HomeMy WebLinkAboutOrdinance 2146
ORDINANCE NO, 2146
AN ORDINANCE ESTABLISHING THE AUTHORITY FOR THE MAYOR TO EXECUTE
THE ELEMENTS OF AN EMERGENCY WATER DEMAND MANAGEMENT PLAN
BE IT ORDAINED BY THE CITY COUNCIL OF THE CITY OF NORTH RICHLAND HILLS, TEXAS
that:
SECTION 1: The City of North Richland Hills, Texas hereby adopts a Water Conservation and
Emergency Water Demand Management Plan attached hereto,
SECTION 2: The Emergency Water Demand Management Plan establishes certain drought
trigger conditions and actions to be taken by the citizens of the City of North Richland Hills during the
periods of defined drought conditions,
SECTION 3: This ordinance authorizes the Mayor, or his/her duly appointed representative, to
define the trigger condition as detailed in the adopted Emergency Water Demand Management Plan,
to upgrade or downgrade the condition, to initiate the appropriate actions as detailed in the adopted
Emergency Water Demand Management Plan, and to terminate the condition when the emergency has
ended,
SECTION 4: The mayor, or the Mayor's duly appointed representative, shall have the authority
to enact and promulgate any or all of the prescribed procedures, and to adopt and promulgate rules and
regulations if necessary to protect health and safety in case of system failure.
SECTION 5: The prescribed procedures to protect the health and safety of the citizens shall be
promulgated by posting in three public places within the City and the procedures shall be binding upon
all water customers of the North Richland Hills Water System, Any customer violating any posted
procedure, limitation or ban shall be deemed guilty of a misdemeanor and fined not in excess of $200.00,
Each day of violation shall be a separate offense,
SECTION 6: This authority established by this ordinance will remain in effect, as long as the City
of Fort Worth has State Revolving Fund Loans from the Texas Water Development Board, or until the
ordinance has been repealed or amended by the North Richland Hills City Council.
PASSED AND APPROVED this the 23rd day of September, 1996,
APPROVED:
ATTEST:
@tJJ;uMti ~
Patricia Hutson, City Secretary
Rex MCEntilE('City Attorney
CITY OF NORTH RICHLAND HILLS, TEXAS
WATER CONSERVATION
and
EMERGENCY WA TER DEMAND
MANAGEMENT PLAN
CITY OF NORTH RICHLAND HILLS, TEXAS
Public Works Department
7301 N.E. Loop 820
North Richland Hills, Texas 76180
(817)581-5521
TABLE OF CONTENTS
CHAPTER 1 - INTRODUCTION . , , , , . . , , , , . . , ' , , . . , , , , . , , . , , , . , , . , " Page 1
Planning Area and Project Description ...'",..",."..".',.." Page 1
Utility Evaluation Data , , , , , , , , , . . , , , . . . . , , , . . , , . , , , , , . . , , . , ,. Page 1
Program Goal, . . , , , . . , , . . , , , , , . , , , , . . , , , . . . , , , . , , . , , . , , . . ,. Page 1
CHAPTER 2 - WATER CONSERVATION PLAN, . . , , , , . . , . , , , . , , . . , , , " Page 2
Plan Elements """'."""""""""""""""".,,., Page 2
Education and Information , , , . . , , , , , , , , , , , . . , , , . , , . , , , , , , , , , " Page 2
Water Rate Structure , , . , , , , , , , , , , , , , , , . , . , , , , , ' , , , , , , , , , , , ,. Page 3
Metering and Meter Repair/Replacement "",'."""""",.,'. Page 3
Water Audits and Leak Detection .""..'"""".""".'",'. Page 3
Implementation and Enforcement .""..'",."".",.".".", Page 3
Annual Reporting , , . . , , , , . , , , , . . , , , . . , , , , , . . , , , , , , . , , . , , . . " Page 4
CHAPTER 3 - EMERGENCY WATER DEMAND MANAGEMENT .."."." Page 4
Trigger Conditions . , , , , , , , , , . , , , , , , , , , , . , , , , , . , , , , , . . , , , , , " Page 5
Emergency Water Demand Management Measures , , , , . , , , . , , , , , .. Page 5
Information and Education , , , , , . . , , , , . , , , , , . , , , , . , , . , , , , , . , , ., Page 6
Initiation Procedures """",."",."",.""",.".,'."., Page 7
Termination Notification, , , , , , , , , , , , , , , , , , , , , , , . . , , , . , , . , , . , " Page 7
Means of Implementation , . , , , , , . , , , , , . . , , , , , , , , , , , , , . , . , , . , " Page 7
City of North Richland Hil/s
Water Conservation & Emergency Water Demand Management Plan
CHAPTER 1 - INTRODUCTION
This report outlines the City of North Richland Hills' (City) Water Conservation and
Emergency Water Demand Management Plan. The objective of the conservation program
is to reduce the quantity required for each water using activity, insofar as is practical,
through the implementation of efficient water use practices, The Emergency Water
Demand Management Plan provides procedures for voluntary and mandatory actions to
be put into effect to temporarily reduce the demand placed upon the City's water supply
system during a water shortage emergency, Emergency water demand management
procedures include conservation, but may also include prohibition of certain uses. Both
programs are tools that the City will have available to operate effectively in all situations.
Planning Area and Project Description
The planning area is the total area within the city limits of North Richland Hills and
Watauga, which is approximately 22,5 square miles, The project is the total water system
owned and operated by the City of North Richland Hills which distributes potable water to
all its customers within the planning area. Currently, the population of this service area
is approximately 72,000 people,
Utility Evaluation Data
A detailed summary of utility evaluation data is included in Appendix A. Appendix A will
be updated annually and submitted to the Fort Worth Water Department in October for the
prior one-year period, October 1 through September 30,
Program Goal
The objective of a water conservation plan is to reduce the per capita consumption of
water, a finite resource. Many communities throughout the United States have used
conservation measures to successfully cope with various water and wastewater problems,
Reductions in water use of as much as 25 percent have been achieved, but the normal
range is from 5 to 15 percent. As a result of reduced water use, wastewater flows have
also been reduced by 5 or 10 percent. It is anticipated that implementation of this Plan will
result in a reduction in per capita water consumption. It is the goal of this Water
Conservation Plan to reduce per capita water consumption by 5 percent.
Page 1
City of North Rich/and Hills
Water Conservation & Emergency Water Demand Management Plan
CHAPTER 2 . WATER CONSERVATION PLAN
Plan Elements
The principal water conservation methods to be considered in preparing this water
conservation plan are:
· Public Education and Information Program
· Water Conservation Rate Structure
· Universal Metering and Meter Repair/Replacement Program
· Water Audits and Leak Detection
· Plan Implementation and Enforcement
· Periodic Review and Annual Reporting
Education and Information
The City recognizes that water conservation significantly benefits individuals and
communities in terms of long-term availability and costs. The most readily available and
lowest cost method of promoting water conservation is to inform the retail water users
about ways to save water in homes and businesses, in landscaping and lawn uses, and
in recreational uses, The City will provide the information to retail customers in the
following manner,
1, Initial Year Program
a. The public education program during the initial year shall include all
activities outlined in the Long-Term Program (below).
b, Distribution of educational material in the form of a handout or information
added to the water bill.
Page 2
City of North Richland Hills
Water Conservation & Emergency Water Demand Management Plan
2. Long-Term Program
a, Distribution of educational materials from the American Water Works
Association, Texas Water Development Board, and others will be made
available as handouts.
b, New retail customers will be provided with water conservation literature,
such as Appendix B, when applying for service,
Water Rate Structure
The City will periodically review respective retail water rate structures to ensure that the
prevailing rates encourage water conservation while covering the total cost of service and
minimizing adverse impacts,
Metering and Meter Repair/Replacement
All water users including retail, City and other public facilities are metered. Water provided
to the system is measured by master meters,
A regularly scheduled maintenance program of meter testing, repair, and replacement
should be established in accordance with the following schedule:
1, Production (master) meters - test once a year,
2, Meters larger than 1-1/2" - test every 5 years,
3, Meters 1-1/2" or smaller - test every 10 years,
Water Audits and Leak Detection
The City will continue their ongoing leak detection, location, and repair programs,
Waterline leaks are detected by utility personnel while reading meters, maintaining their
water and wastewater systems, and while performing other routine surveillance programs.
Additionally, water audits shall be utilized to determine if leaks exist which have gone
undetected. The City shall conduct an in-house water audit at least once each year to
compare water produced versus water sold,
Implementation and Enforcement
The Mayor of North Richland Hills or the Mayor's duly appointed representative will act as
the Administrator of the Water Conservation and Emergency Water Demand Management
Page 3
City of North Rich/and Hills
Water Conservation & Emergency Water Demand Management Plan
Plan in North Richland Hills and the Mayor of Watauga or Mayor's duly appointed
representative will act as the Administrator of the Water Conservation and Emergency
Water Demand Management Plan in Watauga. The Administrators will oversee the
execution and implementation of all elements of the plan, The Administrators will also be
responsible to oversee the keeping of adequate records for program verification,
Annual Reporting
The City of North Richland Hills will be responsible for the submission of an annual report
to the City of Fort Worth. Such a report will be due to the Water Department Director by
April 1 of each year for inclusion in the City of Fort Worth's report to the Texas Water
Development Board, The report will include a description of the implementation, status
and quantitative effectiveness of the water conservation program, The report will be
submitted on a form provided by the City of Fort Worth.
CHAPTER 3 - EMERGENCY WATER DEMAND MANAGEMENT
Drought or a number of other uncontrollable circumstances can disrupt normal availability
of the City's water supply. Even though the City may have an adequate water supply, the
supply could become contaminated, or a disaster could destroy the supply.
This chapter summarizes the City's Emergency Water Demand Management (EWDM)
Plan. EWDM planning is not the same as conservation planning. While water
conversation involves implementing permanent water use efficiency or reuse practices, the
EWDM plan will establish temporary methods or techniques designed to be used only as
long as an emergency exists.
The City's EWDM plan will include the following six elements:
· Trigger conditions signaling the start of an emergency period,
· EWDM measures.
· Education and information,
· Initiation procedures,
· Termination notification actions,
· Means of implementation.
Page 4
City of North Richland Hil/s
Water Conservation & Emergency Water Demand Management Plan
Trigger Conditions
The City receives a portion of its water from the City of Fort Worth (CFW) and will work
with the CFW to establish water restrictions during drought conditions, The establishment
of drought trigger conditions for the water supply are to be determined by the Tarrant
County Water Control and Improvement District No, 1, initially. Trigger conditions will be
conveyed by CFW to the City, The City will be notified by telephone and a follow-up letter
or facsimile transmission as each drought trigger condition is reached. The notification will
include the steps the customer must take,
The City may need to implement an emergency water demand management program in
lieu of notification by the City of Fort Worth, In such cases, the trigger conditions will be
as follows:
1. Mild Conditions - Daily water demand reaches 80% of the production capacity of
the system for 3 consecutive days,
2. Moderate Conditions - Daily water demand reaches 90% of the production
capacity of the system for 3 consecutive days,
3, Severe Conditions - Daily water demand reaches 100% of the production capacity
of the system for 3 consecutive days; or the imminent or actual failure of a major
component of the system is experienced which can cause an immediate health or
safety hazard; or a significant reduction in the production capacity of the system is
experienced,
Emergency Water Demand Management Measures
The City will implement the following measures for each level of severity as required by
the CFW or as implemented under its own emergency water demand management
program, The measures for each level of severity include the relevant requirements
imposed in the preceding level.
1, Mild Condition Measures
a, Inform public by cable television and through the news media that a trigger
condition has been reached and that customers should look for ways to
reduce water use,
b, Activate an information center and discuss the situation in the news media,
Page 5
City of North Richland Hills
Water Conservation & Emergency Water Demand Management Plan
c, Advise the public of the trigger condition situation daily,
d. Advertise a voluntary daily lawn watering schedule.
2. Moderate Condition Measures
a. Impose mandatory lawn watering schedule.
b. Fine water wasters.
c, Institute an excessive use fee, special pricing structure or surcharge if
deemed necessary by the Mayor of North Richland Hills.
d, Prohibit non-essential water uses,
e, Request industries or other non-municipal water users to stop certain uses,
find additional sources, increase recycling or modify production processes
where possible,
3. Severe Condition Measures
a, Prohibit all outdoor water use.
b, Limit the amount of water each customer can use and establish legal
penalties for those who fail to comply.
c, Require industrial or commercial water users to stop operations so that
remaining water is available for essential health and safety related uses,
Information and Education
The purpose and EWDM measures of this plan will be conveyed to the public as a part of
and in the same manner as the Water Conservation Plan. When trigger conditions appear
to be approaching, the public will be informed through local newspaper articles and/or
radio/television broadcasts. Throughout the period of a trigger condition, regular articles
and/or broadcasts will be used to inform the public of the current condition and
conservation measures for that condition.
Page 6
City of North Richland Hills
Water Conservation & Emergency Water Demand Management Plan
Initiation Procedures
When a trigger condition has been reached and the CFW informs the City that EWDM
measures may be necessary, or the City initiates EWDM measures on its own accord, the
Mayor or the Mayor's duly appointed representative will order the initiation of a public
notification process. The public notification process will include a NOTICE OF DROUGHT
CONDITION to be posted at the North Richland Hills City Hall and at least two other public
places,
Termination Notification
Termination of the EWDM measures will take place when the trigger conditions which
initiated the contingency measures have subsided and/or the CFW informs the City that
drought contingency measures are no longer necessary, The public will be informed of
the termination in the same manner that they were informed of the initiation of the
measures through order of the Mayor or duly appointed representative,
Means of Implementation
The Mayor or duly appointed representative will be authorized by the City Council to order
the initiation of EWDM measures when a drought trigger condition occurs and/or the CFW
indicates that such measures are necessary,
\
Page 7
APPENDIX A
UTILITY EVALUATION DATA FORM
The following data form provides a convenient format to insure that the most important
information and data needed for the development of water conservation and emergency
water demand management plans are considered,
Water Supply and Distribution System Information
A.
Population of Service Area
72,000 (Number)
22,5 (Sq, mi.)
B,
Size of Service Area
C, Water Production and Sales Information
1. Water supplied (water produced from your own wells, diverted and treated
from a lake or stream, purchased from another utility, etc,) during the last
year - (gal/yr.)
2,
Average water supplied for last 3 years-
(gal/yr. )
3, Estimated Monthly Water Sales by User Category for the last year in
1 ,OOO's of gallons (based on customer meters) -
.·,'c.'.·.·,·,-.·,·.'.'.-.'.....'.'.',.'...·.',','.'_·_·_'.-_-.:->'.
............................................................................................."...........................
..Q9mme':gi~I-......
InstitlJti()nª'~ . .
January
February
March
April
May
June
July
August
September
October
November
December
Total
*Indicate if apartment water sales are included in the commercial figures. It is preferable to
include apartment water sales under residential sales if it is possible to determine from existing
water sales data.
Appendix A
Page 10/4
4, Highest Daily Water Use (production) on record for system -
(gal/day)
5, Peak Daily Use (production) for the last year-
(gal/day)
6,
Unaccounted for Water
(Production - Sales) + production x 100 =
% unaccounted for water,
D, Number and type (Residential, Commercial, or Industrial) of meter connections
in service area -
(Res,) (Comm,) (Ind,) (Wholesale)
E. Net gain (loss) of new connections per year (new connections less disconnects)
(Res,) (Comm.) (Ind.) (Wholesale)
F, Source of Water (list the sources and relative volumes of water used from each
source on an annual basis).
Source 1,
Source 2,
Source 3,
Volume of water
Volume of water
Volume of water
(gal.lyr, )
(gal.lyr, )
(gal.lyr. )
(gal.lyr, )
(gal.lyr. )
G,
Safe Annual Yield of Water Supply - -
H,
Design Capacity of Water System -
I. Major High-Volume Customers
Name
Use
(in 1,000 gallons per year)
1,
2,
3.
4.
5.
6.
7,
8,
Appendix A
Page 20f4
9,
10,
J. Population and Water Use Projections (attach if available),
Wastewater System Information
A. Service Area Information
1, Percent of your potable water customers sewered by your utility's
wastewater treatment system %,
2, Percent of your utility's potable water customers who have septic tanks or
other privately operated sewage disposal systems %,
3. Percent of potable water customers sewered by another wastewater
treatment utility %.
B, Wastewater System Capacity Information
1, Average daily volume of wastewater treated for most recent year
(gal.Jday)
2, Peak daily wastewater volumes during the last year
(gal.lday)
3. Wastewater treatment system permitted capacity:
a. Average daily capacity (gal.lday)
b. Maximum daily capacity (gal.lday)
C, Estimated percent of wastewater flows to your treatment plant that originate from
the following categories:
Residential
Industrial and Manufacturing
Commercial/lnstitutional
Storm Water
Other - Explain
%
%
%
%
%
Utility Financial Operations Information
A. Water or Wastewater Rate Structure (Uniform, Increasing Block, etc.)
(Attach copy of rates, )
Appendix A
Page 3 0/4
B, Sources of Revenue for the Utility
1. Percent of Annual Revenues from Water or Wastewater Rates
%
2, Percent of Annual Revenues from all other sources (taxes, general
revenue, etc,) %
C. Annual Operating Costs
1.
Average Annual Operating Costs
$
(dollars)
2, Percent of Average Annual Operating Costs that are fixed costs -
%
3. Percent of Average Annual Operating Costs that are variable costs
%
Other Applicable Information
A. Copies of applicable local regulations relating to Water Conservation and
Emergency Water Demand Management Planning. (attach copies)
B, Other applicable documents. (attach copies or list as needed)
C. Information on Civic Groups, Organizations, and other entities. It would be
advisable for the utility to consider which groups may help and which group may
be opposed to various aspects of the water conservation and emergency water
demand management plans, These need not be listed, but early consideration
by the utility is advised,
Appendix A
Page 40f4
APPENDIX B
WATER SAVING METHODS THAT CAN BE
PRACTICED BY THE INDIVIDUAL WATER USER
In-home water use accounts for an average of 65 percent of total residential use, while
the remaining 35 percent is used for exterior residential purposes such as lawn
watering and car washing, Average residential in-home water use data indicates that
about 40 percent is used for toilet flushing, 35 percent for bathing, 11 percent for
kitchen uses, and 14 percent for clothes washing, Water saving methods that can be
practiced by the individual water user are listed below,
Bathroom
1, Take a shower instead offilling the tub and taking a bath, Showers usually use
less water than tub baths.
2, Install a low-flow shower head which restricts the quantity of flow at 60 psi to no
more than 3.0 gallons per minute.
3, Take short showers and install a cutoff valve or turn the water off while soaping
and back on again only to rinse.
4, Do not use hot water when cold will do, Water and energy can be saved by
washing hands with soap and cold water; hot water should only be added when
hands are especially dirty,
5, Reduce the level of the water being used in a bathtub by one or two inches if a
shower is not available,
6, Turn water off when brushing teeth until it is time to rinse.
7, Do not let the water run when washing hands, Instead, hands should be wet, and
water should be turned off while soaping and scrubbing and turned on again to
rinse, A cutoff valve may also be installed on the faucet.
8, Shampoo hair in the shower, Shampooing in the shower takes only a little more
water than is used to shampoo hair during a bath and much less than shampooing
and bathing separately.
9, Hold hot water in the basin when shaving instead of letting the faucet continue to
run.
Appendix B
Page 1 of5
10. Test toilets for leaks. To test for a leak, a few drops of food coloring can be
added to the water in the tank, The toilet should not be flushed, The customer
can then watch to see if the coloring appears in the bowl within a few minutes, If it
does, the fixture needs adjustment or repair,
11, Use a toilet tank displacement devise, A one-gallon plastic milk bottle can be
filled with stones or with water, recapped, and placed in the toilet tank, This will
reduce the amount of water in the tank but still provide enough for flushing.'
(Bricks which some people use for this purpose are not recommended since they
crumble eventually and could damage the working mechanism, necessitating a
call to the plumber,) Displacement devices should never be used with new low-
volume flush toilets,
12, Install faucet aerators to reduce water consumption,
13, Never use the toilet to dispose of cleansing tissues, cigarette butts, or other trash,
This can waste a great deal of water and also places an unnecessary load on the
sewage treatment plant or septic tank.
14, Install a new low-volume flush toilet that uses 3,5 gallons or less per flush when
building a new home or remodeling a bathroom,
8, Kitchen
I. Use a pan of water (or place a stopper in the sink) for rinsing pots and pans and
cooking implements when cooking rather than turning on the water faucet each
time a rinse is needed,
2, Never run the dishwasher without a full load. In addition to saving water,
expensive detergent will last longer and a significant energy saving will appear on
the utility bill.
3, Use the sink disposal sparingly, and never use it for just a few scraps,
4, Keep a container of drinking water in the refrigerator, Running water from the tap
until it is cool is wasteful. Better still, both water and energy can be saved by
keeping cold water in a picnic jug on a kitchen counter to avoid opening the
refrigerator door frequently,
5, Use a small pan of cold water when cleaning vegetables rather than letting the faucet
run,
6, Use only a little water in the pot and put a lid on it for cooking most food, Not only
Appendix B
Page 20f5
does this method save water, but food is more nutritious since vitamins and
minerals are not poured down the drain with the extra cooking water,
7, Use a pan of water for rinsing when hand washing dishes rather than running the
faucet.
8. Always keep water conservation in mind, and think of other ways to save in the
kitchen, Small kitchen savings from not making too much coffee or letting ice
cubes melt in a sink can add up in a year's time,
Laundry
1, Wash only a full load when using an automatic washing machine (32 to 59 gallons
are required per load.)
2, Use the lowest water level setting on the washing machine for light loads
whenever possible.
3, Use cold water as often as possible to save energy and to conserve the hot water
for uses which cold water cannot serve. (This is also better for clothing made of
today's synthetic fabrics.)
Appliances and Plumbing
1, Check water requirements of various models and brands when considering
purchasing any new appliance that uses water, Some use less water than others,
2, Check all water line connections and faucets for leaks. If the cost of water is
$1.00 per 1,000 gallons, one could be paying a large bill for water that simply
goes down the drain because of leakage, A slow drip can waste as much as 170
gallons of water EACH DAY, or 5,000 gallons per month, and can add as much as
$5.00 per month to the water bill.
3, Learn to replace faucet washers so that drips can be corrected promptly, It is
easy to do, costs very little, and can represent a substantial amount saved in
plumbing and water bills,
4, Check for water leakage that the customer may be entirely unaware of, such as a
leak between the water motor and the house, To check, all indoor and outdoor
faucets should be turned off, and the water meter should be chocked. If it
continues to run or turn, a leak probably exists and needs to be located.
Appendix B
Page 3 of5
5. Be sure the hot water heater thermostat is not set too high, Extremely hot settings
waste water and energy because the water often has to be cooled with cold water
before it can be used.
6, Use a moisture meter to determine when house plants need water, More plants die
from over watering than from being on the dry side,
Out-of-Door Use
1. Water lawns early in the morning during the hotter summer months. Much of the
water used on the lawn can simply evaporate between the sprinkler and the grass,
2. Use a sprinkler that produces large drops of water, rather than a fine mist, to avoid
evaporation,
3. Turn soaker hoses so the holes are on the bottom to avoid evaporation,
4, Water slowly for better absorption, and never water in high winds,
5, Forget about watering the streets or walks or driveways, They will never grow a
thing,
6. Condition the soil with compost before planting grass or flower beds so that water will
soak in rather than run off,
7. Fertilize lawns at least twice a year for root stimulation, Grass with a good root
system makes better use of less water,
8, Learn to know when grass needs watering, If it has turned a dull grey-green or if
footprints remain visible, it is time to water,
9. Do not water too frequently. Too much water æn overload the soil so that air cannot
get to the roots and can encourage plant diseases.
10. Do not over-water, Soil can absorb only so much moisture and the rest simply runs
off. A timer will help, and either a kitchen timer or an alarm clock will do. An inch
and one-half of water applied once a week will keep most Texas grasses &live and
healthy.
11. Operate automatic sprinkler systems only when the demand on the town's water
supply is lowest. Set the system to operate between four and six a,m,
Appendix B
Page 4 of5
12, Do not scalp lawns when mowing during hot weather, Taller grass holds moisture
better. Rather, grass should be cut fairly often, so that only 1/2 to 3/4 inches is
trimmed off. A better looking lawn will result.
13, Use a watering can or hand water with the hose in small areas of the lawn that need
more frequent watering (those near walks or driveways or in especially hot, sunny
spots),
14, Learn what types of grass, shrubbery, and plants do best in the area and in which
parts of the lawn, and then plant accordingly. If one has a heavily shaded yard, no
amount of water will make roses bloom, In especially dry sections of the state,
attractive arrangements of plants that are adapted to arid or semi-arid climates
should be chosen,
15, Consider decorating areas of the lawn with rocks, gravel, wood chips, or other
materials now available that require no water at all.
16, Do not 'sweep' walks and driveways with the hose, Use a broom or rake instead,
17, Use a bucket of soapy water and use the hose only for rinsing when washing the car,
Appendix B
Page 5 015
Star~elegram
400 W, SEVENTH STREET. FORT WORTH, TEXAS 76102
FED. I.D. NO. 22-3148254
AD ORDER NO. 2546227
ACCOUNT NO. CIT13
THE STATE OF TEXAS
County of Tarrant
Before me, a Notary Public in and for said County and State, this day
personally appeared TAMMIE BRYANT Billing Specialist for the
Star-Telegram, published by the Star-Telegram Inc, at Fort Worth, in Tarrant County, Texas; and
who, after being duly sworn, did depose and say that the following clipping of an advertisement was
published in the above named paper on the following dates:
/"
DATE
AD ORDER NO.
DESCRIPTION
TOTAL
INCH/LINE
RATE
AMOUNT
10/01ME 2546227 ORDINANCE NO. 21 1358
OCf/30-1/J/!Jl
2x 31L
62
.30
18.60
SWORN TO BEFORE ME, THIS THE
.t~~......""'tÞ."t...,.,)t.~""'.'~~Y"Io.>'~"~$
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~ f.,-S~~j~11 RHONDA R. GOKE
$b.;.~~ti COMMISSION EXPIRES'
~ Itl~~#,....~,~;.fl SEPTEMBER 8, 1999 $
#,~~~~~~,~~~,~,,~,,~
s~~"~~,,
7th DAY OF OCTOBER ,1996
Notary Public '-Qtu~~ ~" &.ÞcL
TARRANT COUNTY, TEXAS
PLEASE PAY THIS ORIGINAL INVOICE AND RECONCILE WITH MONTHLY STATEMENT.
THANK YOU!
~ TEAR ALONG THIS PERFORATION AND RETURN THE LOWER PORTION WITH YOUR PAYMENT----.........
Star:relegram
2546227
'\
400 W. SEVENTH ST. . FORT WORTH, TEXAS 76102
__ 18.60
PAGE 1 o¡J,
IF ANY QUESTIONS, PLEASE CALL (817) 390-7885
CITV OF NO RICHLAND HILLS
CITV SECRETARV
PO BOX 820609
FORT WORTH, TX 76182-0609
r
PLEASE PAy......
THIS AMOUNT JIll""'"
18.60
"""I
PLEASE WRITE IN AMOUNT ENCLOSED