Frequently Asked Questions About Low Flow Toilets
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248 Cmr: Board of State Examiners of Plumbers and Gas Fitters
248 CMR: BOARD OF STATE EXAMINERS OF PLUMBERS AND GAS FITTERS 248 CMR 10.00: UNIFORM STATE PLUMBING CODE Section 10.01: Scope and Jurisdiction 10.02: Basic Principles 10.03: Definitions 10.04: Testing and Safety 10.05: General Regulations 10.06: Materials 10.07: Joints and Connections 10.08: Traps and Cleanouts 10.09: Interceptors, Separators, and Holding Tanks 10.10: Plumbing Fixtures 10.11: Hangers and Supports 10.12: Indirect Waste Piping 10.13: Piping and Treatment of Special Hazardous Wastes 10.14: Water Supply and the Water Distribution System 10.15: Sanitary Drainage System 10.16: Vents and Venting 10.17: Storm Drains 10.18: Hospital Fixtures 10.19: Plumbing in Manufactured Homes and Construction Trailers 10.20: Public and Semi-public Swimming Pools 10.21: Boiler Blow-off Tank 10.22: Figures 10.23: Vacuum Drainage Systems 10.01: Scope and Jurisdiction (1) Scope. 248 CMR 10.00 governs the requirements for the installation, alteration, removal, replacement, repair, or construction of all plumbing. (2) Jurisdiction. (a) Nothing in 248 CMR 10.00 shall be construed as applying to: 1. refrigeration; 2. heating; 3. cooling; 4. ventilation or fire sprinkler systems beyond the point where a direct connection is made with the potable water distribution system. (b) Sanitary drains, storm water drains, hazardous waste drainage systems, dedicated systems, potable and non-potable water supply lines and other connections shall be subject to 248 CMR 10.00. 10.02: Basic Principles Founding of Principles. 248 CMR 10.00 is founded upon basic principles which hold that public health, environmental sanitation, and safety can only be achieved through properly designed, acceptably installed, and adequately maintained plumbing systems. -
Go Before You Go: How Public Toilets Impact Public Transit Usage
PSU McNair Scholars Online Journal Volume 8 Issue 1 The Impact of Innovation: New Frontiers Article 5 in Undergraduate Research 2014 Go Before You Go: How Public Toilets Impact Public Transit Usage Kate M. Washington Portland State University Follow this and additional works at: https://pdxscholar.library.pdx.edu/mcnair Part of the Social Welfare Commons, Transportation Commons, and the Urban Studies and Planning Commons Let us know how access to this document benefits ou.y Recommended Citation Washington, Kate M. (2014) "Go Before You Go: How Public Toilets Impact Public Transit Usage," PSU McNair Scholars Online Journal: Vol. 8: Iss. 1, Article 5. https://doi.org/10.15760/mcnair.2014.46 This open access Article is distributed under the terms of the Creative Commons Attribution-NonCommercial- ShareAlike 4.0 International License (CC BY-NC-SA 4.0). All documents in PDXScholar should meet accessibility standards. If we can make this document more accessible to you, contact our team. Portland State University McNair Research Journal 2014 Go Before You Go: How Public Toilets Impact Public Transit Usage by Kate M Washington Faculty Mentor: Dr. James G. Strathman Washington, Kate M. (2014) “Go Before You Go: How Public Toilets Impact Public Transit Usage” Portland State University McNair Scholars Online Journal: Vol. 8 Portland State University McNair Research Journal 2014 Abstract The emphasis on sustainable solutions in Portland, Oregon includes developing multi-modal transportation methods. Using public transit means giving up a certain amount of control over one’s schedule and taking on a great deal of uncertainty when it comes to personal hygiene. -
Flushing Money Away?
Florida Keys Aqueduct Authority Making Paradise Possible Are you flushing money away? WATER USE If every American home with older, inefficient toilets replaced them with new high efficiency toilets, we would SAVE save nearly 640 billion gallons 67% of water per year, equal to OLDER LOW more than two weeks of flow Toilets account for approximately 27 percent of a home’s TOILET FLOW over Niagara Falls. indoor water consumption. Toilets are also a major source of wasted water due to leaks or inefficiency. Jiggling the handle is not a solution! It’s a symptom of something that could cost you Replacement of older toilets with low flow models can hundreds of dollars while wasting thousands of gallons save approximately 4,000 gal per year per person. of water each year. A simple way to test your toilet for Whether you're remodeling a bathroom, building a new leaks is to add a few drops of food coloring to the top home, or simply replacing an old, leaky toilet, a Water- tank, wait a few hours and see if any color seeps down into the bowl. Sense labeled toilet is a great option. FKAA can help. WaterSense Florida Keys Aqueduct Authority has a wide variety of , a program Toilets use either a siphonic sponsored by the U.S. or a wash-down method to conservation tools and methods available for you to use. remove waste from the bowl. Please contact any of our offices and ask about how you Environmental Protection e siphonic method, more can start saving right away. -
What Happens When We Flush?
Anthropology Now ISSN: 1942-8200 (Print) 1949-2901 (Online) Journal homepage: http://www.tandfonline.com/loi/uann20 What Happens When We Flush? Nicholas C. Kawa To cite this article: Nicholas C. Kawa (2016) What Happens When We Flush?, Anthropology Now, 8:2, 34-43 To link to this article: http://dx.doi.org/10.1080/19428200.2016.1202580 Published online: 29 Sep 2016. Submit your article to this journal Article views: 17 View related articles View Crossmark data Full Terms & Conditions of access and use can be found at http://www.tandfonline.com/action/journalInformation?journalCode=uann20 Download by: [Tufts University] Date: 04 January 2017, At: 14:38 features reach far into our houses with their tentacles, they are carefully hidden from view, and we are happily ignorant of the invisible Venice What Happens When of shit underlying our bathrooms, bedrooms, dance halls, and parliaments.”1 We Flush? So what really happens when the mod- ern toilet goes “flush”? The human excreta it Nicholas C. Kawa handles most certainly does not disappear. Instead, a potential resource is turned into waste. But it hasn’t always been this way, and ost people who use a flush toilet prob- it doesn’t have to be. Mably don’t spend a lot of time thinking about where their bodily fluids and solids will journey after they deposit them. This is be- Dark Earths and Night Soils cause modern sanitation systems are designed to limit personal responsibilities when it Much of my research as an environmental comes to managing these most intimate forms anthropologist has focused on human rela- of excreta. -
Priolo® Flowise® 15" Height Elongated Flushometer Toilet VITREOUS CHINA with EVERCLEAN®
Priolo® FloWise® 15" Height Elongated Flushometer Toilet VITREOUS CHINA with EVERCLEAN® Priolo® FloWise® 15" Height Elongated Flushometer Toilet with EVERCLEAN® • Floor mount rear outlet flushometer valve toilet • Vitreous china • High Efficiency, Low Consumption. Operates in the range of 1.1 gpf to 1.6 gpf (4.2 Lpf to 6.0 Lpf) • Meets definition of HET (High Efficiency Toilet) when used with a high efficiency flush valve (1.28 gpf or 1.6 / 1.1 gpf dual flush) • Permanent EverClean® surface inhibits the growth of stain- and odor-causing bacteria, mold, and mildew on the surface • 15" rim height • Condensation channel • Elongated bowl • Powerful direct-fed siphon jet action • Fully glazed 2-1/8" trapway • 1-1/2" inlet spud • 4 bolt caps ❏ 3690.001 Elongated bowl only, top spud SEE REVERSE FOR ROUGHING-IN DIMENSIONS ❏ 3691.001 Elongated bowl only, top spud with slotted rim for bedpan holding To Be Specified: ❏ Color: ❏ White System MaP* Score: ❏ • 1,000 grams of miso @ 1.6 gpf or 1.28 gpf when Seat: used with an American Standard flush valve ❏ American Standard #5901.110 Heavy duty open front less cover with EverClean® surface * Maximum Performance (MaP) testing performed by IAPMO R&T Lab. MaP Report conducted by Veritec Consulting, Inc. ❏ American Standard #5905.110 Extra heavy duty and Koeller and Company. open front less cover with EverClean® surface ❏ Alternative Seat: Component Parts: ❏ Flushometer Valve: ❏ 047007-0070A Inlet spud (furnished with bowl) ❏ 1.6 gpf: ❏ ® ❏ 481310-0200A Bolt caps with retainers Sensor-Operated: American -
Composting Toilets: a Review* of Their Use in Public Venues in the U.S
Composting Toilets: A Review* of Their Use in Public Venues in the U.S. (Updated November 8, 2016) Introduction :::::::::::::::::::::::::::::: 1 The Crystal Springs Golf Course :::::::::: 5 Manufacturers :::::::::::::::::::::::::::: 1 El Pol´ınSpring ::::::::::::::::::::::::::: 6 Buildings at the Vermont Law School ::::: 2 San Jose Environmental Innovation Center7 The Bronx Zoo Eco-Restroom ::::::::::::: 4 Frequently asked questions :::::::::::::::: 7 The University of Vermont :::::::::::::::: 5 Concluding remarks ::::::::::::::::::::: 11 Installations in California ::::::::::::::::: 5 Introduction Mention \composting toilet", and most people will think of something suitable for a summer cabin or a rural residence off the grid|a kind of classy outhouse|surely not something suitable for installation in an urban environment. As one person has remarked, flush toilets are the accepted social standard. The idea of collecting human excrement in a basement composting bin does not exactly square with the modern paradigm of gracious living. There is, however, more to the story. In what follows, we describe six composting toilet installations of varying types, currently installed for public use in locations in the United States, including three in California. We consider only those for institutional, industrial, municipal and commercial venues, i.e., those for which maintenance can be assured. We do not consider composting toilet installations for residential use. In our descriptions, we include comments by administrators, architects and users. As we shall see, every one of these six installations is positively viewed. We also include a section on frequently asked questions, including discussions of costs and possible legal barriers. Manufacturers: Clivus Multrum is the leader A comprehensive list of manufacturers of composting toilets is available as a pdf that may be downloaded from http://www.susana.org/en/resources/library/details/876. -
In 1858, London Was Caught in the Grip of a Deadly Health Crisis: Its Largest River Was Overflowing with Poop
Paired Texts In 1858, London was caught in the grip of a deadly health crisis: Its largest river was overflowing with poop. By Allison Friedman UP years, Londoners have been dumping human CLOSE Synthesizing As you read these articles, think about how big problems can waste into the Thames [temz], the great river spark the creation of new inventions. that rushes through the city. Now, London is suffering the hottest summer in recent history. LOOK FOR WORD NERD’S 10 WORDS IN BOLD The steaming heat is cooking the filthy river into a bubbling, foul-smelling stew. Newspapers Let’s journey to the city of London, England, are calling this situation “The Great Stink.” in the summer of 1858. Horse-drawn carriages The problem isn’t merely gross. It’s also clip-clop through the streets. Ladies wearing deadly. Over the past 50 years, tens of thousands giant, tentlike skirts glide past shop windows. of people have died from drinking the polluted Kids stand on street corners, selling newspapers water of the Thames River. Can the Great and cigars and fried fish. Stink force the city to clean up the river before But you don’t notice any of that. All you thousands more are sickened? can think about is the overpowering, stomach- turning, eye-watering smell of poop. The Problem of Poop As you will soon discover, the entire city For as long as humans have walked the is caught in the grip of a stinky crisis. For earth, figuring out what to do with human GARY HANNA BY ILLUSTRATION 10 STORYWORKS waste has been one of our greatest into the Thames, to prevent challenges. -
Technology Review of Urine-Diverting Dry Toilets (Uddts) Overview of Design, Operation, Management and Costs
Technology Review of Urine-diverting dry toilets (UDDTs) Overview of design, operation, management and costs As a federally owned enterprise, we support the German Government in achieving its objectives in the field of international cooperation for sustainable development. Published by: Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH Registered offices Bonn and Eschborn, Germany T +49 228 44 60-0 (Bonn) T +49 61 96 79-0 (Eschborn) Friedrich-Ebert-Allee 40 53113 Bonn, Germany T +49 228 44 60-0 F +49 228 44 60-17 66 Dag-Hammarskjöld-Weg 1-5 65760 Eschborn, Germany T +49 61 96 79-0 F +49 61 96 79-11 15 E [email protected] I www.giz.de Name of sector project: SV Nachhaltige Sanitärversorgung / Sustainable Sanitation Program Authors: Christian Rieck (GIZ), Dr. Elisabeth von Münch (Ostella), Dr. Heike Hoffmann (AKUT Peru) Editor: Christian Rieck (GIZ) Acknowledgements: We thank all reviewers who have provided substantial inputs namely Chris Buckley, Paul Calvert, Chris Canaday, Linus Dagerskog, Madeleine Fogde, Robert Gensch, Florian Klingel, Elke Müllegger, Charles Niwagaba, Lukas Ulrich, Claudia Wendland and Martina Winker, Trevor Surridge and Anthony Guadagni. We also received useful feedback from David Crosweller, Antoine Delepière, Abdoulaye Fall, Teddy Gounden, Richard Holden, Kamara Innocent, Peter Morgan, Andrea Pain, James Raude, Elmer Sayre, Dorothee Spuhler, Kim Andersson and Moses Wakala. The SuSanA discussion forum was also a source of inspiration: http://forum.susana.org/forum/categories/34-urine-diversion-systems- -
AFWALL® Flowise® ELONGATED FLUSHOMETER TOILET VITREOUS CHINA with EVERCLEAN® BARRIER FREE AFWALL® Flowise® ELONGATED TOILET with EVERCLEAN®
AFWALL® FloWise® ELONGATED FLUSHOMETER TOILET VITREOUS CHINA with EVERCLEAN® BARRIER FREE AFWALL® FloWise® ELONGATED TOILET with EVERCLEAN® • Wall-mounted flushometer valve toilet • Vitreous china • High Efficiency, Low Consumption. Operates in the range of 1.1 gpf to 1.6 gpf (4.2 Lpf to 6.0 Lpf) • Meets definition of HET (High Efficiency Toilet) when used with a high efficiency flush valve (1.28 gpf or 1.6 / 1.1 gpf dual flush) • Permanent EverClean® surface inhibits the growth of stain- and odor-causing bacteria, mold, and mildew on the surface • Condensation channel • Elongated bowl • Powerful direct-fed siphon jet action • 1-1/2" inlet spud • Fully-glazed 2-1/8" trapway • 10" x 12" water surface area • 100% factory flush tested ❏ 3351.001 Elongated bowl only, top spud SEE REVERSE FOR ROUGHING-IN DIMENSIONS ❏ 3352.001 Elongated bowl only, top spud with slotted rim for bedpan holding (White only) ❏ 3353.001 Elongated bowl only, back spud To Be Specified: ❏ ❏ Color: ❏ White ❏ Bone ❏ Linen 3354.001 Elongated bowl only, back spud with ❏ Seat: slotted rim for bedpan holding (White only) ❏ American Standard #5901.100 Heavy duty open front less cover System MaP* Score: ❏ American Standard #5905.100 Extra heavy • 1,000 grams of miso @ 1.6 gpf or 1.28 gpf when used with an American Standard flush valve duty open front less cover ❏ Flushometer Valve: * Maximum Performance (MaP) testing performed by IAPMO ❏ R&T Lab. MaP Report conducted by Veritec Consulting, Inc. 1.6 gpf: and Koeller and Company. ❏ Sensor-Operated: American Standard Selectronic® -
Arxiv:2101.11990V1 [Physics.Flu-Dyn] 28 Jan 2021 in the Study Reported That All of the Restroom Surfaces Appeared Teria Recovered from Air Samples
Aerosol generation in public restrooms Jesse H. Schreck,1, a) Masoud Jahandar Lashaki,2, b) Javad Hashemi,1, c) Manhar Dhanak,1, d) and Siddhartha Verma1, e) 1)Department of Ocean and Mechanical Engineering, Florida Atlantic University, Boca Raton, FL 33431, USA 2)Department of Civil, Environmental and Geomatics Engineering, Florida Atlantic University, Boca Raton, FL 33431, USA (Dated: 29 January 2021) Aerosolized droplets play a central role in the transmission of various infectious diseases, including Legionnaire’s disease, gastroenteritis-causing norovirus, and most recently COVID-19. Respiratory droplets are known to be the most prominent source of transmission for COVID-19, however, alternative routes may exist given the discovery of small numbers of viable viruses in urine and stool samples. Flushing biomatter can lead to the aerosolization of microorganisms, thus, there is a likelihood that bioaerosols generated in public restrooms may pose a concern for the transmission of COVID-19, especially since these areas are relatively confined, experience heavy foot traffic, and may suffer from inadequate ventilation. To quantify the extent of aerosolization, we measure the size and number of droplets generated by flushing toilets and urinals in a public restroom. The results indicate that the particular designs tested in the study generate a large number of droplets in the size range 0:3mm to 3mm, which can reach heights of at least 1:52m. Covering the toilet reduced aerosol levels but did not eliminate them completely, suggesting that aerosolized droplets escaped through small gaps between the cover and the seat. In addition to consistent increases in aerosol levels immediately after flushing, there was a notable rise in ambient aerosol levels due to the accumulation of droplets from multiple flushes conducted during the tests. -
2 the Robo-Toilet Revolution the Actress and the Gorilla
George, Rose, 2014, The Big Necessity: The Unmentionable World of Human Waste and Why It Matters (pp. 39-64). Henry Holt and Co.. Kindle Edition. 2 THE ROBO-TOILET REVOLUTION THE ACTRESS AND THE GORILLA The flush toilet is a curious object. It is the default method of excreta disposal in most of the industrialized, technologically advanced world. It was invented either five hundred or two thousand years ago, depending on opinion. Yet in its essential workings, this everyday banal object hasn’t changed much since Sir John Harington, godson of Queen Elizabeth I, thought his godmother might like something that flushed away her excreta, and devised the Ajax, a play on the Elizabethan word jakes, meaning privy. The greatest improvements to date were made in England in the later years of the eighteenth century and the early years of the next by the trio of Alexander Cumming (who invented a valve mechanism), Joseph Bramah (a Yorkshireman who improved on Cumming’s valve and made the best lavatories to be had for the next century), and Thomas Crapper (another Yorkshireman who did not invent the toilet but improved its parts). In engineering terms, the best invention was the siphonic flush, which pulls the water out of the bowl and into the pipe. For the user, the S-bend was the godsend, because the water that rested in the bend created a seal that prevented odor from emerging from the pipe. At the height of Victorian invention, when toilets were their most ornate and decorated with the prettiest pottery, patents for siphonic flushes, for example, were being requested at the rate of two dozen or so a year. -
Composting Toilets
Advanced Methods and Materials AMM201 Composting Toilets This Advanced Method and Material was developed jointly by the City of Bellingham SCOPE Building Department and Sustainable Connections to enhance water conservation ef- All habitable build- forts by providing a means for the installation of composting toilets. ings. DEFINITIONS Composting toilet: A BENEFITS human waste disposal system that utilizes a Composting toilets can help achieve zero waterless or low-fl ush toilet in conjunction water consumption. When used in com- with a tank in which bination with wastewater re-utilization aerobic bacteria break in irrigation and other household water down the waste. reduction techniques, costs can be cut by up to 60%. Additional benefi ts of com- PERMIT posting toilets include: REQUIREMENTS In general, the person Lower electricity costs (to pump water installing the com- and sewage) posting toilet obtains any required permits. Elimination of infrastructure costs For specifi c informa- to provide fresh water or collect and tion applicants should treat sewage contact the COB End state is a valuable fertilizer Permit Center/Build- ing Services Division Contribute up to 3 LEED® points for for more information: your project (360) 778-8300 or [email protected]. The average household spends as much as $500 per year on its water and sewer bill. A four-person household using a traditional 3.5 gallon fl ush toilet will fl ush some 70 gallons per day down the toilet (that’s an annual volume of over 25,000 gallons per year). Compared to sewage systems, on-site composting and greywater treatment has less impact on the environment (large effl uent releases into watercourses and oceans are avoided, disruption to soils systems through pipeline installation is eliminated and leakage of raw sewage into groundwater through pipe deterioration and breakage is eliminated).