Rural Water - Quarter 1, 2009 - (Page 21) Everyone wants to know what’s coming in the next regulation. States want to know. Water systems want to know. Predicting the new regulations is something like predicting the weather. A weatherman could just sit back and look outside when the weather actually happens. TV stations probably wouldn’t want to pay much for that. They expect the weatherman to know a little about the weather-making process and be able to predict what will happen next. For drinking water, thanks to some language in the 1996 Safe Drinking Water Act (SDWA) amendments, we can also look into the future to get some idea as to what may be coming next. And we have the added advantage over the weatherman in that we can actually influence what will be in the regulations. Prior to these legislative changes, EPA was mandated to regulate 25 contaminants every three years. As you might expect, that put pressure on EPA to regulate contaminants to meet artificial deadlines and not necessarily because there was a critical need for that contaminant to be regulated. States and utility organizations both supported the concept of regulations based on sound science and a demonstrated need for regulation to protect public health. These principles became part of the SDWA amendments and drive the regulatory process today, rather than mandatory schedules. EPA now has a formal process it follows to determine what contaminants should be regulated. This process is open to our review and comment so we can get some indication of the contaminants that may be coming and provide advice to EPA on the appropriateness of specific contaminants under consideration. This is all accomplished through the Contaminant Candidate List (CCL) process shown graphically in Figure 1. If you understand this process, you can feel like a Washington insider and make your own predictions about the future regulations. Those of us who work in DC don’t always have special inside tips, we just know what to look for, where to look, and have a little time to do the looking. I hope you will also fi nd that a little investment of your time is worth it to help you prepare for new regulations. effects and occurrence in drinking water. These criteria are evaluated further to determine which contaminants should fi nally be regulated during the Regulatory Determination part of the process. Generalized Flow of Regulatory Processes Draft CCL Final CCL Preliminary Regulatory Determinations Final Regulatory Determinarions No further action if make decision to not regulate (may develope health strategy) Public review and comment Draft UCMR Final UCMR UCNR Monitoring Results Proposed Rule (NPDWR) Final Rule (NPDWR) Six Year Review of Existing NPDWRs At each stage, need increased specificity and confidence in the type of supporting data used (e.g. health and occurance). Figure 1: The overall federal regulatory process (Graphic courtesy of EPA) The regulatory process is cyclical, with new CCLs and regulatory determinations occurring every five years. The key component is the Contaminant Candidate List itself. EPA prepares this list of contaminants that might need to be regulated. Unless something unusual happens, the future regulated contaminants all start on this list. So, I’ve already told you where to fi nd all the upcoming regulated contaminants – picking the right ones is the complex part! EPA fi rst proposes a draft list in which they identify the contaminants to be considered. EPA draws from nearly 300 data sources to fi nd the contaminants to place on the draft list, including familiar sources like regulated hazardous wastes, lists of regulated pesticides, the Toxic Release Inventory, as well as many more obscure sources from around the world. Contaminants from the draft list go to the fi nal list based on information about their health The CCL is one of the places where utilities can have a tremendous influence on which contaminants eventually get regulated. One of the criteria is whether the contaminants are found in significant quantities in drinking water. One way EPA gathers data on the occurrence of these contaminants in drinking water systems is to include them in the Unregulated Contaminant Monitoring Regulation (UCMR), where large systems and a representative group of smaller systems collect samples. EPA also needs information on these contaminants from any state or water system that has collected samples for contaminants being considered. If you have detected some of these contaminants in your water system, that may be information that helps EPA decide whether it can make a serious case for regulating the contaminant. It’s just as valuable if you have done testing and not detected specific contaminants. That can help EPA decide that First Quarter 2009 • 21
Table of Contents Feed for the Digital Edition of Rural Water - Quarter 1, 2009 Rural Water - Quarter 1, 2009 Contents From the President Question & Answer: Water Conservation in the Home Avoiding the Humpty Dumpty Approach to Data Backup From the CEO What the Future Holds Asset Management for Small Communities Understanding Your Surface Water Source: The Rivers Hydraulic Models Expeditionary Water Packaging System Graces Delta The Rural Water Rally in April Training in Hawaii Regulatory Update Rural Water Releases Report on Water Infrastructure Projects and Economic Stimulus Legislation Throwing My Loop Advertisers.com Index to Advertisers Rural Water - Quarter 1, 2009 Rural Water - Quarter 1, 2009 - Rural Water - Quarter 1, 2009 (Page Cover1) Rural Water - Quarter 1, 2009 - Rural Water - Quarter 1, 2009 (Page Cover2) Rural Water - Quarter 1, 2009 - Rural Water - Quarter 1, 2009 (Page 3) Rural Water - Quarter 1, 2009 - Rural Water - Quarter 1, 2009 (Page 4) Rural Water - Quarter 1, 2009 - Contents (Page 5) Rural Water - Quarter 1, 2009 - Contents (Page 6) Rural Water - Quarter 1, 2009 - Contents (Page 7) Rural Water - Quarter 1, 2009 - From the President (Page 8) Rural Water - Quarter 1, 2009 - From the President (Page 9) Rural Water - Quarter 1, 2009 - Question & Answer: Water Conservation in the Home (Page 10) Rural Water - Quarter 1, 2009 - Question & Answer: Water Conservation in the Home (Page 11) Rural Water - Quarter 1, 2009 - Question & Answer: Water Conservation in the Home (Page 12) Rural Water - Quarter 1, 2009 - Question & Answer: Water Conservation in the Home (Page 13) Rural Water - Quarter 1, 2009 - Avoiding the Humpty Dumpty Approach to Data Backup (Page 14) Rural Water - Quarter 1, 2009 - Avoiding the Humpty Dumpty Approach to Data Backup (Page 15) Rural Water - Quarter 1, 2009 - Avoiding the Humpty Dumpty Approach to Data Backup (Page 16) Rural Water - Quarter 1, 2009 - Avoiding the Humpty Dumpty Approach to Data Backup (Page 17) Rural Water - Quarter 1, 2009 - Avoiding the Humpty Dumpty Approach to Data Backup (Page 18) Rural Water - Quarter 1, 2009 - Avoiding the Humpty Dumpty Approach to Data Backup (Page 19) Rural Water - Quarter 1, 2009 - What the Future Holds (Page 20) Rural Water - Quarter 1, 2009 - What the Future Holds (Page 21) Rural Water - Quarter 1, 2009 - What the Future Holds (Page 22) Rural Water - Quarter 1, 2009 - What the Future Holds (Page 23) Rural Water - Quarter 1, 2009 - What the Future Holds (Page 24) Rural Water - Quarter 1, 2009 - What the Future Holds (Page 25) Rural Water - Quarter 1, 2009 - What the Future Holds (Page 26) Rural Water - Quarter 1, 2009 - Asset Management for Small Communities (Page 27) Rural Water - Quarter 1, 2009 - Asset Management for Small Communities (Page 28) Rural Water - Quarter 1, 2009 - Asset Management for Small Communities (Page 29) Rural Water - Quarter 1, 2009 - Understanding Your Surface Water Source: The Rivers (Page 30) Rural Water - Quarter 1, 2009 - Understanding Your Surface Water Source: The Rivers (Page 31) Rural Water - Quarter 1, 2009 - Understanding Your Surface Water Source: The Rivers (Page 32) Rural Water - Quarter 1, 2009 - Understanding Your Surface Water Source: The Rivers (Page 33) Rural Water - Quarter 1, 2009 - Hydraulic Models (Page 34) Rural Water - Quarter 1, 2009 - Hydraulic Models (Page 35) Rural Water - Quarter 1, 2009 - Hydraulic Models (Page 36) Rural Water - Quarter 1, 2009 - Hydraulic Models (Page 37) Rural Water - Quarter 1, 2009 - Hydraulic Models (Page 38) Rural Water - Quarter 1, 2009 - Hydraulic Models (Page 39) Rural Water - Quarter 1, 2009 - Hydraulic Models (Page 40) Rural Water - Quarter 1, 2009 - Hydraulic Models (Page 41) Rural Water - Quarter 1, 2009 - Hydraulic Models (Page 42) Rural Water - Quarter 1, 2009 - Expeditionary Water Packaging System Graces Delta (Page 43) Rural Water - Quarter 1, 2009 - The Rural Water Rally in April (Page 44) Rural Water - Quarter 1, 2009 - The Rural Water Rally in April (Page 45) Rural Water - Quarter 1, 2009 - Training in Hawaii (Page 46) Rural Water - Quarter 1, 2009 - Training in Hawaii (Page 47) Rural Water - Quarter 1, 2009 - Training in Hawaii (Page 48) Rural Water - Quarter 1, 2009 - Regulatory Update (Page 49) Rural Water - Quarter 1, 2009 - Regulatory Update (Page 50) Rural Water - Quarter 1, 2009 - Rural Water Releases Report on Water Infrastructure Projects and Economic Stimulus Legislation (Page 51) Rural Water - Quarter 1, 2009 - Rural Water Releases Report on Water Infrastructure Projects and Economic Stimulus Legislation (Page 52) Rural Water - Quarter 1, 2009 - Throwing My Loop (Page 53) Rural Water - Quarter 1, 2009 - Throwing My Loop (Page 54) Rural Water - Quarter 1, 2009 - Throwing My Loop (Page 55) Rural Water - Quarter 1, 2009 - Throwing My Loop (Page 56) Rural Water - Quarter 1, 2009 - Throwing My Loop (Page 57) Rural Water - Quarter 1, 2009 - Throwing My Loop (Page 58) Rural Water - Quarter 1, 2009 - Advertisers.com (Page 59) Rural Water - Quarter 1, 2009 - Index to Advertisers (Page 60) Rural Water - Quarter 1, 2009 - Index to Advertisers (Page 61) Rural Water - Quarter 1, 2009 - From the CEO (Page 62) Rural Water - Quarter 1, 2009 - From the CEO (Page Cover3) Rural Water - Quarter 1, 2009 - From the CEO (Page Cover4)
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