ATCP 65.08(5)(b)
(b)
Drugs and medicinal items. No drug or medicinal item, or drug administering device such as a bolus wand or syringe, may be kept in a milkhouse unless it is intended or prescribed for use on dairy animals. If drugs or medicinal items are kept in a milkhouse, they shall be stored in an enclosed cabinet, separate from all other articles stored in the milkhouse. Drugs and medicinal items shall be clearly labeled to indicate their identity and intended use, and prescription drugs shall be labeled as provided under s.
ATCP 65.20 (5). Drugs and medicinal items intended solely for treatment of non-lactating milking animals shall be kept separate from those used for treatment of lactating milking animals.
ATCP 65.08(5)(c)
(c)
Pesticides. No pesticides, except for sanitizers, germicides, disinfectants, or pesticides labeled and used for routine milkhouse sanitation purposes, may be stored in a milkhouse. Any of the chemicals labeled for routine use in a milkhouse must be stored in a manner that precludes contamination of milk and milk handling equipment.
ATCP 65.08 History
History: CR 14-073: cr.
Register August 2016 No. 728, eff. 9-1-16.
ATCP 65.10(1)(1)
General. An adequate supply of potable water shall be supplied under pressure for milkhouse and milking operations. Water used for milkhouse and milking operations, including water used to cool milk in a plate or tubular cooler, shall be potable. Potable water shall comply with the microbiological drinking water standards set forth in s.
NR 809.30.
ATCP 65.10 Note
Note: A properly designed and installed water supply tank that utilizes static head pressure to provide potable running water to the milkhouse is minimally adequate to comply with this paragraph.
ATCP 65.10(2)
(2) Backflow protection; cross-connections. A potable water supply system on a dairy farm shall be designed, constructed, installed, and maintained to prevent contamination of the potable water supply through backflow, backsiphonage, cross-connections, or any other connection to the potable water supply system. An air gap adequate to prevent the back-siphonage or backflow of any liquids shall be maintained between every potable water outlet and the flood rim of the fixture that it supplies, and between the potable water outlet and every other source of potential contamination, unless alternative protection is approved under s.
SPS 382.41.
ATCP 65.10(3)
(3) Well construction. Wells used to supply water for milkhouse and milking operations on dairy farms shall comply with ch.
NR 810,
811, or
812 in the case of a community water system.
ATCP 65.10(4)
(4) Water transported to dairy farm. A person transporting water in containers or tanks to a dairy farm for milkhouse or milking operations shall seal the containers or tanks to prevent contamination. The containers and tanks shall be thoroughly cleaned and sanitized before being filled with potable water for use at the dairy farm. A sanitarily designed, cleaned, and sanitized pump, hose, and fittings shall be used to transfer water from transport containers and tanks to previously cleaned and sanitized storage tanks at the dairy farm so that the water is not contaminated during transfer or by the storage tanks.
ATCP 65.10(5)
(5) Water quality testing by dairy plant. A dairy plant operator, including a milk contractor that submits a milk producer license application on behalf of a milk producer and thereby certifies that the milk producer's dairy farm and milking operations comply with applicable requirements under this chapter, shall do all of the following for each milk producer from whom the dairy plant operator procures milk:
ATCP 65.10(5)(a)
(a) Sample the milk producer's water supply at least once every two years. If the water supply system has more than one well, water from each well shall be sampled. The water sample from each well shall be taken from water before it has flowed into a pressure tank or any water treatment equipment.
ATCP 65.10(5)(b)
(b) Sample the milk producer's water supply whenever the milk producer installs, alters, or repairs the water supply system.
ATCP 65.10(5)(c)
(c) Sample any transported water supply used by the milk producer at the point of use, at or before first use and monthly thereafter.
ATCP 65.10(5)(d)
(d) Have each water sample under this subsection analyzed at a laboratory that is certified under ch.
ATCP 77 to perform water quality analyses. The laboratory shall analyze the water samples for compliance with the microbiological drinking water standards set forth in s.
NR 809.30. The dairy plant operator shall submit each water quality analysis result to the division within 30 days after the dairy plant receives the water quality analysis result. If the analysis of any water sample indicates that the water supply of a dairy farm may be unsafe, the dairy plant operator, within 3 business days of the water quality analysis result being reported to the dairy plant operator, shall report the analysis result to the division and resample the water supply and have it analyzed.
ATCP 65.10(6)(a)
(a) A milk producer may use re-circulated water in a plate cooler to cool milk on a dairy farm if all of the following apply:
ATCP 65.10(6)(a)4.
4. The coolant used in the water recirculation system is non-toxic food or pharmaceutical grade propylene glycol meeting the specifications in
21 CFR 184.1666, and does not contain coliform bacteria as determined by sampling and analysis done at least semi-annually by the dairy plant operator.
ATCP 65.10(6)(a)5.
5. The dairy plant operator who procures milk from the milk producer tests the recirculated water for coliform bacterial contamination at least semi-annually.
ATCP 65.10(6)(b)
(b) If a recirculating water system, under par.
(a), becomes contaminated, the milk producer shall stop using the system until all the following conditions are met:
ATCP 65.10(6)(b)1.
1. The milk producer eliminates the contamination source and treats the recirculated water to make it potable.
ATCP 65.10(6)(b)2.
2. The dairy plant operator who procures milk from the milk producer retests the recirculated water to determine whether the contamination is eliminated.
ATCP 65.10(6)(b)3.
3. Retesting shows that the recirculated water complies with the bacteriological standards under par.
(c).
ATCP 65.10(6)(c)
(c) Recirculated water shall meet all the following bacteriological test standards:
ATCP 65.10(6)(c)1.
1. The most probable number (MPN) of coliform organisms shall be less than 1.1 per 100 ml. as determined using the multiple tube fermentation technique, or less than 1.0 per 100 ml. as determined using the membrane filter technique.
ATCP 65.10(6)(c)2.
2. Bacteriological testing using the membrane filter technique shall show not more than 200 total bacterial colonies per 100 ml.
ATCP 65.10(6)(c)3.
3. Bacteriological testing using a heterotrophic plate count technique shall show not more than 500 colonies per ml.
ATCP 65.10(7)(a)(a) Water reclaimed from a heat exchanger, may be used for milkhouse and milking operations, including cooling milk in a plate or tubular cooler, if all of the following conditions are met:
ATCP 65.10(7)(a)1.
1. The water is stored in a cleaned and sanitized vessel that is constructed of non-contaminating materials and is designed to protect the water supply from contamination. The storage vessel shall have a drain and access point that allow for cleaning and sanitizing.
ATCP 65.10(7)(a)2.
2. There is no cross-connection between the reclaimed water and any potential contamination source or potentially unsafe water supply.
ATCP 65.10(7)(a)3.
3. There are no submerged inlets through which the reclaimed water may be contaminated.
ATCP 65.10(7)(a)6.
6. The dairy plant operator who procures milk from the milk producer collects and analyzes samples of the reclaimed water supply before the milk producer first uses the water for milkhouse and milking operations, and at least semi-annually thereafter.
ATCP 65.10(7)(a)7.
7. Any chemicals used to suppress bacterial growth, tastes, and odors are registered for that use with the U.S. environmental protection agency. Milk processed in or exposed to any system using chemicals to suppress bacterial growth, tastes, and odors shall not be allowed to become contaminated with those chemicals. A milk producer who uses any chemical to suppress bacterial growth, tastes, or odors shall comply with the chemical label use instructions, and shall routinely monitor chemical concentrations in treated water.
ATCP 65.10(7)(a)8.
8. Sanitizers used to sanitize equipment, utensils, teats of milking animals, or to backflush systems, shall be chemical sanitizers that comply with
21 CFR 178.1010, are registered with the U.S. environmental protection agency, and are thereby suitable for use on food contact surfaces. An approved sanitizer may be added by an automatic metering device that is located downstream from the storage vessel but upstream from the end-use application of the sanitizer.
ATCP 65.10(7)(b)
(b) Water obtained directly from the discharge of an unpasteurized milk heat exchanger after a milking may be used once to pre-rinse dairy equipment including milk lines, milking claw assemblies, and milk receivers if all of the following apply:
ATCP 65.10(7)(b)1.
1. The water is collected directly from the heat exchanger into a cleaned and sanitized wash vat or utensil sink.
ATCP 65.10 Note
Note: Paragraph (b) does not prevent the use of heat exchanger discharge water for non-potable uses involving no contact with potable water, milk, milk contact surfaces or potable water contact surfaces. Before using or discharging heat exchanger discharge water, contact the Division of Water, Bureau of Drinking Water and Ground Water, at the Department of Natural Resources, P.O. Box 7921, Madison, WI 53707, telephone 608-266-0821 or TTY access via relay — 711 or
http://www.dnr.state.wi.us/environmentprotect/water.html.
ATCP 65.10(8)
(8) Water reclaimed from sources other than a heat exchanger. Water reclaimed from a compressor cooling unit, manure treatment, or from other dairy farm systems or processes may be used as non-potable water for milking barn or parlor operations, not to include rinsing, cleaning and sanitizing of milking systems, if all of the following conditions are met:
ATCP 65.10(8)(a)
(a) The water is reclaimed by means of evaporation, reverse osmosis, ultra-filtration, or another method approved by the division.
ATCP 65.10(8)(b)
(b) The water is stored in a cleaned and sanitized vessel that is constructed of non-contaminating materials and is designed to protect the water supply from contamination. The storage vessel shall have a drain and access point that allow for cleaning and sanitizing.
ATCP 65.10(8)(c)
(c) There is no cross-connection between the reclaimed water and potable water supplies or between the reclaimed water and any potential contamination source or potentially unsafe water supply.
ATCP 65.10(8)(d)
(d) There are no submerged inlets through which the reclaimed water may contaminate the potable water system.
ATCP 65.10(8)(e)
(e) Any chemicals used to suppress bacterial growth, tastes, and odors are registered for that use with the U.S. environmental protection agency. A milk producer who uses any chemical to suppress bacterial growth, tastes, or odors shall comply with the chemical label use instructions, and shall routinely monitor chemical concentrations in the treated water.
ATCP 65.10 History
History: CR 14-073: cr.
Register August 2016 No. 728, eff. 9-1-16; correction in (6) (a) 1., (7) (b) 2. made under s.
35.17, Stats.,
Register August 2016 No. 728.
ATCP 65.12(1)(1)
Construction; general. Equipment and utensils shall be constructed of smooth, non-absorbent, corrosion-resistant, and non-toxic materials. Equipment and utensils shall be designed and constructed so that they can be easily cleaned and shall be durable under repeated conditions of use. Surfaces shall be free of breaks and corrosion. Joints and seams shall be smooth and flush. Milk pails used for hand milking and stripping shall be seamless. Multiple-use woven material shall not be used for straining milk. Milking and milk handling systems shall comply with s.
ATCP 65.14.
ATCP 65.12(2)
(2) Milk contact surfaces; construction. Milk contact surfaces of equipment and utensils shall be constructed of smooth, non-toxic, and non-absorbent materials. Only the following materials may be used on milk contact surfaces, unless another material is specifically authorized by the division in writing:
ATCP 65.12(2)(a)
(a) Stainless steel of the American Iron and Steel Institute 300 Series, or an equally corrosion-resistant metal.
ATCP 65.12(2)(c)
(c) Plastic, rubber, or rubber-like materials that are fat resistant and insoluble; that are resistant to scratching, scoring, decomposition, crazing, chipping, and distortion under normal use conditions; that do not impart chemicals, flavor, or odor to milk; and that maintain their original properties under repeated and prolonged use.
ATCP 65.12(3)
(3) Maintenance. Equipment and utensils shall be kept in good repair and shall be readily accessible for inspection by the division upon request.
ATCP 65.12(4)
(4) Cleaning. Equipment and utensils shall be kept clean. Utensils and milk contact surfaces of equipment shall be rinsed immediately after each use and then washed with an effective detergent and rinsed clean. C-I-P equipment shall be pre-washed with warm water before being cleaned with a detergent solution, according to manufacturer's instructions.
ATCP 65.12(5)
(5) Sanitizing. After being cleaned and rinsed, utensils, and milk contact surfaces of equipment shall be sanitized before being used.
ATCP 65.12(6)
(6) Storage. Equipment and utensils, unless stored in sanitizing solutions, shall be handled and stored in a manner that will ensure complete drainage and protection from contamination before use. Equipment and utensils stored in sanitizing solutions shall be rinsed in potable water before use.
ATCP 65.12(7)
(7) Single service articles. Single-service articles shall be clean and sanitary, and shall be packaged, handled, and stored in a sanitary manner. Single-service articles shall be stored in their original containers inside a dispensing cabinet. Single service articles may not be reused.
ATCP 65.12 History
History: CR 14-073: cr.
Register August 2016 No. 728, eff. 9-1-16.
ATCP 65.14
ATCP 65.14
Milking and milk handling systems. ATCP 65.14(1)(1)
Sanitary requirements; general. Milking and milk handling systems shall be of sanitary design and construction, and shall be installed and maintained for sanitary operation. Pressurized air that contacts a milk or milk contact surface shall be clean, safe, and free of contaminants. The milking and milk handling system shall comply with “3-A Accepted Practices for the Design, Fabrication and Installation of Milking and Milk Handling Equipment, 606-05." Milk contact surfaces shall be accessible for inspection. If it is necessary to disassemble any portion of a milking or milk handling system in order to inspect a milk contact surface, all tools necessary for the disassembly shall be readily available in the milkhouse.
ATCP 65.14 Note
Note: Guidelines for sanitary design and construction of milking and milk handling systems are set forth in the "3-A Accepted Practices for the Design, Fabrication and Installation of Milking and Milk Handling Equipment," 606-05, as amended effective November 2002, published by 3-A Sanitary Standards, Inc., 6888 Elm Street, Suite 2D, McLean, VA 22101-3850, telephone (703) 790-0295, website
www.3-a.org. Milking and milk handling systems manufactured in compliance with the "3-A Accepted Practices" meet the sanitary design and construction requirements of this subsection. Copies of the "3-A Accepted Practices" are on file with the division and the legislative reference bureau. Copies may be obtained from 3-A Sanitary Standards, Inc. Online Store," at
http://www.techstreet.com.
ATCP 65.14(2)
(2) Milk contact surfaces; construction. Milk contact surfaces of milking and milk handling systems shall be constructed of smooth, nontoxic, and nonabsorbent materials. Materials shall be of any of the following types, unless another material is specifically authorized by the division in writing:
ATCP 65.14(2)(a)
(a) Stainless steel of the American Iron and Steel Institute 300 series, or an equally corrosion resistant metal.
ATCP 65.14(2)(c)
(c) Plastic, rubber, or rubber-like materials that are fat resistant and insoluble; that are resistant to scratching, scoring, decomposition, crazing, chipping, and distortion under normal use conditions; that do not impart chemicals, flavor or odor to milk; and that maintain their original properties under repeated use conditions.
ATCP 65.14(3)(a)
(a) Milk contact surfaces of permanently mounted milk pipelines shall be constructed of stainless steel or an equally non-toxic, corrosion resistant metal, or of heat resistant glass. Plastic or rubber-like materials may be used for pipeline gaskets, connections, and sealing applications, but not for other purposes. Paper gaskets are prohibited.
ATCP 65.14(3)(b)
(b) All joints of permanently mounted milk pipelines, including joints in solution lines, shall be welded or equipped with fittings designed for C-I-P. Welded joints shall be smooth and free of pits, cracks, or other defects. Removable fittings shall be designed to form substantially flush interior joints.
ATCP 65.14(3)(c)
(c) Permanently mounted pipelines shall be supported at intervals of not more than 10 feet so that the pipelines remain in constant alignment and position. Permanently mounted pipelines shall be self-draining, and shall have a minimum slope of one inch per 10 feet. The support system shall be designed and constructed to prevent electrolytic reactions between supports and pipelines.
ATCP 65.14(3)(d)
(d) Milk pipeline systems shall be designed and constructed so that cleaning, rinsing and sanitizing solutions cannot enter the pipeline while milk is being transferred through the pipeline.
ATCP 65.14(4)
(4) Non-pipeline systems. The transfer of milk to the milkhouse by a method other than a pipeline or vacuum transfer system shall comply with requirements under s.
ATCP 65.18 (2). If milk from milking animals is initially collected in a portable transfer receptacle and pumped to the milkhouse through a flexible tube, rather than being pumped directly to the milkhouse through a permanently mounted pipeline, the transfer receptacle and tube system shall comply with the following requirements:
ATCP 65.14(4)(a)
(a) The portable transfer receptacle shall be constructed of stainless steel or an equally corrosion resistant metal and shall have an overlapping self-closing cover. The receptacle shall be supported off the floor on a cart or mobile structure that can be easily cleaned.
ATCP 65.14(4)(b)
(b) The tube used to transfer milk from the portable transfer receptacle to the milkhouse shall consist of a single length of transparent tubing material. The milk transfer tube shall be supported off the floor at all times. The interior milk contact surface of the transfer tube shall be mechanically cleaned and sanitized, and dried after each use. The opening through which the milk transfer tube enters the milkhouse shall be kept closed when the tube is not in use. A milk transfer tube shall not be left suspended in a milking barn or parlor between uses, but shall be stored in the milkhouse.
ATCP 65.14(5)(a)
(a) Surfaces of milking equipment, including surfaces of milker claws, inflations, weigh jars, meters, milk hoses, milk receivers, and milk pumps, shall be smooth and readily amenable to cleaning and sanitizing by mechanical or manual methods. If thorough cleaning requires the removal of any part, that part shall be easily removable. Milking equipment shall be designed and constructed so that milk, milk cleaning solutions, rinsing solutions, and sanitizing solutions will drain completely from the equipment.
ATCP 65.14(5)(b)
(b) Milking equipment that deposits milk into a bucket or container, rather than into a permanently mounted pipeline, shall be equipped with a check valve or other device that prevents moisture and contaminants from entering the milk through the temporary creation of vacuum. The moveable portion of the check valve shall consist of a single piece, or pieces that are permanently and completely bonded to each other.
ATCP 65.14(5)(c)
(c) Automated milking installations shall comply with the requirements of the Pasteurized Milk Ordinance
Appendix Q of the PMO, and all of the following:
ATCP 65.14(5)(c)1.
1. All equipment shall be designed for effective C-I-P cleaning and sanitizing.
ATCP 65.14(5)(c)2.
2. Valves and equipment shall effectively prevent the contamination of milk with abnormal milk or chemicals used in cleaning and sanitizing, in accordance with a written testing and verification procedure acceptable to the division. The written procedures shall be kept at the dairy farm and made available to a division representative upon request.
ATCP 65.14(5)(c)3.
3. The AMI shall ensure the detection, diversion and proper handling of abnormal milk, in accordance with a written testing and verification procedure acceptable to the division. The written procedure shall include a description of the equipment cleaning and sanitizing protocol to be followed after milking of animals whose milk is intended to be excluded from the collected milk, and before milking of animals whose milk will be shipped. The written procedure shall be kept at the dairy farm and made available to a division representative upon request.
ATCP 65.14(5)(c)4.
4. The AMI operator shall follow a written procedure for verifying the effectiveness of the computer software and hardware. The written procedure shall be acceptable to the division and shall be kept at the dairy farm and made available to a division representative upon request. The written procedure shall include the following items:
ATCP 65.14(5)(c)4.a.
a. A description of the location and function of all sensors used to control and monitor the operation of the AMI.
ATCP 65.14(5)(c)4.b.
b. A description of changes made to, or maintenance performed on, the AMI software, control and monitoring devices, instrumentation, and sensors; and other hardware associated with the AMI.
ATCP 65.14(5)(c)4.c.
c. Instructions on how to obtain operating information stored in the AMI computer system.
