ATCP 93.640(6)(b)
(b)
Tank location. Tank systems adjacent to a body of water shall also follow the requirements for watercraft fueling.
ATCP 93.640(6)(c)1.1. Aboveground tank systems used for snowmobile and ATV fueling shall be provided with collision protection.
ATCP 93.640(6)(c)2.
2. The collision protection shall be spaced no more than 30 inches on center.
ATCP 93.640(6)(c)3.
3. If the fueling area is adjacent to vehicle traffic or a parking area, bollards or equivalent protection shall be placed to separate the snowmobile or ATV fueling area from motor vehicle traffic.
ATCP 93.640 History
History: CR 17-092: cr.
Register October 2019 No. 766, eff. 11-1-19; correction in (3) (c) 1., (4) (e) 1. made under s.
35.17, Stats., and correction in (2), (6) (a) made under s.
13.92 (4) (b) 7., Stats.,
Register October 2019.
ATCP 93.650(2)(a)(a) Aboveground tanks used for public access fueling shall be at least 30 feet from the point of fuel transfer into the aircraft.
ATCP 93.650(2)(b)
(b) Aboveground tank setbacks from buildings, public ways, and property lines shall follow the requirements in Table 93.615-B.
ATCP 93.650(2)(c)1.1. The point of fuel transfer into the aircraft, from any tank or truck supply source, shall be at least 100 feet from public traffic or assembly areas at public events, unless a reduced distance is authorized by the fire chief.
ATCP 93.650(2)(c)2.
2. The public events referred to in subd.
1. do not include passenger terminals, fixed base operators, or persons entering or exiting the aircraft.
ATCP 93.650(3)(a)
(a) Barriers shall be provided to protect tanks, pumps, dispensers, and vents from collision damage from aircraft or other vehicles in accordance with s.
ATCP 93.430.
ATCP 93.650(3)(b)
(b) Where subject to collision from aircraft, barriers protecting an aboveground tank shall be located at all four corners of the storage tank system and extend at least 12 inches above the top of the tank.
ATCP 93.650(4)(a)
(a) All fuel handling equipment for aircraft and installations within the scope of EI 1542, whether new or existing, shall be marked as referenced in the standard.
ATCP 93.650(4)(b)
(b) All aboveground tanks and fill pipes for underground tanks for aircraft, whether new or existing, shall be labeled or otherwise marked using the identification scheme in EI 1542.
ATCP 93.650 Note
Note: EI 1542 has requirements for identifying aviation gasoline (AVGAS) and turbine fuels and the equipment used to store and dispense them.
ATCP 93.650(5)(a)(a) All public access, self-service fueling hose for aircraft that is installed or replaced on or after February 1, 2009, shall be reeled or racked unless approved otherwise by the authorized agent or the department.
ATCP 93.650(6)(a)(a)
General. Individuals who dispense fuel into aircraft shall be knowledgeable in operations and emergency procedures specific to the fuel and fueling systems they are operating.
ATCP 93.650(6)(b)
(b)
Amphibious aircraft. Shoreline fuel dispensing systems for amphibious aircraft shall follow the requirements of s.
ATCP 93.640.
ATCP 93.650 History
History: CR 17-092: cr.
Register October 2019 No. 766, eff. 11-1-19; correction in (1) made under s.
13.92 (4) (b) 7., Stats., October 2019 No. 766.
ATCP 93.660
ATCP 93.660 Racetrack and amusement vehicle fueling operations. ATCP 93.660(1)(1)
Racing vehicles and amusement ride vehicles with integral internal combustion engines shall follow the requirements of this section.
ATCP 93.660(2)
(2) The fuel tanks of racing vehicles shall be filled from safety cans or a fixed fueling system complying with s.
ATCP 93.615.
ATCP 93.660(3)
(3) During a race in which the vehicle is competing, the vehicle may be refueled with the engine running, if the racetrack is equipped with onsite fire protection that is capable of responding adequately to fires ignited during the fueling.
ATCP 93.660(4)
(4) Fueling areas shall be posted with signs that read as follows:
“NO SMOKING OR OPEN FLAMES”
ATCP 93.660(5)
(5) A portable fire extinguisher with a minimum 40-B:C rating shall be provided at each fueling area, including pit stalls, pit work areas, and garages.
ATCP 93.660(6)
(6) Fueling areas that use methanol shall provide a minimum of 10 gallons of water at each fueling area, including pit stalls, pit work areas, and garages, for the purpose of diluting a methanol fire.
ATCP 93.660 History
History: CR 17-092: cr.
Register October 2019 No. 766, eff. 11-1-19.
ATCP 93.680(1)(a)(a) All storage or dispensing systems for fuel consisting of more than 10 percent ethanol by volume shall comply with subs.
(2) to
(4) and DOE/GO-102016-4854.
ATCP 93.680(1)(b)
(b) All storage or dispensing systems for fuel consisting of more than 5 percent biodiesel by volume shall comply with subs.
(5) to
(7) and DOE/GO 102016-4875.
ATCP 93.680 Note
Note: The department and the EPA consider the following parts of a UST system to be critical for demonstrating equipment compatibility under this section:
ATCP 93.680 Note
1. Tank or internal tank lining.
ATCP 93.680 Note
2. Piping.
ATCP 93.680 Note
3. Line leak detector.
ATCP 93.680 Note
4. Flexible connectors.
ATCP 93.680 Note
5. Drop tube.
ATCP 93.680 Note
6. Spill and overfill prevention equipment.
ATCP 93.680 Note
7. Submersible turbine pump and components.
ATCP 93.680 Note
8. Sealants (including pipe dope and thread sealant), fittings, gaskets, o-rings, bushings, couplings, and boots.
ATCP 93.680 Note
9. Containment sumps (including submersible turbine sumps and under dispenser containment).
ATCP 93.680 Note
10. Leak and release detection floats, sensors, and probes.
ATCP 93.680 Note
11. Fill and riser caps.
ATCP 93.680 Note
12. Product shear valve.
ATCP 93.680(2)
(2)
Material compatibility for ethanol blends. Equipment used to store or dispense fuel consisting of more than 10 percent ethanol by volume may not contain or consist of any of the following materials:
ATCP 93.680(2)(a)
(a)
Metals. Zinc, lead, aluminum, or alloys containing these metals such as brass or terne.
ATCP 93.680 Note
Note: Terne-plated steel and lead-based solder are commonly used in equipment that handles gasoline. These materials will dissolve when in contact with high concentrations of ethanol.
ATCP 93.680(2)(c)
(c)
Polymers. Polyurethane, polyvinyl chloride, polyamides, or methyl-methacrylate plastics.
ATCP 93.680 Note
Note: Materials that have been shown to be generally compatible with high concentrations of ethanol include unplated steel, stainless steel, black iron, bronze, Neoprene rubber, Buna-N, polypropylene, nitrile, Viton, Teflon, thermoset reinforced fiberglass and thermoplastic piping material.
ATCP 93.680(3)(a)1.1. If another type of fuel was stored in the tank, the tank shall be cleaned in accordance with API 2015 or another method approved by the department before introducing the ethanol-blended fuel.
ATCP 93.680 Note
Note: See s.
ATCP 93.230 (15) for related cleaning criteria when changing the type of liquid stored in a tank.
ATCP 93.680(3)(a)2.
2. All cleaning work shall be performed by a certified tank cleaner unless specifically approved by the department based on an alternate cleaning method.
ATCP 93.680 Note
Note: Most metal storage tanks and pipe are compatible with ethanol. However, some fiberglass storage tank systems manufactured before 1992 might not be compatible with higher levels of ethanol. The tank manufacturer and installation contractor should be consulted for additional information on the reuse of underground storage tanks.
ATCP 93.680(3)(a)3.
3. Denatured alcohol (commonly known as E98) may not be stored in underground storage tanks due to flammability issues.
ATCP 93.680(3)(b)
(b)
Tightness testing. A precision tightness test shall be performed on the tank and piping in accordance with s.
ATCP 93.515 (4) before placing the tank system back into service.
ATCP 93.680(3)(c)1.1. `Approved equipment.' Equipment or components used for storing or dispensing ethanol-blended motor fuel shall be listed or shall be verified by the manufacturer as being compatible with ethanol-blended fuel, except where otherwise approved in writing by the department.
ATCP 93.680 Note
Note: The department and the EPA accept use of the criteria in API 1626, as adopted in s.
ATCP 93.200, to demonstrate compatibility for UST systems storing ethanol blends under this section.
ATCP 93.680(3)(c)2.
2. `Dispenser nozzles and hoses.' Dispensers that are installed on or after February 1, 2009, shall use a separate fueling nozzle and hose for dispensing ethanol-blended motor fuels of more than 10 percent ethanol by volume.
ATCP 93.680 Note
Note: See ch.
ATCP 94 for signage requirements for ethanol-blended fuels.
ATCP 93.680(3)(c)3.
3. `In-line filters.' A 1- or 2-micron in-line filter shall be used for dispensing ethanol-based fuel.
ATCP 93.680(4)(b)
(b) At least 30 days prior to commencing conversion to an ethanol-blended fuel, a certified installer or professional engineer shall complete part I of the department's alternative fuel installation/conversion application form, TR-WM-132, and submit it to the department as part of the plan review submittal.
ATCP 93.680 Note
Note: Plan review is required in s.
ATCP 93.100 for facilities converted to store and dispense ethanol-based fuels.
ATCP 93.680 Note
Note: Within a 1st class city, the provisions in par. (b) may be administered by that city instead of the department, as authorized in ss.
ATCP 93.020 (8) and
93.110 (3) and
(4). As of November 1, 2019, only the City of Milwaukee is a 1st class city.
ATCP 93.680(4)(c)
(c) At least 15 days prior to commencing normal fueling operations using ethanol-blended fuel, the operator shall complete part II of the department's alternative fuel installation/conversion application form, TR-WM-132 Alternative Fuel Storage Tank System and/or Dispenser Installation/Conversion Application, and provide the completed form to the certified tank system inspector performing the pre-operational inspection.
ATCP 93.680(5)
(5)
Material compatibility for biodiesel blends. Equipment used to store or dispense fuel consisting of more than 5 percent biodiesel by volume may not contain or consist of any of the following materials:
ATCP 93.680(5)(a)
(a)
Metals. Zinc, lead, aluminum, or alloys containing these metals such as brass or terne.
ATCP 93.680 Note
Note: Terne-plated steel and lead-based solder are commonly used in equipment that handles gasoline. These materials will dissolve when in contact with high concentrations of biodiesel.
ATCP 93.680(5)(c)
(c)
Polymers. Polyurethane, polyvinyl chloride, polyamides, or methyl-methacrylate plastics.
ATCP 93.680 Note
Note: Materials that have been shown to be generally compatible with high concentrations of biodiesel include unplated steel, stainless steel, black iron, bronze, Neoprene rubber, Buna-N, polypropylene, nitrile, Viton, Teflon, thermoset reinforced fiberglass and thermoplastic piping material.
