean and help it survive against global warming. Everyone should care about the planet that we live on. Due to global warming glaciers are melting, sea levels are rising, and cloud forests are drying. The planet is heating up way too fast. Humans are the main reason for the climate to rise and we humans are the ones who released greenhouse gases into the ozone layer. Greenhouse gases are heat trapping gases. These gases let the sunlight enter but they don’t let the heat escape the ozone layer. The increases of these gases are causing Earth’s remaining ice sheets like Greenland and Antarctica to melt! The levels of the greenhouse gases are highest now than they ever were in the last 650,000 years. The burning of fossil fuels and greenhouse gas emissions are causing so many of these gases to stay in the ozone layer. You might be saying why should we care, but this will cause big climate changes such as more intense major storms, more rain followed by longer and drier draughts, and loss of water supplies that have come from glaciers. This isn’t good for the environment at all and it’s not that good for humans either. We should help the environment. We can do this by saving energy, saving water, and reducing each of our carbon footprints. These changes are coming faster than they should be. If all of us team up then we can help the environment together. You can help save our planet by doing small things like carpooling to school, plugging things out when you are not using them, turning the lights off where they are not being used. Also you should take short showers not baths. When you see a sink dripping you should stop it and turn it off tightly. Try to use your cars less and take your bike or walk instead. This will use less gas; you will stay fit, and save more money. Always recycle batteries, papers, cans, glass, plastic, and aluminum. Did you know that you can run a TV for 6 hours by recycling one aluminum can and that is a long time! When landfills become full us taxpayers have to pay to make a new one. So the less you throw away and the more you recycle will also save you more money! Try to recycle as much as you can. You shouldn’t pollute. Don’t throw trash on the ground find the nearest trash can and throw it out there. Turn your thermostat down a few degrees in the winter and a few degrees higher in the summer. Use compact fluorescent light bulbs instead of regular ones. Instead of buying bottled water use a reusable bottle and fill it up with filter water. Wear clothes that don’t really have to be dry cleaned. Keep electronics for as long as possible and when you are done with the electronics, recycle them! Also you can make your own cleaning products which are non toxic and effective at home using baking soda, vinegar, soap, and lemon. This will make the indoor air quality better and save you money. I would like to conclude by quoting Sir Donald Rumfield that “we go to war with the army we have and not with the army we need”, having said so if we don’t make the best possible use of whatever resources we are left with and continue to deplete mother natures reserves, the day is not far away when you will buy water as diamonds and food as platinum, least realizing that they were never our necessity to begin with. Even according to the ancient hymn from Bhumi Sukta, "We are birds of the same nest. Wearing different skins, speaking different languages, believing in different religions, and belonging to different cultures yet we share the same home, our earth. Born on the same planet, covered by the same skies, gazing at the same stars, breathing the same air, we must learn to progress happily together or miserably perish together. F

carbon filter shower
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