The document presents an energy and water-saving technology that enhances the efficiency of water-fed equipment across various sectors, including industrial, commercial, and residential. It highlights the significant impact of water quality on energy consumption and outlines various conservation opportunities, emphasizing the importance of integrating energy-efficient measures into management practices. The presentation encourages the adoption of non-chemical, environmentally friendly fluid treatment technology to optimize performance and reduce operational costs.

1. ENERGY EFFICIENCY
TECHNOLOGY FOR FLUID
ENVIRONMENTS
By Deborah Garfinkel,VP,TWT
08/09/14 1
Original Content Copyright © 2002 Triangular Wave Technologies, Inc. &
Deborah Garfinkel. All rights reserved. Use without prior written permission
strictly forbidden.

2. INTRODUCTION
 This presentation is designed to communicate the
concepts of an energy and water-saving technology.
 This technology forms the foundation of a class of
equipment that, due to the important efficiencies it
provides, should play a significant role at the vanguard of
energy management programs and activities.
 The goal is to impress upon those working in the field
the value of making these concepts a part of the
everyday considerations that make up energy
management initiatives and programs.
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3. TOPICS OF DISCUSSION
 Water quality has a direct effect on the energy
consumption and efficiency of all industrial, commercial, and
residential water-fed equipment
 Energy-Efficient equipment and appliances allow improved
outcomes
 Energy-Efficiency devices and systems take a very important
next step in obtaining best results and should be part of
Best Practices
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4. WATER QUALITY HAS A DIRECT EFFECT
ON …
THE ENERGY CONSUMPTION AND EFFICIENCY
OF ALLWATER-FED EQUIPMENT
 Example: Boiler & cooling tower blowdown optimization
 Savings and payback period demonstrate reduced
consumption and increased operating efficiency
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5. 08/09/14 5
Potential Conservation Opportunities*
Total Annual Savings ($) Payback
Conservation Number of Initial Direct Direct Indirect Period* (yrs)
Method Installations Cost ($) Water Energy Energy *Includes Direct Energy Only
Installation of ULF toilets and 13 $4,825 $1,396 -$2 $18 3.46
WATERLESS urinals
Installation of automatic faucets 10 $3,300 $388 $6,435 $24 0.48
Installation of faucet aerators 3 $39 $42 $689 $3 0.05
Low Flow showerhead 1 $31 $36 $101 $3 0.23
Boiler blowdown optimization 1 $0 $26 $7,211 $22 0.00
Efficient dishwashers 1 $0 $0 $0 $0 #N/A
Efficient washing machines 0 $0 $0 $0 $0 #N/A
Landscape irrigation optimization #N/A $12 $23 $0 $0 Annual
Total (excl. Landscape) $8,195 $1,888 $14,435 $70 0.50
• Nine potential water and energy conservation opportunities for facilities, identified by
the U.S. DOE
• Boiler blowdown optimization alone can account for as much as 50% of the potential
energy savings
• Since these efficiencies are specifically obtained by means of water treatment, this
measure provides significant evidence of the impact of water quality on energy
consumption
*Provided by Federal Energy Management Program, U.S. Dept. of Energy

6. PAYBACK PERIODS
Including only direct energy and water savings, the payback on the
boiler blowdown optimization far exceeds the payback on any other
measure
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Payback Periods and Net Worth of Each WCM
Including only Direct Energy and Water Savings*
-15,000
-10,000
-5,000
0
5,000
10,000
15,000
20,000
25,000
30,000
35,000
0 1 1 2 2 3 3 4 4 5
Year
WCMNetWorth($)
Toilets/Urinals
Faucets
Showers
Boilers
Dishwashers
Washing Machines
Landscapes
Total
*Provided by the Federal Energy Management Program, U.S. Dept. of Energy

7. ENERGY-EFFICIENT EQUIPMENT
 EnergyStar and other efficiency and improvement programs
raise consciousness, achieve positive results
 Rebates and subsidies encourage their use
 But …operating efficiency will still diminish based on water
quality conditions
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8. ENERGY-EFFICIENCY DEVICES & SYSTEMS
 A class of fluid treatment equipment that takes water and
energy conservation to the next level
 Non-chemical, environmentally friendly technology
 Easily retrofitted to existing equipment, easily installed with
new equipment to maintain and improve operating
efficiency
 Helps keep equipment operating to rated levels and
maintain compliance
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9. REAL LIFE
 U.S. Department of Energy:Thickness of scale
accumulation increases energy consumption
by:
 1/32” = 8.5% increase
 1/16” = 12.4% increase
 1/8” = 25.0% increase
 1/4” = 40.0% increase !!
 In energy-intensive industries, the impact can
be significant, easily affecting the bottom line
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10. ENERGY INTENSIVE INDUSTRIES
Some examples:
 Agriculture
 Glass Manufacturing
 Metal Foundries
 Brewing
 Sugar Production
 Food & Drink Canning
 Grain Mill
 Others
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11. APPLIED BENEFITS OF TRIANGULAR
WAVE TECHNOLOGY
 Non-chemical scale reduction and control allows treatment without
creating a new set of problems
 Triangular waveform guarantees effective signal penetration where
other waveforms cannot
 Reduced biofilm, therefore reduced bacteria growth & corrosion
 Improved heat transfer efficiency
 Reduced energy & water consumption
 Extended capital equipment lifecycle, investments protected
 Reduced maintenance, labor
 Reduced operating costs
 Achieves a clean, scale & biofilm-free fluid delivery environment
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12. COMBINED BENEFITS OF ENERGY-
EFFICIENT AND ENERGY EFFICIENCY
SYSTEMS
Best Practices, Best Results . . .
 Install triangular waveform deposit control technology with:
 Existing equipment – retrofit
 Extends equipment lifecycle
 Reduces energy and water waste
 Improves performance
 Replacement EnergyStar or other energy-efficient equipment
 Maintains its ability to meet its EER
 Extends its lifecycle
 Reduces energy and water waste
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