Laserfiche WebLink
FIGURES <br />Figure <br />Title <br />Page <br />2-1 <br />Examples of water saving devices: in-line flow control valve, faucet <br />2-2 <br />aerator, faucet aerator with on-off control, and low flow showerhead <br />2-2 <br />Examples of high efficiency washing machines: 17.3 gal/load and 196 <br />2-3 <br />kWh/y (based on Energyguide estimate); 15.8 gal/load and 286 kWh/y <br />(based on Energyguide estimate). Average water usage is 42.4 gal/load <br />for conventional washing machine <br />2-3 <br />A typical under the sink point -of -use instant hot water heater <br />2-4 <br />2-4 <br />Typical view of a urine diverting toilet (left) and a cistern for collection of <br />2-7 <br />urine located in the basement of a building <br />2-5 <br />The WashWater Garden greywater treatment system <br />2-9 <br />2-6 <br />Diagram of the Clivus Multrum greywater treatment system <br />2-9 <br />2-7 <br />The ReWater filtration system and irrigated landscape <br />2-9 <br />2-8 <br />The Equaris greywater treatment system <br />2-10 <br />3-1 <br />The Aquatron system for liquid/solid separation of human waste and <br />3-3 <br />biological composting <br />3-2 <br />BioLet XL (electric) and the Biolet NE (non -electric) <br />3-4 <br />3-3 <br />Diagram of the residential Bio -Sun composting toilet system <br />3-6 <br />3-4 <br />Clivus Multrum composting units, in-home residential system and system <br />3-7 <br />housed in separate building <br />3-5 <br />Site built batch drum composting toilet system <br />3-9 <br />3-6 <br />The CTS composting toilet system <br />3-10 <br />3-7 <br />Diagrams of the EcoTech Carousel composting toile <br />3-12 <br />3-8 <br />The self-contained and remote Envirolet composting toilet systems <br />3-14 <br />3-9 <br />The Equaris composting and greywater treatment system and a diagram <br />3-15 <br />of the composting reactor <br />3-10 <br />Phoenix composting toilet system and standard configuration <br />3-17 <br />3-11 <br />Sun -mar self-contained and remote composting system <br />3-18 <br />3-12 <br />The Incinolet electric toilet system and typical system operation <br />3-21 <br />3-13 <br />The Storburn incinerating toilet <br />3-23 <br />3-14 <br />Vault toilet facilities by CXT, Inc. <br />3-24 <br />3-15 <br />Vault toilet facilities by Romtec, Inc. <br />3-25 <br />4-1 <br />The Septic Protector connected to the outlet of a washing machine <br />4-1 <br />4-2 <br />The Big Dipper grease and oil removal system from Thermaco <br />4-2 <br />4-3 <br />The Nibbler system <br />4-3 <br />4-4 <br />A precast concrete septic tank <br />4-4 <br />4-5 <br />Illustration of a fiberglass septic tank showing baffle and flow through ports <br />4.4 <br />4-6 <br />Diagram of typical precast concrete residential septic tank <br />4-4 <br />4-7 <br />Views of the Premier Tech polyethylene septic tank <br />4-4 <br />4-8 <br />Fiberglass and polyethylene septic tanks <br />4-5 <br />4-9 <br />The Bio -Kinetic wastewater management system from Norweco <br />4-7 <br />Xi <br />