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CAPACITY DEVELOPMENT. Capacity Development Program Background ALAN S. DILLON NEW JERSEY BUREAU OF SAFE DRINKING WATER

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ALAN S. DILLON

NEW JERSEY 

BUREAU OF SAFE DRINKING WATER

NEW JERSEY WATER ASSOCIATION

OCTOBER 21, 2015

CAPACITY DEVELOPMENT

LONG TERM VIABILITY

Capacity Development Program

Background

Technical Capacity:

Refers to the adequacy, operation and maintenance of the system’s infrastructure.

Infrastructure includes the source water, treatment, storage and distribution network of the water system.

Refers to the ability of qualified personnel with technical knowledge to operate and maintain the system.

Capacity Development Program

Background

Managerial Capacity:

Refers to the expertise required of the personnel who administer the overall system operations. Refers to the system’s demonstration of clear ownership, organized staffing, effective interaction with regulators, and effective interaction with customers

Capacity Development Program

Background

Financial Capacity:FF Refers to the monetary resources available to a water  system to support the cost of operating, maintaining,  and improving the water system. Refers to the demonstration of sufficient revenues,  credit worthiness and fiscal management and  controls.
(2)

OPERATORS

Public

 

health

 

is

 

rapidly

 

expanding

 

both

 

in

 

scope

 

and

 

in

 

the

 

application

 

of

 

technical

 

methods.

  

The

 

necessity

 

for

 

training

 

was

 

an

 

important

 

reason

 

for

 

the

 

passage

 

of

 

laws

 

in

 

1918

 

requiring

 

licenses

 

for

 

persons

 

employed

 

as

 

superintendents

 

or

 

operators.

  

The

 

necessity

 

for

 

employing

 

trained

 

and

 

qualified

 

personnel

 

has

 

become

 

imperative.

Preface to the New Jersey State Department of Health’s Rules  and Regulations on Licensing of Superintendents or Operators of  Public Water Treatment Plants, Public Sewage Treatment Plants, 

and Public Water Supply Systems, published 1966.

NEW JERSEY REGULATIONS

CLASS 3 & 4 WATER SYSTEMS NEED

FT OPERATOR

FULL TIME OPERATOR – 7 HOURS PER

DAY, 5 DAYS PER WEEK, 35 HOURS PER

WEEK

EXCEPTION - FULLY AUTOMATED

SYSTEM

NEW JERSEY OPERATORS

2010

FACILITIES

T-3 33

T-4 36

OPERATORS

206

168

Looks like there’s enough after all…….. SO WHAT’S ALL THE FUSS ABOUT????

Is

 

there

 

really

 

an

 

operator

 

shortage

 

in

 

New

 

Jersey?

DISTRIBUTION 

CLASS SYSTEMS LICENSEES W‐1 115 436 W‐2 190 586 W‐3 76 210 W‐4 26 176 TOTAL 407 1,408 TREATMENT 

CLASS SYSTEMS LICENSEES T‐1 372 472 T‐2 156 618 T‐3 32 222 T‐4 38 174 TOTAL 598 1,486 Sept 2015 data

(3)

NEVER TRY TO

TEACH A PIG TO SING

IT’S A WASTE OF YOUR

TIME AND IT ANNOYS

THE PIG

BSDW

RESPONSE

IF WE CAN’T DEFEND A DECISION

BASED ON REGULATION, RATIONALITY

AND THE PROTECTION OF PUBLIC

HEALTH, WE SHOULDN’T HAVE MADE

IT IN THE FIRST PLACE.

RESOLUTION

CAPACITY DEVELOPMENT

CAPACITY DEVELOPMENT

PROTOCOL FOR NEW REQUESTS

 DO T-3 & T-4 FACILITIES HAVE SUCCESSION

PLANNING IN PLACE ?

 DO UTILITIES ALLOW APPROPRIATE

TRAINING FOR IN HOUSE STAFF TO ACHIEVE AND MAINTAIN CERTIFICATION ?

 DO YOU PRACTICE FULLCOST PRICING?

CAPACITY DEVELOPMENT

PROTOCOL FOR NEW REQUESTS

DO YOU HAVE AN ASSET

MANAGEMENT PLAN??

WHY DO MUNICIPAL BUDGET

SHORTFALLS AFFECT WATER SYSTEM

OPERATIONS ??

69 systems surveyed, 68 responses

1) Operator’s Name, License held, Hours/week 2) Back‐up Operator’s Name, License held, Hours/week 3) List all licensed personnel and T license held

4) If you plan to have staff certified, indicate anticipated  time to acquire each level of license

5) Do you plan to hire outside personnel?

BSDW

 

Succession

 

Planning

 

(4)

44

 

of

 

69

 

had

 

full

time

 

LO,

 

full

time

 

back

up

 

LO

 

and

 

holding

 

appropriate

 

licenses

2

 

had

 

issues

 

with

 

primary

 

LO

 

coverage

 

14

 

had

 

issues

 

with

 

back

up

 

LO

 

coverage

9

 

had

 

issues

 

with

 

both

Do

 

systems

 

in

 

NJ

 

have

 

adequate

 

coverage?

Working

 

cooperatively

 

with

 

systems

 

to

 

ensure

 

adequate

 

coverage

Since

 

the

 

survey,

 

some

 

issues

 

resolved:

primary

 

LO

 

coverage

 

– Was

 

2,

 

Now

 

zero

back

up

 

LO

 

coverage

 

– Was

 

14,

 

Now

 

4

Both – Was

 

9,

 

Now

 

zero

GOOD

 

NEWS

OPERATOR CERTIFICATION

 NJDEP PROVIDES FULL TUITION DISCOUNT

FOR INTRODUCTORY AND ADVANCED COURSES IF YOU ARE ELIGIBLE TO TAKE THE TEST.

 NJDEP ALLOWS UNIVERSITY OF

CALIFORNIA-SACTO COURSE TO SUBSTITUTE FOR INTRO COURSES.

 NJDEP PAYS FOR INITIAL LICENSING AND

TESTING FEES FOR VSWS OPERATORS.

OPERATOR CERTIFICATION

 NJDEP PROVIDES 50% DISCOUNT FOR

OPERATORS WHO ATTEND RUTGERS UNIVERSITY OPERATOR TRAINING CENTER COURSES.

 NJDEP PROVIDES FREE CONTINUING

EDUCATION THROUGH NEW JERSEY RURAL WATER.

 NJDEP SUBSIDIZES NJAWWA CONTINUING

EDUCATION COURSES.

CAPACITY DEVELOPMENT

 NJDEP HAS SUPPORTED THE CREATION OF

A NEW CIVIL SERVICE POSITION

REGARDING OPERATOR APPRENTICESHIPS.

 NJDEP HAS PROPOSED A NEW OPERATOR

APPRENTICESHIP PROGRAM

 IMPORTANT ASPECT OF THESE PROGRAMS

ARE THAT THEY ARE

PERFORMANCE/GOAL BASED.

Exam

 

Pass

 

Rates

T‐1 T‐2 T‐3 T‐4 ALL T  #  pass #  exam %  pass #  pass #  exam %  pass #  pass #  exam %  pass #  pass #  exam %  pass pass 2010 46 10344.7% 31 8735.6% 17 3745.9% 1 16 6.3% 39.1% 2011 63 12152.1% 46 11141.4% 17 3943.6% 8 2828.6% 44.8% 2012 52 11844.1% 38 9042.2% 10 2835.7% 5 1435.7% 42.0% 2013 49 11642.2% 39 8744.8% 13 4231.0% 3 1717.6% 39.7% 2014 58 10256.9% 39 6758.2% 18 5135.3% 12 2352.2% 52.3%

(5)

T

1

T

2

TOTAL

2010

46

31

77

2011

63

46

109

2012

52

38

90

2013

49

39

88

2014

58

39

97

New

 

Operators

What can I do to ensure my utility has adequately trained and  certified staff to operate it? 

YOU CAN PREPARE YOURSELF

Sustainability

Workforce

 

Planning

 

for

 

Water

 

Utilities

 

Successful

 

Recruiting,

 

Training,

 

and

 

Retaining

 

of

 

Operators

 

and

 

Engineers

2008 study co‐sponsored by AWWA  Research Foundation and USEPA http://www.waterrf.org/PublicReportLibrary/91237.pdf

Resource

1) Marketing attractors to the industry and to your utility

Top attractors to young people (hiring)

Most effective retention strategies

2) Broadening the pool of candidates

Standard certification reciprocity agreements between States

Streamlining hiring policies (e.g., residency requirements)

Retirees, displaced workers, veterans

3) Developing standard training programs,  apprenticeships

Relationships with educational institutions

Strategies

 

for

 

Recruitment

 

and

 

Retention

 

of

 

Utility

 

Personnel

1)

 

Gap

 

Analysis

Inflows

 

and

 

outflows

 

anticipated

 

next

 

5

 

years

2)

 

Workforce

 

Practices

 

Assessment

Compare

 

current

 

practices

 

vs.

 

most

 

effective

 

practices

How

 

to

 

Get

 

Started

1)

  

Does

 

your

 

system

 

currently

 

have

 

adequate

 

coverage?

2)

  

Do

 

you

 

have

 

a

 

succession

 

plan

 

for

 

your

 

system?

 

3)

  

If

 

your

 

operator

 

left

 

tomorrow,

 

how

 

easily

 

can

 

a

 

new

 

operator

 

take

 

on

 

the

 

job?

(6)

DUTIES AND RESPONSIBILITIES

WORK IN PROGRESS

DUTIES AND

RESPONSIBILITIES

T-1

Regularly check the system status of flows.

Adjust chemical feed rates, calculate dosage rates

and add chemicals as needed. Confirm chemical

strength, prepare chemicals, and measure

amount chemical used.

Minimum time required 2-5 hours weekly.

DUTIES AND

RESPONSIBILITIES

T-2

Backwash pressure filters as required.

Adjust chemical feed rates, calculate dosage rates

and add chemicals as needed. Confirm chemical

strength, prepare chemicals, and measure

amount chemical used.

Minimum time required 5-20 hours weekly.

DUTIES AND

RESPONSIBILITIES

T-3

Monitor additional groundwater unit operations

Operate simpler surface water treatment

facilities to with regard to turbidity reduction

and evaluation CT requirements.

Full time – 35 hour week

DUTIES AND

RESPONSIBILITIES

T-4

Monitor multiple additional sophisticated

groundwater unit operations

Operate largest and most sophisticated surface

water treatment facilities with regard to turbidity

reduction and CT evaluations.

Full time – 35 hour week

DUTIES AND

RESPONSIBILITIES

W-1

Monitor water system pressure and storage

facilities

Conduct valve exercise program

(7)

DUTIES AND

RESPONSIBILITIES

W-2

Same responsibilities as W-1

Estimated time requirement is 5 to 20 hours per

week

DUTIES AND

RESPONSIBILITIES

W-3

Same responsibilities as W-1 with additional

monitoring of differential pressure gradients,

booster stations and storage facilities

Estimated time requirement is 35 hours per

week

DUTIES AND

RESPONSIBILITIES

W-4

Same responsibilities as W-3

Estimated time requirement of 35 hours per

week.

O&M MANUAL

http://www.nj.gov/dep/watersupply/doc/ops_plan_temp.doc
(8)

O&M MANUAL

O&M MANUAL

O&M MANUAL

EPA’s Asset Management Tool

CUPSS

Check Up Program for Small Systems

What is CUPSS?

Check Up Program for Small Systems

• Designed for small and medium-sized drinking water and wastewater systems • Establishes and keeps track of goals and

milestones

• Saves time by storing all information in one place

• Track inventory, tasks, and finances • Develop a personalized Asset Management

Plan

Get CUPSS

• FREE download at: www.epa.gov/cupss/ At this site, you can also: • Register your copy of CUPSS • Find training events

(9)

Asset Inventory

• What assets do I have? • When was it installed? • How much did it cost?

• When was the last major repair?

• What maintenance will you perform on it this year?

• What is the typical routine maintenance and when is it performed?

• Do you have or know where to get replacement parts?

• Will you be financially prepared to replace a major component if it fails?

O&M Tasks

• What are routine tasks?

• How often are they performed? • Do you keep records of completing

these tasks? Where?

• How do you ensure that tasks are completed?

Finances

• What are my sources of revenue? • What are my expenses?

• How much will it cost to repair/replace an asset?

• When will I have to repair/replace an asset?

CUPSS MODULES

1) My Inventory 2) My O&M 3) My Finances 4) My Check Up Reports 5) My CUPSS Plan
(10)

My Inventory

• Identify your assets

• Basic Information

• Type, Name, Location

• Status and Condition

• Condition, Consequence of Failure (CoF), Redundancy, Can asset be repaired/replaced?

• Cost and Maintenance

• Installation Date, Original Cost, Expected Useful Life, Replacement Cost, Frequency of Routine Maintenance

• Manufacturer and Supplier

• Model Number, Manufacturer, Supplier Name, Address/Contact of Supplier

My Inventory (cont.)

• Create/edit a personalized schematic

• Visual representation of all assets

• My Capital Improvement Projects

• Lists all assets that need to be repaired,

rehabilitated, or replaced and recommended dates of action

• Asset Risk Matrix

• A graph that shows the risk category of each asset • Plots the probability of failure against the

(11)

My O&M

• Create future O&M activities

• Schedule tasks

• Daily, Weekly, Monthly, Annual Tasks

• Track current O&M activities

• Alerts you if a task is past due

(12)

My Finances

• Revenue - User rates, Grants, Loans/bonds, Reserve fund, Interest, One-time fees, Bulk sales, Contract sales, Product sales, Other

• Expenses - Maintenance, Equipment costs, Salaries and benefits, Supplies, Chemical costs, Contracts, Utility costs, Monitoring and testing, Emergency costs, Rent or mortgage, Insurance, Services, Training costs, Billing costs, Fees, Security, Capital improvements, Debt payment, Capital reserve contribution, Emergency reserve contribution, Other

• Graph your Financial Data

• Shows aggregated totals for actual and budgeted revenue and expenses for each year

(13)

Operating Expense

• High ratio indicates operating efficiency (expenses low relative to revenue)

• Debt Ratio = Total Liabilities Total Assets

• Measure of utility’s debt

• Sales Ratio = ____Sales____ Total Revenue

• Low ratio indicates utility is overly reliant on outside funding

• Expense Ratio = Operating Expense Total Expense

• High ratio indicates most expenditures are for operations. Low ratio indicates that utility is not likely to meet capital-related expenses, which may cause system to deteriorate more rapidly.

My Check Up Reports

1) My Asset Check Up

• Displays summary report of all assets

2) My Financial Check Up

• Assists with long-term financial planning • Estimates capital improvement needs based on

asset consequence and probability of failure • Anticipates future growth of system • Anticipates cost increases due to inflation

(14)

My CUPSS Plan

• 7 steps:

1) Utility Profile

2) Mission and Level of Service (LOS) Agreement

3) Critical Assets 4) O&M Strategy

5) Capital Improvement Plan (CIP) 6) Financial Management Strategy 7) Finalize Plan

(15)

More Information

• For more information or to download CUPSS, check out EPA’s website at:

• www.epa.gov/cupss

• We plan to run CUPSS user training sessions soon • If you have any questions or are interested in attending

CUPSS user training, please contact: Joe duRocher (609) 292-5550 [email protected]

DWSRF

THE PROPOSED FFY2016 PRIORITY SYSTEM, 

INTENDED USE PLAN AND PROJECT PRIORITY 

LIST DOCUMENT 

DRINKING WATER FINANCING

The Proposed Priority System document is 

posted on the Department’s web site at 

http://www.nj.gov/dep/watersupply/dws_loans.

html

and look for Proposed 2016 IUP

Engineering Services Contract

• In March 2014, NJDEP approved a $400,000 contract  with New Jersey Water Association. • Systems serving less than 3,300 customers may access a  pre‐approved list of consulting engineers to provide  assistance in assessing needs of system and assistance  in completing DWSRF applications and submittals for  systems. • Includes :  •Development of a preliminary asset management  assessment and engineer's recommendation for  needed improvements, as well as lower cost  alternatives, •Engineering services for small water systems applying  to the DWSRF loan program, such as prep of planning  docs, design docs, and loan applications 

Changes to the FFY2016/SFY2017 Drinking 

Water Revolving (DWSRF) Loan Program

Small Systems Water Loan

Designed to facilitate small system access to DWSRF  financing

Eligible candidates are active public community water  systems and nonprofit non‐community water systems  serving  ≤ 10,000 persons. 

Active is defined as systems having an active PWSID  n the NJDEP’s NJEMS database and who are  responsible for at least two complete prior years of  requisite public water system compliance sampling.
(16)

Very Small Water Systems Loan

Very Small Water System defined as serving a  population ≤ 500

“DEP only” loan for very small systems

Can receive a principal forgiveness (PF) “loan” up to  $500,000, as long as they supply at last 15% of the  project costs themselves using outside lenders or the  NJDEP base program if credit worthy

Larger systems can utilize this program to make  infrastructure improvements to the smaller water  system that they have acquired.

Small Systems Water Loan 

For systems serving a population ≤ 10,000

Can receive a loan up to $1M with project costs  allocated as follows:

50% as Principal Forgiveness

25% as zero interest loan

25% as NJEIT market rate

With priority as follows •Serving  population  ≤  500  •Serving population   501 to 3,300 •Serving population   3,301 to 10,000

Small System Loans

In FFY 2016, the NJDEP will also provide VSWS 

or SWS loans to larger (> 10,000 statewide) 

more viable water systems which are willing to 

take ownership of small water systems in the 

calendar year 2015 or later, and make needed 

capital improvements.

Therefore, the larger water systems would be 

eligible for the same enhanced loan terms as 

the otherwise eligible small water system.

Restrictions to VSWS and SWS Loan Program

Limit of $500,000 principal forgiveness for any  individual water system in any three year funding  cycle.

VSWS and SWS loans are unavailable to private and  public utilities who serve >10,000 persons statewide,  except these larger systems can utilize the VSWS and  WSWS to make infrastructure improvements to small  water systems that they have recently acquired  (since 2015)  Principal Forgiveness for Municipally Owned Systems  for Treatment of a Primary Contaminant

Municipally owned systems needing treatment for a primary  contaminant, as follows:

20% of total project costs (up to $2M) will be awarded  as principal forgiveness loans

$40% of total projects costs (up to $4M) will be  awarded as zero interest loans from NJDEP •40% of total projects costs (up to $4M0 will be  awarded as a loan at market rate from the Trust

If total project cost is more than $10M, balance greater than  $10M will be 75% zero interest from NJDEP and 25% market  rate from Trust

Readiness to Proceed

Proposing to grant priority status to DWSRF  ranked projects that are ready to proceed based  on the date of project approval. 

A listing of active projects and key milestone  dates with target dates or actual completion  dates for all active drinking water projects on the  DEP website and the NJEIT website will be posted  quarterly.

Strong incentive for applicants to submit  necessary application related documents and  secure approvals as soon as possible.
(17)

How Readiness to Proceed affects PF

Projected amounts of principal forgiveness funds  must be less than 30% of the capitalization grant. 

For the FFY 2016 fiscal year, principal forgiveness  money will be allocated in priority order to: 1. Very Small Systems 2. Small Systems 3. Municipal systems with a primary contaminant issue –Any unused principal forgiveness funds not used in a  calendar year will be transferred to the next calendar year.

Equipment Loans

• Proposing to reserve up to $1M for equipment  purchases.   • For the purposes of the equipment purchase reserve,  equipment is limited to portable generators and  other equipment where construction services (such  as the installation of a pad to support a generator)  are not needed to effectuate the project.

Questions?

References

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