People Helping People Build a Safer World. ICC Roundtable Teleconference: The Lack of Basic Sanitation for a Reported 1.6 million Americans

Similar documents
Septic System. Responsibility! Is Your. You should know that:

FUNDING YOUR SOLID WASTE MANAGEMENT PROGRAM

August 21, Dear Valued Colleague and Stakeholder:

YOUR SEPTIC SYSTEM UNCOVERED

Georgia Department of Public Health. Georgia Onsite Sewage Management Systems. Background and Use of Onsite Wastewater Treatment Systems in Georgia

A HOMEOWNERS GUIDE ON-SITE SEWAGE MANAGEMENT SYSTEMS

United States Environmental Protection Agency Office of Water Benefits of Protecting Your Community From Sanitary Sewer Overflows

ON-SITE WASTEWATER TREATMENT SYSTEMS ACT

Anish Jantrania (photo) and Allen Knapp

Environmental Protection

A Comprehensive Summary

City of Hillsboro Inflow and Infiltration Elimination Program

APPLICATION FOR INDIVIDUAL WATER & WASTEWATER FACILTIES

Executive Summary Community Profiles

Water LA. capture conserve reuse. California Adaptation Forum 2014 From Watershed to Coast: Adapting to Rising Seas & Prolonged Drought

United States General Accounting Office GAO. High-Risk Series. February Farm Loan Programs GAO/HR-95-9

SEPTIC SYSTEMS. 1. Building sewer connects the building plumbing to the septic tank.

What Is An On-Lot Sewage Disposal System?

THE NEW YORK CITY TOILET REBATE PROGRAM: Economic Incentives for Water Conservation New York City, U.S.A

Point-of-Sale Program

Special Events Co-ordinator s Requirements

DEPARTMENT OF HEALTH AND HUMAN SERVICES STATEMENT OF MR. GARY J. HARTZ, DIRECTOR DIVISION OF ENVIRONMENTAL HEALTH

Number September 2014 SEWER LIABILITY

The Underground Infrastructure Crisis: Rebuilding Water and Sewer Systems without a Flood of Red Ink

WATER. Water Management Protect your building from water damage. Intent. Information & Tips

Making San Francisco a Water Sensitive City. Sarah Minick SFPUC Urban Watershed Management Program June 2009

INDEX. Introduction 3. The Septic System 3. What Does The Septic Tank Do? 4. Where It All Goes 5. Problems 7. Some Dontʼs 8

Fiberglass Storage Tanks for Green Building Applications

AN UPDATE ON LOUISVILLE MSD s BASEMENT BACKFLOW PREVENTION PROGRAM 10 YEARS AND 6,700 INSTALLATIONS LATER

Chapter 8 Water and Sewage Systems

WATER INFRASTRUCTURE. EPA and USDA Are Helping Small Water Utilities with Asset Management; Opportunities Exist to Better Track Results

Frequently Asked Questions About Septic System Maintenance Inspections

June Franklin CPD Program Manager Birmingham Office December 5, 2011

City and County of San Francisco 2030 Sewer System Master Plan TASK 400 TECHNICAL MEMORANDUM NO. 405

SHERRI MEADOWS 2016 VICE PRESIDENT NATIONAL ASSOCIATION OF REALTORS BEFORE THE VETERANS' AFFAIRS COMMITTEE SUBCOMMITTEE ON ECONOMIC OPPORTUNITY

Research of Grey Water for Use in Residential Applications Original date of publication: Updated:


Service Line Warranties of America (SLWA) is the Preferred Service Line Warranty Partner of the City of San Diego

Frequently Asked Questions about Septic Systems

Prompt Reliable Professional Affordable

Sewerage Agency of Southern Marin Cash For Sewers Program

Wastewater Who to ask: wastewater operator, health aides, public health nurse

Septic Systems and Their Maintenance

Do your Part Be SepticSmart!

The Town of Lakeshore Basement Flooding Information to Residents

Drainage. Information for those with problem drains

I N C O R P O R A T E D

National policy encompasses both preserving

Homeowners and Home Buyers Guide to Wells and Private Sewage Systems

What Constitutes Environmental Due Diligence?

Useful Septic System Statistics

The Impacts of High Efficiency Toilets on Plumbing Drainlines and Sewers

Getting More Out of the Water We Have

Glen Hills Area: Septic System and Public Sewer Q & A Information Sheet Page 1

FREQUENTLY ASKED QUESTIONS

San Francisco s Non-potable Water Programs

RESIDENTIAL ON-SITE WASTEWATER TREATMENT SYSTEM (OWTS) INSTALLATION PERMIT (New or Repair) Instructions and Application Form

Homeowner s GUIDE. to living with a well and septic system. Northeast Colorado. Health. Department. Replacement System. Leach Field. Septic Tank.

Are Septic Systems Up to Speed?

Inspection Item COMMENTS

Policy measures for the prevention and minimization of hazardous wastes

Pollution Liability Insurance Agency

Chapter 13: Implementation Plan

DRAFT Guidelines for Manually Diverting Outdoor Wastewater to the Sanitary Sewer

Rural Development Program Guide Building Rural Communities from the Ground Up.

Hancock County Combined General Health District Plumbing Regulations

APPLICATION FOR PLAN REVIEW


Chapter EDITION. Plumbers Insurance required of certain providers of low-flow showerheads or faucet aerators

AMOUNT New Account Deposit $50.00 Service Delinquent $10.00 Delinquency Notification $15.00 NSF Check processing $20.00

Source Water Protection Practices Bulletin Managing Sanitary Sewer Overflows and Combined Sewer Overflows to Prevent Contamination of Drinking Water

Name: Date: P.O. Box 2449, San Antonio, Texas (210) Number of Taps

Bethel Creek Area Homeowner's Meeting Installation of Septic Tank Effluent Pumping System (STEP)


Essential Water. Customer Charter

DISTRICT OF COLUMBIA WATER AND SEWER AUTHORITY. a guide to PREVENTING SEWER BACKUPS AND FLOODING

Codes and Standards Research Report. California s Residential Indoor Water Use

Homeowner s Guide to Maintaining a Sewage Treatment System

31. ECO-INFO -- SEPTIC SAFE PROTECT YOUR HEALTH AND ENVIRONMENT YOUR SEPTIC PUMP-OUT SYSTEM with SELF ASSESSMENT TROUBLE SHOOTING GUIDE

STARK County Level Programs

SAMPLE ACTIVITY. from

What is PMI? The Mission of PMI

Alternatives to Conventional Wastewater Treatment

CHAPTER 17. Sewers and Sewage

National Housing Trust Fund Allocation Plan

Miami-Dade Attains Green Government Certification FGBC Designation Confirms Environmental Stewardship

Plumbing Industry Snapshot

As stewards of the land, farmers must protect the quality of our environment and conserve the natural resources that sustain it by implementing

ON-LOT SEWA G E S Y S T E M S

YOUR HOME S PLUMBING SYSTEM By Tim Oglesby, Home Check America

State Tax Credits for Historic Preservation A State-by-State Summary. States with income tax incentives States that do not tax income

INVESTIGATING THE IMPACT OF THE YEAR 2000 PROBLEM. overall success of this industry.

Housing Opportunities for Native Americans & Alaska Natives NativeNatives

Licensing & Certification

Summary Of The Reduction Of Lead In Drinking Water Act And Frequently Asked Questions

6. Principles of effective plumbing systems

CRS Report for Congress

Codes and Standards Research Report. California s Residential Indoor Water Use. 2 nd Edition (Revised May 8, 2015)

Fiberglass Tanks for Green Building Applications. a subsidiary of ZCL Composites Inc.

MEMO. kitsappublichealth.org

Transcription:

People Helping People Build a Safer World ICC Roundtable Teleconference: The Lack of Basic Sanitation for a Reported 1.6 million Americans

International Code Council 500 New Jersey Avenue, NW Sixth Floor Washington, DC 20001 tel: 888.icc.safe (422.7233) fax: 202.783.2348 www.iccsafe.org November 19, 2014 Dear Members and Stakeholders: As the developer of model codes for the construction industry, and a service provider to public and private stakeholders, the International Code Council (ICC) believes its responsibilities include engaging our Members and stakeholders in conversation about emerging and persistent safety and public health issues. ICC began a series of roundtables to do just that. The roundtables brought bring together multidisciplinary stakeholders who discuss topics of interest and its relevance. Topics to date have included fires in buildings under construction, the code adoption cycle, those without indoor plumbing in the U.S., and how the ranks of experienced code officials will be seriously impacted by retirement. We are pleased to release this report from the August 25, 2014, roundtable teleconference exploring the ongoing problem of 1.6 million Americans Lacking Indoor Plumbing. The moderator was Barbara Higgens, CEO and Executive Director of Plumbing Manufacturers International. The report of the roundtable follows and offers perspectives on the challenges and possible methods to address this safety and public health challenge in the built environment. Dominic Sims, CBO Chief Executive Officer Stephen D. Jones, CBO Immediate Past President ICC Board of Directors

ICC convened a roundtable teleconference on Monday, August 25, 2014, to discuss a published report that 1.6 million Americans in nearly 630,000 occupied households lack complete indoor plumbing facilities, meaning they are without one or more of the following: a toilet, a tub or shower, or running water. The results come from the American Community Survey data supplied through the U.S. Census Bureau and indicates a high number of those without indoor plumbing reside on Native American tribal lands, and in Alabama, Alaska, Kentucky, South Dakota and West Virginia, but could be anywhere in the U.S. It was suggested the research should be considered and addressed as the question about flush toilets is controversial, particularly for certain groups that don t think the Census should be asking the question and could lead to skewed results. Since these are questions asked of individuals who provide their own assessment and definitions, and the answers were not evaluated with an inspection performed by a professional who uses the same standard for every case, there is room for error. Roundtable Goals and Panelists Roundtable moderator Barbara Higgens, CEO and Executive Director of Plumbing Manufacturers International (PMI), a plumbing industry association representing 30 manufacturers, cited the importance of working together through coalitions and partnerships to address issues important to the plumbing industry. The goals for the call were stated as follows: Raise awareness and bring attention to the issue Highlight the importance of proper sanitation Discuss root causes of the issue and roles played by government, policy makers, inspectors, codes officials, codes and standards writing bodies and the industry Work together on the beginnings of an action plan Try to improve the current situation as best we can with the tools we ve uncovered. Joining Ms. Higgens on the panel were: 1. Jim Olk, Panel Co-chair, Building Official for the City of Farmers Branch, Texas, and Chair of the International Code Council PMG Membership Council; 2. Michael Leonhardi, Southern District Supervisor for the State of Alabama Plumbers and Gas Fitters Examining Board; 3. Alex Cash Olszowy, Building Inspector Supervisor for Lexington Fayette Urban County Government in Kentucky, and Vice President of the International Code Council Board of Directors; 4. Efrain Perez, Director of Corporate Engagement for World Vision; 5. Dr. Kurt Usowski, Deputy Assistant Secretary for Economic Affairs for the U.S. Department of Housing and Urban Development Office. He runs the HUD portion of the American Housing Survey; 6. Holly Todd, Sustainable Building Specialist with Kentucky Habitat for Humanity; 7. Jim Kendzel, Executive Director and CEO of the American Society of Plumbing Engineers. Page 3

Each panelist was introduced and offered an opening statement with a description of their respective organizations and/or their personal interest in the topic. Each provided their experiences and thoughts concerning the problem of indoor plumbing for so many Americans. Common Causes The most commonly identified and discussed root causes for the continued lack of complete indoor plumbing in the United States were: Lacking or degraded local potable water supply and sewer infrastructure High cost of installation of on-site water supply and sewer treatment systems. Costs can be even higher for certain challenging geographies. Lack of awareness of the link between sanitation and availability of indoor plumbing in some locales. The lack of infrastructure for plumbing in many rural areas was cited as one of the big hurdles to overcome and a key challenge in addressing the problem. For the purpose of this discussion infrastructure was defined as public: water supply, waste management systems and wastewater treatment. Affecting change in infrastructure was seen to be outside of the control and beyond the scope of the roundtable a very large and expensive issue not easily addressed or solved. Ms. Higgens said the plumbing industry and its needs tend to be given a low priority by local and national policymakers, despite infrastructure in the United States scoring very poorly on the report card issued by the American Civil Engineers, earning a D-minus. Ms. Higgens added, We are leaking 1.7 trillion gallons of water annually. The hope is that through this coalition and others infrastructure will be kept in the news, awareness raised and effective solutions sought. Another issue discussed was the lack of adopted building codes and/or their enforcement in several jurisdictions in the affected areas. Panel co-chair Jim Olk said where modern plumbing codes are adopted and enforced, and enforcement is active, the number of people without sanitary plumbing is minimal. It s in the areas where no codes are adopted, or where there is no enforcement, where people are at risk. Panelists representing Kentucky and Alabama, two states having higher concentrations of those lacking indoor plumbing, were among those citing poverty and lack of education about the necessity of proper sanitation to the maintenance of public health and safety as a culprit. In many rural areas outhouses are still common. Some households and rural communities continue to use untreated water taken directly from streams as opposed to wellwater or public supplies. And unsafe, untreated waste disposal threatens the health of local residents and the environment alike. Even where code compliance is possible, it is difficult for those in poverty to afford modern, safer facilities. While centralized water and sewer services are not available in some rural areas, it was noted that decentralized options such as groundwater wells, rainwater harvesting and onsite septic systems do exist and are supported by local codes. However, in these cases the extra cost required to purchase and install system components were often cited as prohibitive. Generally, it was not the cost of plumbing fixtures (toilets, bathtubs and faucets) that was preventative. Instead it was the systems supplying the water and treating wastewater. Page 4

Identification of Potential Solutions To address the identified common root causes of continued gaps in indoor plumbing nationwide, roundtable participants shared best practices currently being used and concepts for improvement. In the interest of reducing costs for onsite water source and sewage disposal systems Jim Kendzel mentioned ASPE s involvement in a competition held at the inaugural Water Innovation Challenge in Singapore. He indicated that teams of four from various countries were comprised of a plumbing engineer, two plumbing apprentices, and a web marketing/graphics expert. They were brought together to develop a sanitation and waste system that could be created inexpensively using materials in a Bangladesh village; a cost effective rain water catchment system also built with materials in the area; and marketing materials that could be understood by the people in the village. Perhaps a similar think tank/competition to develop cost-effective solutions to problems that remain in the U.S. could be considered. The participants concluded that more research and study may be needed with regard to packaged plumbing services or onsite supply and treatment of water. This could allow new technologies to enter the marketplace, lowering costs and expanding the type of sites where systems could be installed. It would also provide communities with solid information on when and how malfunctioning systems must be addressed to balance the need for waste disposal systems and the needs of the local environment. Efforts by the code community to streamline permitting and allow the use of more innovative technologies might speed the process of addressing these challenging and pressing needs. Current processes for approving onsite wastewater treatment technologies differ from state to state. This makes it extremely costly and time consuming to introduce new technologies, and increases costs across the board. It was noted that the U.S. EPA has begun to study this issue and that this and other efforts to reduce red tape could significantly improve the time and costs to implement these systems. Collaboration between organizations such as Habitat for Humanity and code officials could also help to identify and reduce other impediments that make it difficult to aid those in need of indoor plumbing assistance. All agreed that adherence to the code was of utmost importance, but that authorities having jurisdiction should also consider the health implications of households continuing without indoor plumbing. Efrain Perez discussed World Vision s Storehouse program a network of warehouses across the country that partner with manufacturers, wholesalers and distributors of plumbing products, helping them repurpose these products and make them available to other nonprofits involved in the refurbishing and rehabbing of housing stock in rural or urban areas connecting people who have excess inventory to people who need it. What World Vision does is helpful, but Ms. Higgens noted that fixtures and fittings are not the major cost involved. There is a very real issue of the actual availability of safe drinking water to get to fixtures and piping, and the ultimate disposal of the waste. Well and cistern water supplies are considered potable, but may need additional treatment. These local sources may be an alternative to extending costly centralized supply and treatment infrastructure. Septic tanks, with much more substantial installation costs, seem to be a bigger problem. And in some areas, the ability of the soil to percolate can make a traditional septic system difficult or even impossible to implement. Similarly, for rainwater harvesting systems, the purchase and installation of the storage tank and pumps is the largest cost and can be prohibitive. Groundwater wells involve a significant cost for the drilling of the well, which may be very deep or difficult to drill in some areas, as well as the installation of the casing, pump and supply line. Page 5

Even for centralized systems, it was mentioned that connection costs for homeowners could be a major impediment as well. Even if public water service or sewer service becomes available in an existing neighborhood, the cost to install supply and waste lines from the street to each house can cost several thousand dollars, placing it out of reach for many impoverished households. In fact, when a new service is added to an area, local residents may be required to connect to the system. Financial subsidies, grants and loans to help hook up households in need would be a great help. Financial assistance programs do exist, but they vary widely in effectiveness and availability. Even when available, all needy homeowners may not qualify or even be aware of the assistance programs. Tax breaks to incentivize plumbing rehabilitation or installation to address the issue was suggested; however, where poverty is an issue, tax breaks would not be an incentive as they only benefit people who have a federal tax liability. That is, where income is so low that taxpayer can t itemize, a tax break would not provide any benefit. A refundable federal tax credit, like the Earned Income Tax credit that earns money back by the amount the credit exceeds tax liability would work, but Congress rarely enacts such tax credits. Tax breaks could also be considered at the state or local level to address local needs. In some cases households can regress from having indoor plumbing to having none. This can occur where systems such as ground water wells or septic systems require significant repairs that the homeowner cannot afford. In some communities where an outdated holding tank exists or a septic system isn t functioning properly, the health department will insist that repairs be made promptly, regardless of the expense. It was proposed that legislation could be enacted providing a different set of standards in rural areas than high-density cities, lessening the financial burden. However, such a move would simply delay necessary repairs, and could lead to environmental damages and even groundwater contamination. Given the root causes identified and the limited ability of the represented organizations to address infrastructure issues, the group recommended a larger effort to bring together additional organizations on this topic. Suggested organizations included the National Environmental Health Association, American Public Health Association, the U.S. Centers for Disease Control and Prevention, the U.S. Environmental Protection Agency, economic development officials who administer the state version of the community development block grant, organizations representing ground water and rain catchment, and related organizations in Canada. Below are recommendations that came out of group discussions that met with the general consensus of all participants in the roundtable: Promote innovation on the part of on-site water source and water treatment system purveyors to lower costs and expand applications. Work to increase code acceptance for innovative on-site water source and water treatment system technologies where it can be done without adversely affecting public health and safety. Increase communication between organizations such as Habitat for Humanity seeking to address the issue locally and code officials to identify regulatory impediments to providing indoor plumbing. Make code officials aware of resources and programs seeking to address the lack of indoor plumbing such as Habitat for Humanity and World Vision s Storehouse Program to try to meet identified needs. Work to streamline and unify regulatory approval processes nationwide for septic systems to bring new products to market faster and lower costs. Convene further sessions with wider stakeholders to raise awareness and discuss potential solutions to infrastructure issues impacting indoor plumbing. Page 6 14-10380