Groundbreaking for New MDH Building
Upcoming Certification Exam Dates
September 12, St. Cloud
October 7, Aurora
October 16, Marshall
October 21, Apple Valley
October 29, Collegeville
October 31, Owatonna
December 4, Crookston
See calendar on back page for more details
St. Paul Mayor Randy Kelly, Minnesota Department of Health (MDH) Commissioner Dianne Mandernach, Governor Tim Pawlenty,
Jane Freeman, and Mike Freeman scoop the first shovels of dirt for construction of the Orville Freeman Office Building, which will
house the state’s drinking water program beginning in 2005 and be connected to a new laboratory. The laboratory building will
have 178,000 square feet distributed between three floors and a mechanical penthouse. It will be designed to better accommodate
water systems dropping off samples. The map below on the left shows the laboratory to the south of the new MDH building (which
will also house the Department of Agriculture). The map on the right—indicating the same area in 1903—shows what was on the
lab site 100 years ago: a baseball park that was used by the St. Paul Saints minor league team from 1903 to 1909.
Fall 2003
Volume Eleven/2
Inside:
Schools for Aspiring Water Operators
Consumer Confidence Reports Contest Winners
Vulnerability Assessment Workshops
Compliance Corner: New Monitoring Requirements
Recordkeeping Requirements for Community Water Systems
Here is a list of records that community water systems must maintain along with the length of time that the records
must be kept:
• Coliform Bacteria Results .................................................................................................. 5 Years
• Chemical Results .............................................................................................................. 10 Years
• Sanitary Surveys ............................................................................................................... 10 Years
• Lead/Copper Results ........................................................................................................ 12 Years
Corrosion Control Studies
Lead Public Education Program
MDH Specification of Water Quality Parameters
• Consumer Confidence Reports .......................................................................................... 3 Years
• Turbidity Results ................................................................................................................ 3 Years
• Public Notices ..................................................................................................................... 3 Years
• Fluoride Quarterly Results and Monthly Reports (Recommended) ..................................... 1 Year
Innovative Treatment Methods
for Arsenic Removal
Trivia Time
1. What is the only Alfred Hitchcock movie with nudity?
a. Family Plot b. Frenzy c. Topaz d. Bambi
Systems with arsenic greater than the upcoming maximum
contaminant level of 10 parts per billion (ppb) have several
options to choose from to reduce their levels. Some systems
have been able to locate new wells that are low in arsenic
while others have limited the use of the high-arsenic well or
constructed an interconnection to purchase water from
another system. Activated alumina, adsorptive media, anion
exchange, coagulation/filtration, membrane processes, lime
softening, and iron/manganese filtration are all effective
methods for removing arsenic from drinking water.
Several water systems in Minnesota are looking at
innovative methods for arsenic removal. The city of Hanley
Falls has relatively low iron in its water (0.094 parts per
million) and arsenic concentrations between 21 and 29 ppb.
Due to the quality of their raw water, their filter media does
not require chemical addition prior to filtration, and the media
is replaced once it has reached adsorptive capacity. Arsenic
attaches to the iron-based granular adsorptive media,
making it an effective and relatively inexpensive treatment
option.
The city of Climax has somewhat higher iron (0.61
parts per million) and arsenic concentrations of 29 to 41 ppb.
Due to the elevated iron concentrations, iron removal
becomes necessary for effective arsenic removal. As part
of the U. S. Environmental Protection Agency (EPA) arsenic treatment demonstration project, the city is installing a
coagulation/filtration treatment plant later this year. The
coagulation/filtration process includes pre-oxidation with
chlorine, contact time, and pressure filtration with a ceramic
media. The city has the additional benefit of iron removal, as
arsenic adsorbs onto the oxidized iron and is removed during
the filtration process.
2. Which Minnesota Twins pitcher was nicknamed Shorty?
a. Frank Viola b. Bill Pleis c. Bert Blyleven d. Ron Davis
3. What happened in Minnesota on July 27, 1972?
a. Jesse Ventura got his General Education Degree (GED).
b. The Vikings acquired Fran Tarkenton in a trade.
c. Virginia Piper was kidnapped.
Answers on page 6
PWS Profile: Robyn Bruggeman
Robyn Bruggeman is the
district engineer in the West Metro
district in the Drinking Water
Protection Section. She collects
drinking water samples and
performs inspections on drinking
water facilities. She is from San
Francisco and got her Master’s
degree in civil/environmental
engineering at San Jose State
University. Robyn worked on the
Yosemite National Park Sanitary
Survey during her last semester,
collecting water samples from backcountry locations, a job
that entailed a lot of hiking and backpacking, her two favorite
activities. She also worked as a design engineer for three
years for California Water Service Company.
Robyn has been married for a year-and-a-half (her
husband’s name is Dan) and has a snowshoe cat, Wiley.
2
Consumer Confidence Reports
More than 95 percent of the Consumer Confidence Reports for 2002 were received by MDH by the July 1 deadline. The
compliance staff continues to work on receiving the remainder. Since the 1998 report, the first that community water supplies
were required to produce and distribute to their customers, Minnesota has had better than a 99-percent compliance rate each
year. Many of the reports received have been outstanding, according to Pat McKasy, the senior compliance officer for the
MDH drinking water program. They were entered into a contest to determine the best Consumer Confidence Report. The
winners from each of the six districts in the Minnesota Section of American Water Works Association (AWWA) are:
Central—City of Ortonville
Northwest—City of Fergus Falls
Metro—City of Bloomington
Southeast—City of Waseca
Northeast—Hibbing Public Utilities
Southwest—City of Mankato
The overall award winner will be announced during the Minnesota Section AWWA Annual Conference in October. Past
overall winners are Edina for 2001, Woodbury for 2000, Richfield for 1999, and Worthington for 1998.
COMPLIANCE CORNER
New Monitoring Requirements
By Patricia McKasy, Senior Compliance Officer
Disinfection of drinking water is one of the major public health
advances of the 20th century. However, the disinfectants
themselves can react with naturally occurring materials in the
water to form unintended byproducts that may pose a health
risk. A major challenge for water suppliers is balancing the
risks from microbial pathogens and from disinfection byproducts.
The Stage 1 Disinfectants and Disinfection Byproducts Rule
(DBPR) and the Interim Enhanced Surface Water Treatment
Rule together address these risks.
Chlorine and chloramines (formed when ammonia is added
during chlorination) are widely used and highly effective
disinfectants. Under the DBPR, the EPA has set the
maximum residual disinfectant level (MRDL) at 4.0 milligrams
per liter (mg/l) for both chlorine (measured as free chlorine)
and chloramines (measured as combined total chlorine).
Beginning January 1, 2004, a specific component of
the DBPR requires Community Water Supplies
and Nontransient Noncommunity Water Supplies that use
disinfectant to measure and record the disinfectant
residual level at the same points and the same time as
the monthly or quarterly total coliform samples are
collected, and report the levels to the primacy agency
(MDH).
A system is in compliance with the MRDL when the running
annual average of monthly averages of all samples, or the
annual average of four quarterly samples, is less than or equal
to 4.0 mg/l. However, despite the 4.0 mg/l MRDL, operators
may increase the residual chlorine levels in the distribution
system to a level greater than 4.0 mg/l for a time if necessary
to protect the public health in addressing specific
microbiological contamination problems (e.g., including
distribution line breaks, storm run-off events, source water
contamination, or cross-connections).
The EPA believes that the MRDL of 4.0 mg/l for chlorine
and chloramines is appropriate to control potential health
effects from chlorine, while high enough to allow for control of
pathogens under a variety of conditions. The EPA also
believes that compliance based on a running annual average is
sufficient to allow systems to increase residual chlorine levels
in the distribution system to a level and for a time necessary to
protect the public health as well as to address specific microbiological contamination problems and still maintain compliance.
3
Failure to monitor for disinfectant residuals and/or
failure to report to MDH the results of the required monthly
or quarterly total coliform samples is a monitoring
violation. When compliance is based on a running annual
average of monthly averages, or the average of four
quarterly samples, the system’s failure to monitor makes it
impossible to determine compliance with the MRDL;
thus, this failure to monitor will be treated as a violation and
reported to the EPA.
Sometime near the end of 2003, MDH will send letters
to all the affected systems, reminding them of this
additional monitoring and reporting requirement.
The laboratory reporting forms used by both the larger
systems that submit monthly total coliform samples and the
smaller systems that submit total coliform samples
quarterly are in the process of being revised to allow space
for reporting the disinfectant residual levels. Revised forms
will be provided to the systems and/or to the certified
laboratories used by the water supplies to analyze their
samples. Systems that submit monthly samples should
speak to their laboratory to determine the best way for
reporting the disinfectant residual levels so that they will
be reported to the state along with the results of the total
coliform samples.
If you have any questions regarding this new
requirement, please contact me at 651/215-0759.
Anti-Bottled Water Web Site
A web site devoted to debunking bottled water and
providing “information on consumer actions against bottled
water companies that we believe are duping customers
into paying for what they could get straight from the tap”
is at http://www.bottledwaterfraud.com/index.html.
“During the dramatic rise in bottled water consumption
in the last ten years, some bottling companies have
stretched their original water sources so thin they began to
use common groundwater and wells near hazardous
contamination, all the while touting their bottled water as
naturally pure and pristine,” the web site notes, adding
information on a national class-action lawsuit against the
makers of Poland Spring water, claiming that the bottles
are improperly labeled as spring water.
Teaching the Trade
Water quality and supply issues
specialist for Fingerhut in St. Cloud.
attract attention around the world
Fish saw layoffs coming to
and around the country, whether the
Fingerhut and got out ahead of
news focuses on the need to repair
them, only to be laid off from her
water treatment facilities in Iraq
next job, at New Flyer USA.
following the war or to ease a
Through a dislocated workers
drought in the western United
program, she was able to go to
States.
school and was happy to find that
Most parts of Minnesota are in
her credits from Anoka-Ramsey
better shape, although aging infrawould transfer to St. Cloud.
structure and other concerns are
Beyond the transfer of credits,
frequently mentioned as threats to
what she had learned at the
our continued supply of safe
community college also helped her.
drinking water. Often overlooked St. Cloud Technical College students Carol Kelzer “I had a lot of chemistry and math
is the impact of a lack of qualified (foreground) and Sue Fish in the mechanical lab.
at Anoka-Ramsey,” she said, “It’s
Kevin Beadles is a student in the important to have a good grasp of
personnel to operate water and
program at St. Cloud Technical College. algebra.”
wastewater treatment facilities.
Only two schools in the state offer He plans to work in water or
She said her love of being outside is
courses related to this profession. wastewater treatment when he one of the things that has attracted her
St. Cloud Technical College has a graduates and hopes to find a job in the to the water profession as well as
Water Environment Technologies pro- Zimmerman area, where he lives. “I’ve working with both her hands and her
gram led by instructors Keith Redmond always been an environmentalist, but I mind. “This is a job where you’re not
and Bill Spain. In Ely, Steve Kleist is wasn’t interested in science,” said stuck.”
the instructor for the Water Resources Beadles, explaining his decision to
Program at Vermilion Community enroll in this program. “When I found
out about this, I thought it sounded pretty
College.
good.”
Many of the students in the water
technologies programs live in Greater
Minnesota and want to find a job
outside of the Minneapolis-St. Paul
metropolitan area when they finish
school, leaving water and wastewater
facilities in the most populated region in
the state with special challenges in
recruiting workers. For this reason,
St. Cloud Technical College began
offering its course in the Twin Cities, at
the Eden Prairie Water Plant. “The hope
is that students in Eden Prairie will be
Steve Kleist
“There’s not a burning pool of people more comfortable staying in that area,”
who think about getting into water,” says says Redmond, adding that they are seeKleist. “Most people here like the ing an older group of students in Eden
environment or ecology but don’t have Prairie, many of whom are switching
Kevin Beadles prepares bottles for a
water specifically in mind. Once they careers.
biochemical oxygen demand test.
While the water/wastewater program
get in, they love it and see the
The schools in Ely and St. Cloud both
on the St. Cloud campus has more
opportunity.”
Ryan Frisk is a Vermilion student who students coming directly out of high have laboratories and offer a mix of
learned of the water courses while school, it also has its share of those scientific and mechanical courses.
searching different schools on the returning to school after having worked Water and wastewater treatment,
internet. He had worked in maintenance in other professions. A member of the sampling and lab analysis, and
at a nursing home that was going latter group is Sue Fish, a self- maintenance and operation of equipment
through layoffs. He decided to return to described “college dropout from the are the key parts of the curriculum at
school since, he said, “It’s tough finding 1980s.” Fish had been a biology major both schools. All students complete
a job without training.” He was attracted at Anoka-Ramsey Community College their course work by taking an exam to
to this program because of the in Coon Rapids, Minnesota. After leav- receive a Class D water operators
conservation aspect of the profession. ing college, she worked as a machinist license.
for several years and then as a delivery Continued on page 5
“Water is a stable field,” he added.
4
Continued from page 4
Kleist notes that at Vermilion
Community College, “Northeast Minnesota is our lab. It’s all part of the Ely
adventure.” Students often do sampling
of the boundary waters and conclude
their school year with a canoe trip.
Vermilion graduates receive a
two-year degree that is designed to
transfer to many schools in Minnesota
and Wisconsin. “This dovetails nicely
into Environmental Sciences,” Kleist
notes. However, many students choose
to take immediate advantage of job
opportunities and enter the water field.
In addition to her courses at St. Cloud
Technical College, Fish is a part-time
student worker at the Cold Spring
Wastewater Plant, where she is involved
in routine daily operations, such as
sampling and performing tests in the
laboratory. She looks ahead to
entering the field full-time after
graduation.
“I’m tired of getting laid off,” Fish
says, who sees the stability in her new
career. “No matter how bad the
economy gets, people are still going to
have to be able to drink water and flush
toilets.”
Keith Redmond with Sue Fish at St. Cloud
Technical College.
Hands-on Basic Training for Water Operators at Vermilion Community College
In addition to providing courses for aspiring water
operators, Vermilion Community College in Ely has a new
training center and is offering hands-on basic water
operations training to public water systems serving fewer
than 3,300 people. The two-day hands-on training course,
Class E or D certification application and license fees, one
college credit, meals, and two nights lodging in Ely will be
free to qualifying systems. (Other systems or individuals may
attend this training for a separate fee.)
This program is supported and funded to Vermilion
Community College until 2009 through a Minnesota
Department of Health Operator Certification Grant. This
effort to provide water industry personnel with quality
on-site and hands-on training will ensure that operators have
the knowledge and skills to supply safe drinking water to all
individuals served by public water systems.
The first two training courses were held in August. Dates
and topics of upcoming training are:
October 13-14, 2003—Groundwater
March 9-10, 2004—Surface Water
Space is limited, and advance registration is required. For
more information, contact:
Vermilion Community College
Attn: Continuing Education
1900 Camp Street
Ely, Minnesota 55731
1/800/657-3609 or 218/365-7200
E-mail: [email protected]
Drinking Water Institute for Teachers Includes Cave Tour
Twenty-four
t e a c h e r s
attended the
2003 Drinking
Water Institute,
held in Rochester in June, the
third Institute
conducted by
the Minnesota
Section American
Water
Works Association Education Committee and done in
conjunction with the Science Museum
of Minnesota.
The Institutes are designed to teach
science teachers about drinking water
and how to teach it in their classrooms.
The teachers will develop action plans
on how to introduce drinking-water
education into their existing science
curriculum and will return for a
Teachers make their way to Rise of the
Lost River where Calvin Alexander (below)
explains the features of a spring.
5
follow-up session in October to report
on how they have used the material.
The teachers who attended the 2003
Institute will be reaching approximately
3,000 middle-school students in each of
the coming school years.
This year’s Institute included a trip to
Fillmore County to explore karst
formations in the Spring Valley Caverns,
a tour led by University of Minnesota
professor Calvin
Alexander, who
also took the
group to an
alluviated spring
at the Rise of the
Lost
River,
where
he
explained the
resurgence of
water flowing
through
the
caverns.
Training News
See page 7 for registration information
Northwest School
November 6 Teleconference
The 2003 Northwest District Water Operators School will
be held at the Northland Inn in Crookston from Tuesday,
December 2 to Thursday, December 4.
Registration for the school is $95 ($120 after November
19 or at the door).
A block of guest rooms is being held until November 11 at
a special rate of $65 plus tax per room. Call the Northland
Inn at 218/281-5210 and mention American Water Works
Association to get the special rate.
Participants will receive 16 credit hours for their
participation. A tentative agenda for the school is below.
This fall’s American Water Works Association Satellite
Teleconference, Utility Case Studies: Facing Everyday
Challenges, will be held Thursday, November 6 from 11:00
a.m. to 2:30 p.m. (with registration beginning at 10:30).
Downlink locations are Hennepin County Technical College
in Brooklyn Park, the Minnesota Department of Health in St.
Paul, Memorial Union Hall on the campus of the University
of North Dakota in Grand Forks, Lake Superior College in
Duluth, and South Central Technical College in North
Mankato. Participants will receive 4 contact hours.
Registration will be $65 by October 30 and $85 after
October 31, or at the door ($55/$75 in North Mankato).
Tuesday, December 2
Other Schools
9:00-noon
• Security and Vulnerability Assessments
• Youth Education Program
A number of one-day schools are being held around the
state this fall. They include:
• Southwest Water Operators School, Marshall,
Thursday, October 16 (with an exam prep in Mankato
on October 7 and in Marshall on October 9).
or
• Exam Prep—Math
1:00-4:00
• Source Water Protection
• Suburban Superintendents School, Tuesday, October 21.
• Central Water Operators School, St. John’s University,
Collegeville, Wednesday, October 29.
or
• Exam Prep—General Operations
• Southeast Water Operators School, Owatonna,
Friday, October 31.
Wednesday, December 3
Vulnerability Assessment Workshops
8:15-noon
Operator Breakfast
District Business Meeting—Chad Troitte, Chair
The Minnesota Department of Health and Minnesota Rural
Water Association (MRWA) have been collaborating on a
series of half-day workshops on water system security and
vulnerability assessments. These have been geared toward
systems serving populations up to 10,000 and focus on the
Security Vulnerability Self-Assessment Guide that is
available on the MDH Drinking Water web site at
http://www.health.state.mn.us/divs/eh/water and at the
MRWA site at http://www.mrwa.com.
These workshops will be held at the Minnesota Section
American Water Works Association (AWWA) schools in
Marshall on October 16 and in Crookston on December 2 as
well as at a November 5 MRWA workshop in Fergus Falls.
For larger systems, Minnesota AWWA and the
Minnesota Public Works Association have conducted a pair
of workshops using the Vulnerability Self-Assessment Tool
software available from the Association of Metropolitan
Sewerage Agencies. This or other training aimed at
systems serving populations between 10,000 and 50,000 may
be offered again in 2004.
Systems serving a population of 50,000 or more but fewer
than 100,000 must complete their assessments by
December 31, 2003. Systems serving a population of greater
than 3,300 but fewer than 50,000 must have their assessments in by June 30, 2004. Minnesota has 12 systems between 50,000 and 99,999 and 136 between 3,301 and 49,999.
Professional Development Workshop
1:00-4:00
Product Exposition and Hands-on Training
Operator Interface
Thursday, December 4
8:00-noon
• On-Line Instrumentation
• Arsenic
• Tower Cleaning
• Safety
• Microbiology
or
• Certification Exams (at 10:00)
Trivia Answers
1. b—Frenzy. (Although Psycho had a shower scene,
you couldn’t see anything good. In Bambi, the deer was
naked, but this wasn’t a Hitchcock movie.)
2. b—Bill Pleis, who pitched from 1961 to 1966.
3. c—Virginia Piper was kidnapped.
6
Waterline
Published quarterly by the Drinking Water Protection Section, Minnesota Department of Health
Editor: Stew Thornley
Staff:
Dick Clark
Jeanette Boothe
Noel Hansen
To request this document in another format,
call 651/215-0700; TDD 651/215-0707 or toll-free through the
Minnesota Relay Service, 1/800/627-3529 (ask for 651/215-0700).
Past issues of the Waterline (in PDF format) are available at:
http://www.health.state.mn.us/divs/eh/water/newsletters.htm
REGISTRATION FORM FOR TELECONFERENCE AND FALL SCHOOLS
You may combine fees on one check if more than one person is attending a school; however, please make a copy of this
form for each person. Questions regarding certification, contact Cindy Cook at 651/215-0751. Questions regarding
registration, contact Jeanette Boothe at 651/215-1321.
AWWA Teleconference: Utility Case Studies: Facing Everyday Challenges, November 6, 2003.
Fee: $65 ($85 after October 30 or at the door) for Brooklyn Park, Grand Forks, and Duluth sites; $55 ($75 after October
30 or at the door) for North Mankato (no lunch served at this site).
Check location you wish to attend:
____ Minnesota Department of Health Distance Learning Center, Metro Square Annex, St. Paul, Minnesota
____ Hennepin County Technical College, Brooklyn Park, Minnesota
____ University of North Dakota, Grand Forks, North Dakota
____ Lake Superior College, Duluth, Minnesota
____ South Central Technical College, North Mankato, Minnesota
Southwest School, October 16, 2003, Marshall. Fee: $20 ($25 at the door).
Northwest School, December 2-4, 2003, Northland Inn, Crookston. Fee: $95 ($120 after November 19 or at the door).
Check here if you would like to receive an exam application. (Applications must be submitted at least 15 days
prior to the exam.)
Check here if you would like to receive an exam study guide.
Name
Address
City
Zip
Day Phone
Employer
Please enclose the appropriate fee. Make check payable to Minnesota AWWA. Mail this form and fee to Public Water
Supply Unit, Minnesota Department of Health, 121 East Seventh Place, Suite 220, P. O. Box 64975,
St. Paul, Minnesota 55164-0975.
Registration for the following schools must be directed to the person listed:
October 21, 2003, Suburban Utilities Superintendents School, Apple Valley. Fee: $25. Send to: Carol Blommel, City of Apple
Valley, 7100 West 147th Street, Apple Valley, Minnesota 55124 (checks payable to SUSA).
October 29, 2003, Central Water Operators School, St. John’s University, Collegeville. Contact Bill Spain, 320/654-5952.
October 31, 2003 Southeast Water Operators School, Owatonna. Contact Paul Halvorson, 507/292-5193.
7
CALENDAR
Water Operator Training
Minnesota Section, American
Water Works Association
Annual Conference, October 1-3,
Moorhead, Contact Jon Eaton,
952/563-4501.
*October 16, Southwest Water
Operators School, Marshall. Contact
John Blomme, 507/537-7308.
*October 29, Central Water
Operators School, St. John’s University,
Collegeville. Contact Bill Spain,
320/654-5952.
*October 31, Southeast Water
Operators School, Owatonna. Contact
Paul Halvorson, 507/292-5193.
*December 2-4, Northwest Water
Operators School, Northland Inn,
Crookston. Contact Stew Thornley,
651/215-0771.
American Water Works
Association Teleconference
November 6, Utility Case Studies:
Facing Everyday Challenges, Brooklyn Park, St. Paul, Duluth, North
Mankato, and Grand Forks. Contact
Stew Thornley, 651/215-0771.
Minnesota Rural Water Association
Contact Kyle Kedrowski,
1/800/367-6792.
September 10, Operation &
Maintenance, Chatfield
*September 10-12, Certification
Exam Prep, St. Cloud
September 18, Operation &
*Suburban Superintendents School Maintenance, Isle
*October 7, Operation &
October 21, Apple Valley. Contact
Maintenance, Aurora
Carol Blommel, 952/953-2441.
October 8, Securing Financing for
Small Systems, Willmar
Minnesota Municipal
October 9, Securing Financing for
Utilities Association,
Contact Kevin Thompson, 763/551-1230. Small Systems, St. Cloud
October 28, Operation &
October 8-9, Water/Wastewater
Maintenance, Wood Lake
Workshop, Marshall.
November 5, Water System Security
November 5-6, Preventive Mainteand Operation & Maintenance, Fergus
nance, Marshall.
Falls
Exam Prep
December 10, Winterizing Your
October 7, Mankato, Contact Mark Sweers, 507/389-5561.
Water System, Bemidji
October 9, Marshall, Contact John Blomme, 507/537-7308.
December 11, Winterizing Your
Water System, St. Cloud
Hands-On Basic Training for Water Operators
Vermilion Community College, Contact 1/800/657-3609 or 218/365-7200.
MRWA Training for
October 13-14—Groundwater
Non-Municipal Systems
*Schools/meetings marked with an asterisk include a water certification
Minnesota Rural Water Association
exam. To be eligible to take a certification exam, applicants must have
September 24, Waconia
hands-on operations experience at a drinking water system.
October 8, Aurora
For an up-to-date list of events, see the training calendar on the MDH web site at:
http://www.health.state.mn.us/divs/eh/water/training.htm
MDH Drinking Water Protection web page:http://www.health.state.mn.us/divs/eh/water
Minnesota Department of Health
121 E. 7th Place Suite 220
P. O. Box 64975
St. Paul, Minnesota 55164-0975
ADDRESS SERVICE REQUESTED