hvac descaling with innovative technology. electrolife

HVAC Descalingwith

Innovative Technology

ElectroElectroLifeLife

ElectroElectroLifeLife FOR SCALE, RUST REMOVAL AND ENERGY SAVINGS

Eliminates scaling in 3 months or less

Prevents scaling Decreases electrical cost Installs quickly and easily

ElectroElectroLifeLife SCALING REMOVAL

ElectroLife saves you money by:Removing scaling and rust in

your HVAC cooling systemPreventing new scaling and

rust from occurringReducing your electric

consumptionReducing your dependency

for expensive additives or chemicals

Optimizing your cooling efficiency

2 weeks

2 months

ElectroLife Efficiency Improvement Data

0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1

percentage of blockage

decreased s

tate o

f heat c

onductio

n

steel pipes copper pipes

steel pipes 1 0.5 0.25 0.14 0.11 0.091

copper pipes 1 0.056 0.027 0.018 0.013 0.011

0 5 10 15 20 25

ElectroElectroLifeLife EFFICIENCY IMPROVEMENT DATA

* This graph shows the percentage of calcium carbonate scales in a 10mm steel and copper pipes and the decrease in the heat conduction when the pipes are blocked

LEVEL OF BLOCKAGE

RESULTANT

POWER LOSS

ANNUAL LOSS

IN DOLLARS

ANNUAL CO2

CONVERSION

PIPE #100A WITH 58%BLOCKAGE 3.1 KW $49,100.00 118 TON/YR

PIPE #125A WITH 73% BLOCKAGE 3.4 KW $53,860.00 130 TON/YR

The cost of energy loss when scaling is present

* The specifications of the circulation pipe was 100 meters in length, water circulating over 220 days per year at 8 hours per day with a KWH of electricity costing $0.15

ElectroElectroLifeLife COST OF ENERGY LOSS

ElectroElectroLifeLife ANNUAL COST vs. CONVENTIONAL PROCESSES

TREATMENT METHOD

ANNUAL TREATMENTMETHOD COST

SCALE REMOVAL CALCIUM-

MAGNESIUM

RUST

PREVENTION

LOWERING

MICROBIAL LOAD

SILICA REMOVAL

ELECTROLIFE PROCESS

-Total expenditure per year =

$2,135

-Electricity charge =

$135/yr-Electrode wear =

$2,000

EXCELLENT EXCELLENT *GOOD EXCELLENT

CHEMICAL

TREATMENT


$12,996

-Monthly expense =

$1083

GOODGOOD / NON EFFECTIVE

EXCELLENT NON EFFECTIVE

ELECTROMAGNETIC

PROCESS


$7,280


$140/wk

SEMI EFFECTIVE NON EFFECTIVE NON EFFECTIVE SEMI EFFECTIVE

MAGNETIC

PROCESS


$0

-Electrical power consumption =

$0

SEMI EFFECTIVE NON EFFECTIVE NON EFFECTIVE SEMI EFFECTIVE

ION EXCHANGE

PROCESS


$9,440


$30/yr-Electrolyte (salt) charge =

$550-Resin consumption charge =

$600

EXCELLENT NON EFFECTIVE NON EFFECTIVE NON EFFECTIVE

LOW CURRENT AC

ELECTROLYSIS

PROCESS


$4,400


$140/yr-Electrode wear =

$600

GOOD SEMI EFFECTIVE SEMI EFFECTIVE SEMI EFFECTIVE

35% Blockage 12% Blockage 10% Blockage 13% Blockage* 3% Blockage PRIOR TO ELECTROLIFE

This progression shows how the scaling has been reduced after exposure to the ElectroLife process.

These measurements were taken at Suzuki Building A.

Sep. 5, 2007 Oct. 4, 2007Sep. 19, 2007 Oct. 22, 2007 Nov. 1, 2007

ElectroElectroLifeLife X-RAY MEASUREMENTS OF SCALING

Jan. 8, 2008 Feb. 21, 2008 Mar. 7, 2008 Mar. 28, 2008 May 19,2008


35% Blockage 12% Blockage 10% Blockage 13% Blockage* 3% Blockage PRIOR TO ELECTROLIFE

This progression shows how the scaling has been reduced after exposure to the ElectroLife process.

These measurements were taken at Suzuki Building B.

26% Blockage 20% Blockage 15% Blockage 12% Blockage 9% Blockage

PRIOR TO ELECTROLIFE

Chemical treatment was terminated at the start of the ElectroLife process

Improvement made from a 26% blockage to a 9% blockage over a four month period

These measurements were taken at Suzuki Building C.

Feb. 14, 2008 Mar. 13, 2008 Apr. 23, 2008 Jun. 19, 2008May 15,2008


45% Blockage 43% Blockage 21% Blockage

PRIOR TO ELECTROLIFE 34% Blockage 33% Blockage 9% Blockage

PRIOR TO ELECTROLIFE

Chemical treatments were used for approximately 10 years prior to the ElectroLife process

These measurements were taken at Suzuki Building D.

PIPE A

PIPE B

Apr. 25, 2008

Apr. 25, 2008

May 8,2008

May 8,2008

Jun. 29, 2008

Jun. 29, 2008


16

11

1312

11

13

0.10 0.10 0.10 0.10.17

0.27

0.01 0.01 0.01 0.01 0.01

1.21

0

2

46

8

10

1214

16

18

04.12.13 05.4.18 05.5.16 05.6.30 05.8.25 05.9.21

設置前設置後停止後

Extraction day

Chl

orid

e Io

n /

（ｍｇｌ）

0

0.2

0.4

0.6

0.8

1

1.2

1.4

Iron

Cop

per

/、

（ｍｇｌ）

塩化物イオン鉄銅

Chloride IonIronCopper

Before After

Reduction of Iron and Copper ions

ElectroElectroLifeLife ANTI RUSTING EFFECT

Rust level reduced over a 2 month period

ElectroElectroLifeLife ENKEI WHEEL

Enkei Wheel Assembles after-market alloy wheels Needs focused on ensuring effective cooling is applied to the aluminum alloy Under a normal cooling application the entrance to the waterways for the

outer moldings have scale blockage occurring during every 2-weeks of use ElectroLife decreased blockage occurrence from a 2-week period to an 8-

week period As a direct result of this plant management noticed a 75% decrease in their

Quality Control rejection rate

The direct valuation of the reduction rejection rate equates to$800k savings per year per factory

ElectroElectroLifeLife YAMAHA BOATING

Yamaha Boating Manufactures ocean-going boats Needed to prevent temperature buildup in the operating oil for the fiberglass

presses Each time the oil heated above the tolerant temperature it needed replacing

which cost $10,000-$20,000 per replacement ElectroLife is currently providing a scale free environment As a direct result of this there has not been a reported failure in the

overheating of the operating oil

The direct valuation of the overheated oil equates to $80k-$160k in oil savings alone per year per factory

ElectroElectroLifeLife METHOD OF INSTALLATION

15

オイルクーラー

屋外工場内

PP排水P

T

冷却水(復) 冷却水(往)

クーリングタワー

制御盤

側溝

G. L

出水入水

循環水送水ポンプ

電源100V

Eエレクトロライフ

INTERIOR OF FACTORY OUTSIDE

POWER SUPPLY

COOLING TOWER

DRAIN..

OUT

I N

LIFEELECTRO

CIRCULATION COOLING WATER RETURN

CIRCULATION COOLING WATER OUT

SUPPLY PUMP FOR CIRCULATION COOLING WATER

OIL COOLER

CONTROL BOARD

E

1170

730 350

690

DESCRIPTION: A single cabinet device.

Cabinet made of framing enclosed in fiberglass.

Unit to sit on firm footing such as concrete.

Cabinet equipped with a front door which covers the inner components.

Visible LED control panel located at top portion of the device.

DIMENSIONS: D=350mm (14”), W=700mm (28”), H=1170mm (47”)

WEIGHT: 40 kg (88lbs)

WATER PRESSURE: Below 0.04 Mpa (0.4 Kg f/cm2 ~ 0.2 Mpa (2.0 kgf/cm2)

The pressure resistance of the electrolysis vessel of 0.2 Mpa

(2.0 kgf/cm2)

INPUT POWER SOURCE:

Single phase AC 100V~240V, 50/60Hz

MAXIMUM POWER

CONSUMPTION

800W (Main Frame Maximum of 600W)

WATER TREATMENT

METHOD:

Electrolysis. (Maximum of 10A, Preset Arbitrary Electrical Current) Once scaling is removed 10A is reduced to 5 A.

MAXIMUM FLOW: 25 liters (6.6 gallons) per minute

ELECTROLYSIS VESSEL

SYSTEM:

Continuous flow

LIFE DURATION OF

ELECTRODE:

Approximately 2 years

Life duration is dependent on the quality of water.

WATER SUPPLY,

FLUSH, DRAINAGE

PIPE RADIUS:

Water supply = 1/2B Hose Nipple,

Flush & Drainage = 3/4B Hose Nipple

ElectroElectroLifeLife SPECIFICATIONS

Individual Unit CostMSRP $30,000

Currently selling in Japan for $33,000 per unit

Training1st class free for 10 students

(plus expenses)Havtech can resell onsite/offsite

certification classes

ConsumablesReplacement electrodes =

MSRP $4,000Replacement parts = TBD

ElectroElectroLifeLife HAVTECH PRICING

Howard [email protected]: 860.672.6712c: 860.508.2420

Richard BrownPrincipal

[email protected]

o: 703.444.4318c: 703.915.7978

hvac descaling with innovative technology. electrolife

Documents