NR 667.0191(3)(a)7.7. Existing corrosion-protection measures (for example, coating, cathodic protection). NR 667.0191(3)(b)(b) The type and degree of external corrosion protection needed to ensure the integrity of the tank system during the use of the tank system or component, consisting of one or more of the following: NR 667.0191(3)(b)1.1. Corrosion-resistant materials of construction such as special alloys and fiberglass reinforced plastic. NR 667.0191(3)(b)2.2. Corrosion-resistant coating (such as epoxy and fiberglass) with cathodic protection (for example, impressed current or sacrificial anodes). NR 667.0191(4)(b)(b) Tank systems will be anchored to prevent flotation or dislodgement where the tank system is placed in a saturated zone, or is located within a seismic fault zone subject to the standards of s. NR 667.0018. NR 667.0191 HistoryHistory: CR 16-007: cr. Register July 2017 No. 739, eff. 8-1-17; correction in (4) (b) made under ss. 13.92 (4) (b) 7. and 35.17, Stats., Register July 2017 No. 739. NR 667.0192NR 667.0192 What handling and inspection procedures shall I follow during installation of new tank systems? NR 667.0192(1)(1) Ensure that you follow proper handling procedures to prevent damage to a new tank system during installation. Before placing a new tank system or component in use, an independent, qualified installation inspector or an independent, qualified, registered professional engineer, either of whom is trained and experienced in the proper installation of tank systems or components shall inspect the system for the presence of any of the following items: NR 667.0192(1)(f)(f) Other structural damage or inadequate construction or installation. NR 667.0192(2)(2) Remedy all discrepancies before the tank system is placed in use. NR 667.0192 HistoryHistory: CR 16-007: cr. Register July 2017 No. 739, eff. 8-1-17. NR 667.0193NR 667.0193 What testing shall I do? Test all new tanks and ancillary equipment for tightness before you place them in use. If you find a tank system that is not tight, perform all repairs necessary to remedy the leak or leaks in the system before you cover, enclose or place the tank system into use. NR 667.0193 HistoryHistory: CR 16-007: cr. Register July 2017 No. 739, eff. 8-1-17. NR 667.0194NR 667.0194 What installation requirements shall I follow? NR 667.0194(1)(1) Support and protect ancillary equipment against physical damage and excessive stress due to settlement, vibration, expansion or contraction. NR 667.0194(2)(2) Provide the type and degree of corrosion protection recommended by an independent corrosion expert, based on the information provided under s. NR 667.0191 (3), to ensure the integrity of the tank system during use of the tank system. An independent corrosion expert shall supervise the installation of a corrosion protection system that is field fabricated to ensure proper installation. NR 667.0194(3)(3) Obtain and keep at the facility written statements by those persons required to certify the design of the tank system and to supervise the installation of the tank system as required in subs. (1) and (2) and ss. NR 667.0192 and 667.0193. The written statement shall attest that the tank system was properly designed and installed and that you made repairs under ss. NR 667.0192 and 667.0193. These written statements shall also include the certification statement as required in s. NR 670.011 (4). NR 667.0194 HistoryHistory: CR 16-007: cr. Register July 2017 No. 739, eff. 8-1-17; correction in (3) made under s. 35.17, Stats., Register July 2017 No. 739. NR 667.0195NR 667.0195 What are the secondary containment requirements? To prevent the release of hazardous waste or hazardous constituents to the environment, provide secondary containment that meets the requirements of this section for all new and existing tank systems. NR 667.0195(1)(a)(a) Designed, installed and operated to prevent any migration of wastes or accumulated liquid out of the system to the soil, groundwater, or surface water at any time during the use of the tank system. NR 667.0195(1)(b)(b) Capable of detecting and collecting releases and accumulated liquids until the collected material is removed. NR 667.0195(2)(2) To meet the requirements of sub. (1), secondary containment systems shall be, at a minimum: NR 667.0195(2)(a)(a) Constructed of or lined with materials that are compatible with the waste or wastes to be placed in the tank system and shall have sufficient strength and thickness to prevent failure owing to pressure gradients (including static head and external hydrological forces), physical contact with the waste to which it is exposed, climatic conditions and the stress of daily operation (including stresses from nearby vehicular traffic). NR 667.0195(2)(b)(b) Placed on a foundation or base capable of providing support to the secondary containment system, resistance to pressure gradients above and below the system and capable of preventing failure due to settlement, compression, or uplift. NR 667.0195(2)(c)(c) Provided with a leak-detection system that is designed and operated so that it will detect the failure of either the primary or secondary containment structure or the presence of any release of hazardous waste or accumulated liquid in the secondary containment system within 24 hours. NR 667.0195(2)(d)(d) Sloped or otherwise designed or operated to drain and remove liquids resulting from leaks, spills, or precipitation. Remove spilled or leaked waste and accumulated precipitation from the secondary containment system within 24 hours, or as promptly as possible, to prevent harm to human health and the environment. NR 667.0195 HistoryHistory: CR 16-007: cr. Register July 2017 No. 739, eff. 8-1-17. NR 667.0196NR 667.0196 What are the required devices for secondary containment and what are their design, operating and installation requirements? NR 667.0196(1)(1) Secondary containment for tanks shall include one or more of the following: NR 667.0196(1)(c)(c) An equivalent device. Maintain documentation of equivalency at the facility. NR 667.0196(2)(a)(a) Designed or operated to contain 100 percent of the capacity of the largest tank within its boundary. NR 667.0196(2)(b)(b) Designed or operated to prevent run-on or infiltration of precipitation into the secondary containment system unless the collection system has sufficient excess capacity to contain run-on or infiltration. The additional capacity shall be sufficient to contain precipitation from a 25-year, 24-hour rainfall event. NR 667.0196(2)(d)(d) Designed and installed to surround the tank completely and to cover all surrounding earth likely to come into contact with the waste if the waste is released from the tank or tanks (that is, capable of preventing lateral as well as vertical migration of the waste). NR 667.0196(3)(a)(a) Designed as an integral structure (that is, an inner tank completely enveloped within an outer shell) so that any release from the inner tank is contained by the outer shell. NR 667.0196(3)(b)(b) Protected, if constructed of metal, from both corrosion of the primary tank interior and of the external surface of the outer shell. NR 667.0196(3)(c)(c) Provided with a built-in continuous leak detection system capable of detecting a release within 24 hours. NR 667.0196 HistoryHistory: CR 16-007: cr. Register July 2017 No. 739, eff. 8-1-17. NR 667.0197NR 667.0197 What are the requirements for ancillary equipment? Provide ancillary equipment with secondary containment (for example, trench, jacketing double-walled piping) that meets the requirements of s. NR 667.0195, except for: NR 667.0197(1)(1) Above ground piping (exclusive of flanges, joints, valves, and other connections) that are visually inspected for leaks on a daily basis. NR 667.0197(2)(2) Welded flanges, welded joints, and welded connections that are visually inspected for leaks on a daily basis. NR 667.0197(3)(3) Seal less or magnetic coupling pumps and seal less valves, that are visually inspected for leaks on a daily basis. NR 667.0197(4)(4) Pressurized above ground piping systems with automatic shut-off devices (for example, excess flow check valves, flow metering shutdown devices, loss of pressure actuated shut-off devices) that are visually inspected for leaks on a daily basis. NR 667.0197 HistoryHistory: CR 16-007: cr. Register July 2017 No. 739, eff. 8-1-17. NR 667.0198NR 667.0198 What are the general operating requirements for my tank systems? NR 667.0198(1)(1) You may not place hazardous wastes or treatment reagents in a tank system if they could cause the tank, its ancillary equipment or the containment system to rupture, leak, corrode, or otherwise fail. NR 667.0198(2)(2) Use appropriate controls and practices to prevent spills and overflows from tank or containment systems. These include, at a minimum: NR 667.0198(2)(a)(a) Spill prevention controls (for example, check valves, dry disconnect couplings). NR 667.0198(2)(b)(b) Overfill prevention controls (for example, level sensing devices, high level alarms, automatic feed cutoff, or bypass to a standby tank). NR 667.0198(2)(c)(c) Sufficient freeboard in uncovered tanks to prevent overtopping by wave or wind action or by precipitation. NR 667.0198 HistoryHistory: CR 16-007: cr. Register July 2017 No. 739, eff. 8-1-17. NR 667.0199NR 667.0199 What inspection requirements shall I meet? Comply with the following requirements for scheduling, conducting, and documenting inspections. NR 667.0199(1)(1) Develop and follow a schedule and procedure for inspecting overfill controls. NR 667.0199(2)(a)(a) Aboveground portions of the tank system to detect corrosion or releases of waste. NR 667.0199(2)(b)(b) Data gathered from monitoring and leak detection equipment (for example, pressure or temperature gauges, monitoring wells) to ensure that the tank system is being operated according to its design. NR 667.0199(2)(c)(c) The construction materials and the area immediately surrounding the externally accessible portion of the tank system, including the secondary containment system (for example, dikes) to detect erosion or signs of releases of hazardous waste (for example, wet spots, dead vegetation). NR 667.0199(3)(3) Inspect cathodic protection systems, if present, according to, at a minimum, the following schedule to ensure that they are functioning properly: NR 667.0199(3)(a)(a) Confirm that the cathodic protection system is operating properly within six months after initial installation and annually thereafter. NR 667.0199(3)(b)(b) Inspect or test all sources of impressed current, as appropriate, at least every other month. NR 667.0199(4)(4) Document, in the operating record of the facility, an inspection of those items in subs. (1) to (3). NR 667.0199 HistoryHistory: CR 16-007: cr. Register July 2017 No. 739, eff. 8-1-17. NR 667.0200NR 667.0200 What shall I do in case of a leak or a spill? If there has been a leak or a spill from a tank system or secondary containment system, or if either system is unfit for use, remove the system from service immediately and satisfy the following requirements: NR 667.0200(1)(1) Immediately stop the flow of hazardous waste into the tank system or secondary containment system and inspect the system to determine the cause of the release. NR 667.0200(2)(2) Remove the waste from the tank system or secondary containment system. NR 667.0200(2)(a)(a) If the release was from the tank system, within 24 hours after detecting the leak, remove as much of the waste as is necessary to prevent further release of hazardous waste to the environment and to allow inspection and repair of the tank system to be performed. NR 667.0200(2)(b)(b) If the material released was to a secondary containment system, remove all released materials within 24 hours or as quickly as possible to prevent harm to human health and the environment. NR 667.0200(3)(3) Immediately conduct a visual inspection of the release and, based upon that inspection: NR 667.0200(3)(a)(a) Prevent further migration of the leak or spill to soils or surface water.
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Chs. NR 600-699; Environmental Protection – Hazardous Waste Management
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