hps product prospectus: a nextgen nanotech liquid window coating providing unheard of energy...

eTime Energy Inc. 1

HPS: Heat Preservation Series

Product Prospectuspro·spec·tusn.1. A formal summary of a proposed venture or project.2. A document describing the chief features of something, such as a business relationship, an educational program, for

prospective buyers, investors, or participants.

.

01/31/12

eTime Energy Inc. 2

The Company Canadian based sustainable solutions

provider

Focused on providing high performance products and technologies that provide economic and environmental benefits

Hold world-wide patent rights on our Heat Preservation Series [HPS] developed line of coatings

Heat Preservation Series of coatings is manufactured using ground breaking nanotechnology

Currently securing manufacturing rights for North America

Mission Statement“eTime Energy is a CleanTech organization focused on providing companies with the right green technologies that make significant progress towards cutting down carbon emissions and conserving energy”

eTime Energy Inc. 3

The ProblemToo much Solar Light Spectrumresults in:

Infrared Excessive heat results in increased energy

consumption, uncomfortable spaces

Visible Light Distracting glare, uncomfortable seating

Ultra Violet Light Damages room contents

eTime Energy Inc. 4

The Problem… at work

Hot, glaring and work debilitating sun

eTime Energy Inc. 5

The Problem… at rest

Penetrating, piercing and sweat inducing sun

eTime Energy Inc. 6

The Problem… at home“And what were these people thinking?”

Uncomfortable, hot and annoying sun

eTime Energy Inc. 7

The IGU Solution

Films, exterior and interior shutters, blinds, curtains, venetians, shades and an assortment of IGU’s

eTime Energy Inc. 8

The Result

Depressed and needing more lumens!

eTime Energy Inc. 9

The Nano Revolution Nano Molecules

Nano Fibers

How small you ask?A nano molecule is 1/100,000th of the width of a human hair and is being used in medicine and manufacturing – and everything in between.

eTime Energy Inc. 10

The Nano Coatings MarketThe nano coatings market is estimated to be worth over $14 billion by 2015

The nano coatings market is estimated to be worth over $14 billion by 2015

The nano coatings market is the fastest growing nano-based market with an annual growth rate of 39% between 2010 and 2015

The nano coatings market is the fastest growing nano-based market with an annual growth rate of 39% between 2010 and 2015

This explosive growth is caused by discoveries which, at the nano level, create new, unthought-of possibilities

This explosive growth is caused by discoveries which, at the nano level, create new, unthought-of possibilities


The eTime SolutionA Liquid Nano Coating HPS HeatShield

A clear liquid window treatment Interior retrofit installation For glass and polycarbonates Lowers temperatures up to 20°C Reduces heating and cooling costs 20-40% No need for additional lighting Saves landfills Spectrally selective: + 70% Tv Customizable tint Immediate benefit ROI as fast as 2 years 15 year warranty


The Competition*3,000

SF/TorontoLiquid Nano Coating

eTime: HeatShieldLow-E IGU

Pilkington: StandardWindow Films

3M: Spectrally SelectivePer SF installed* $10 $75 $10

Visual PresenceBecomes a part of the window’s molecular

structure; unnoticeable

Applied during the manufacturing process in an

oxidized environment.

Alien material to the window. Dark, distortion, easily

damaged, tough to cleanOptical

Distortion No No Yes

Install Process Window coating performed by licensed applicators

At the new construction stage or by removing existing window

Window film installation contractors or a user guide

SHGC 0.33 - 0.75 / customizable 0.41 - 0.74 / depending 0.35 - 0.75 / depending

Tv 0.58 - 0.80 / customizable 0.55 - 0.76 / depending 0.30 - 0.75 / dependingUV Blockage 99.70% up to 99.5% 99.70%

Warranty 15 years 10 years +/- 5 years +/-

Removable Yes No YesThickness on

window 8 - 15 microns 8 - 15 microns 1 - 8 mm

Issues Fail; Landfill; disruptive install Bubbles; shrinks; cracks; peels


The Other eTime ProductsHPS ThermalCoat Acrylic water based wall paint Reflects heat, reduces heat transfer Super adhesion to drywall, wood,

concrete, metal and plastic Next best upgrade to building insulation

HPS EnviroClear In testing Market leading slip and shear Allows glass to repel water Dozens of applications

HPS WearEver In testing Indestructible floor coatings Heat reflecting furnace paints Flexible polymer, reflective roof toppings


The CertificationsBodycote Labs

Toxin reports, VOC contents Spectrum report

OnSpex Labs (CSA)DurabilityLongevity

GeoScience LabsSHGC, Tv, UV blockage Glass breakage

US Department of EnergyLBNL, NRELORNL


The Customers Jack Astor’s Tim Hortons Dunkin’ Donuts Hamilton Health Sciences CAM-H Oxford Properties PostMedia Chez Cora’s The Ontario Realty Corporation Cadillac Fairview City of Mississauga City of Pickering City of Kingston Tridel


More Customers Markham Stouffville Hospital City Of Brampton Menkes Properties Crown Property Management Infrastructure Ontario Metro Toronto Convention Centre Scotia Bank Fainer Holdings INC. Jones Lang LaSalle SNC Lavalin Via Rail Staples Broan Nu-tone Hilton Garden Inn’s


And even more Customers George Brown College Fanshawe College Humber College University Of Toronto Queens University Bentall Kennedy Colliers International Cushman & Wakefield Eaton Hotels Conseil Scolaire de District du Centre Toronto District School Board Toronto Catholic District School Board Hamilton Wentworth District School

Board


Some Accolades“Since the install July 1st we have been able to leave the blinds up all day and let light into the rest of the restaurant.Previously, clients were hesitant to sit near the window due to the glare and the heat in the area. They currently ask to be seated up front. The staff have remarked that it is more comfortable working at this station. This seating area represents 32 seats.”Mike McCarthy, Cora Queensway

“The installation was completed after hours, was non intrusive, and did not disrupt normal office operations. Congratulations to the eTime installation team. Further, after coating was completed, comfort levels have increased for those using the meeting room during hot sunny days.”Gavin Maher, MES, LEED ®AP, Ontario Realty Corporation

“Complaints have stopped coming in from the school, and everyone there is happy with the installation and product effect.”Agnese De Fazio, Project Supervisor, Hamilton-WentworthDistrict School Board

“One month ago eTime Energy installed their HPS HeatShield transparent glass coating onto our south facing windows. Typically the blinds were always down on these windows because heat transfer and glare was a problem for those working near the windows. After the windows were coated staff were able to raise blinds and enjoy the outside view because the coating reduced heat transfer and glare into the offices. We are happy with the benefits provided by the coating.”Peter Pesce, Reunion Island

“If not for fact that I personally witnessed the heat shielding properties of the HPS coating first hand, I would have been skeptical in reading any claim stating that 20 – 40% heating and cooling energy savings could be achieved using this product. But our test data clearly shows that this is indeed thecase as evidenced during the hot and humid days of late summer when the HPS treated glass surfaces reduced the inside temperature of the test box by an average of 12°C. This alone translates into a 35% reduction in the amount of cooling energy that would have otherwise been required if the glass was not coated.”Leo Salemi, Professor, Centre for Construction and Engineering Technologies, George Brown College

http://www.eTimeEnergy.com/Article-PRWeb-Behr-062911.pdf


The Application


The HPS SynopsisReasons to use HPS Retrofit application Blocks 40-60% more IR than other

method available today Blocks 99.7 UV Spectrally selective allowing more

light through than any other product available

15 Year warranty is the longest in industry

2-3 year ROI; and keeps on giving for the natural lifespan of the IGU

No optical distortion Green CleanTech product Save landfills No glare; no sweat; no worries

How to make money with HPS Save 20-40% on heating and cooling

costs year round Save 15-20% on electrical bill Recapture building view value Sell space at more affordable rates Offer premium space for premium $’s More productive staff Less lighting requirements Less load on HVAC systems Non disruptive install means no

disruption of ongoing business


Thank you!We appreciate your interest and the time taken to understand ourgroundbreaking HPS nanotech products.

Our entire Team looks forward to supporting you and your organization!

Sincerely,eTime Energy Inc.

Ray BakkerChief Marketing Officerwww.eTimeEnergy.com

11/30/11


The HeatShield Pitch

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Make your existing windows energy efficient without replacing them!

HPS HeatShield – Transparent Glass Coating for Windows

• For use in interior retrofit applications• Effective on glass and polycarbonate• Eliminates excessive heat gain in summer• Eliminates excessive cold gain in winter•• Reduces solar glare • Blocks up to 99.7% harmful ultraviolet radiation

• Increases comfort levels and productivity • Saves energy and money on heating and cooling costs• Not a film• No cracking, shrinking, fading, peeling, or image distortion • Blocks 85% of infrared radiation •• Still allows 75% of visible light in• Coating molecularly bonds to existing windows • Engineered using nanotechnology• 15 year written warranty

Licensed and Insured applicators will supply and install coating after hours with no disruption to your operation.

www.etimeenergy.com

ATTENTION: Building Owners and Property Managers

INSTALLATION:

WEB

8888 Keele, Vaughan, Ontario

www.etimeenergy.com

eTime Energy – Energy Saving Case Study

www.etimeenergy.com 2

eTime Energy

Saving Energy Year Round

eTime Energy completed the installation of the HPS-G transparent window coating in May of 2009 on a Jack Astor’s Restaurant in Toronto, Canada for SIR Corporation. The goal of this case study was to provide evidence that the installation of the HPS-G coating will directly cause a decrease in the usage of air-conditioning and heating throughout the summer and winter months. A careful comparison of hydro and natural gas usages over a 3-year span was used to determine the impact of the HPS-G coating. Degree-days were used to equate temperature differences from year to year.

The Installation The total application process took 4 nights and did not interfere with the operations of this busy restaurant, as all work was completed afterhours. The non-toxic, water based nature of HPS-G allows for a safe and healthy installation.

Objective

The objective of this case study is to prove the energy saving capabilities of the HPS-G window coating. An estimated 20-40% reduction in air conditioning and heating is expected.

The Method of Verification

In order to accurately locate energy savings, eTime uses standard engineering methods of verification including the degree-day calculation. This formula equates temperatures, eliminating thermostat variance over the sample period (3 years).

∗ Energy savings are calculated by finding the kWh or m3 per degree day (therefore factoring in the difference between temperatures of 2009, 2010 and 2011)

∗ Example:

∗ kWh per degree day in month X ‘Year A =

∗ “kWh for month X ’Year A” divided by “CDD’s (cooling degree days) for month X ‘Year A”

∗ A base load of 7,943 m3 (taken from summer gas usage) was used to estimate the gas powered equipment except for heating and a cooling base load of 45,000 kWh was used to factor out all non AC related electrical equipment


eTime Energy

The Results

Summer 2010 – Average Savings: 32.5%

> JULY 2010: a 30% reduction in AC use was recorded > AUGUST 2010: a 35% reduction in AC use was recorded

Winter Starting 2010 – Average Savings: 33%

> DECEMBER 2010: a 34% reduction in heating use was recorded > JANUARY 2011: a 37.5% reduction in heating use was recorded > FEBRUARY 2011: a 27% reduction in heating use was recorded

eTime Energy was therefore able to reduce the AC and heating requirement of this

building by 33%

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eTime Energy

Summary

By reducing the heating and cooling loads by an average of 33%, eTime Energy has benefited this building both financially and ecologically, resulting in lower energy costs and carbon emissions. Comfort levels were also increased as costumer and staff complaints were eliminated. The HPS-G window coating reduced the amount of glare entering the restaurant allowing for a better TV visual display in the bar area.

Testimonial

“The HPS-G coating has created a much more comfortable environment for both customers

and staff. Our energy use has been reduced dramatically both in the summer and winter

while the reduction in glare allows us to gain the benefit of natural light while running

over ten TV units. The installation was great and we are very happy with this product.”

- Mark McLaughlin, General Manager

HPS – G Benefits:

> 20 – 40% reduction in heating and cooling > Increased comfort levels > Reduced glare > Increased natural lighting > Non-intrusive installation > Reduced UV transmittance

Engineering Support

This case study has been reviewed and verified by JD Hubbert & Associates.

“We have reviewed the calculations and the test results and found that the

savings from the window coating does substantially reduce air conditioning and

heating power needed. Since the orientation of the glass has a considerable effect

on the loads, the savings would be substantial where the glazed areas are large

and facing west or north west.”

Building Envelope Radiant Energy Solutions

In This Issue

Did You Know?

eTIPS

On The Lookout

Quick Links

eTime Energy Web Site Articles Case Studies Gallery Test Reports

Dear Ray,

If you're in the market for window film, you probably manage a building that's overheating from too much solar energy entering windows. According to a leading energy commission, 30% of a structure's cooling requirements are due to solar energy entering through glass. But the use of conventional tinted and reflective heat-blocking window films can actually increase air conditioning and lighting costs and, in the case of commercial properties, decrease employee productivity due to increased, not decreased, temperatures. >>> Review Chief Engineer report

Did You Know?

Popularized in the 1980's 'nanotechnology' was about building machines such as motors, .robot arms, and even whole computers, on the scale of molecules just a few nanometers wide, far

smaller than a cell. As it became an accepted concept, the meaning of the word shifted to be defined to include anything as large as a whopping 100 nanometers, but they had also had to have novel properties of course. By comparison, the thinnest of human hairs is 50,000-100,000 nanometers thick ...it should only feel so thick! But I digress. So, while HPS HeatShield's 8 micron coating (1/10th of a human hair) can be considered an iceberg, relatively speaking, we nonetheless proudly wear the 'nano' badge with honour, knowing we are the first, the best, and leading our nanocoatings class!

eTIPS

"Look, on the window! Is it a film? Is it a shutter? NO - it's HPS HeatShield!

Page 1 of 3The eTimer; Building Envelope Radiant Energy Solutions

3/7/2012https://ui.constantcontact.com/visualeditor/visual_editor_preview.jsp?agent.uid=110935345...

Click Here To View

HPS is a film-free technology that frees you from spoiled views and darkened rooms forever! It lets in the light - but NOT the heat. It abates up to

85% of radiant energy while allowing up to 76% of visible light to cascade in! No more cracking, peeling, fading, yellowing of alien window films. Instead, behold a spectrally selective clear coating, with no visual distortion, that lasts as long as your window does. And it save 20 - 40% off your HVAC energy costs. >>> Read more

Become an eTimer

eTime is now looking for Dealers and Agent Reps North America-wide. If you, or someone you know, is interested or involved in any of the following business sectors, now is the opportune time to contact us to discuss representation opportunities. Building Owners - Educational Institutions - Electrical Utilities Energy Saving Companies - Film Distributors - Health Facilities - HVAC Suppliers - Office Buildings - Older Buildings - Property Managers - Restaurants - Retail Space South Facing Properties - Window Manufacturers Take our 1 question poll. See answers in our next eTimer Report. What is your main Solar Spectrum Issue at your place of work or home? Solar Spectrum Issue

A Message From the Editor

In this busy world, time is our enemy! We don't have enough of it, yet people still demand more. The best we can hope to do, is to use it most wisely. Which brings me to my point. We hope to make yourexperience meaningful, and in some way help you to reclaim some time. How? Through effective and relevant educational messaging though the eTimer. Email us any newsworthy articles you would like reviewed and posted. We hope to create a meaningful relationship through this communiqué. Sincerely,eTime Energy Inc.

Ray Bakker Chief Marketing Officer Direct: 877 [email protected]



Save 10%

If you are quoting on a current job where radiant energy, ultra violet or visible light is an issue, now's your chance to lock in some savings. Please contact our office prior to the expiration date noted below to request an estimate for your project. Please feel free to forward this coupon to others who may require this benefit. We will also then bank a 5% savings for you on any future opportunity you sign on.

Savings Offer Expires: May 31, 2012

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eTime Energy Inc. | 12-8888 Keele Street | Vaughan | Ontario | L4K 2N2 | Canada



http://chiefengineer.org/?p=1586#comment-4995

What Most Window Film Manufacturers Won’t Tell You – And Why If you’re in the market for window film, you probably manage a building that’s

overheating from too much solar energy entering windows. According to the California

Energy Commission, 30% of a structure’s cooling requirements are due to solar energy

entering through glass.

It doesn’t take a rocket scientist to figure out that the best place to stop that heat and

reduce air conditioning costs accordingly, is at the window. Given that reality, the

message to building managers is that window film is primarily for solar heat control. Only

the true uninitiated think of window film as a product to insulate against heat loss in

winter, though most solar heat control films also provide a modest enhancement to

overall building insulation.

So far, so good. But if you’re a building manager with an overheating problem and think

the best window film you can buy is the film that blocks the most heat, you are on the

verge of making a big mistake, a mistake that can cost you money. The use of

conventional tinted and reflective heat‐blocking window films can increase air

conditioning and lighting costs and, in the case of commercial properties, decrease

employee productivity due to increased, not decreased, temperatures. An additional

cost from the use of such tinted and reflective conventional films is the change they cause

in the external appearance of windows which can have a negative impact on property

values.

All this from a heat‐blocking window film? Absolutely, but how?

While most window film manufacturers talk about their tinted and reflective films’ ability

to block heat, they seldom confess that their films also block light. In some cases, highly

reflective window films with metalized heat‐reflective coatings also block as much as

85% of the visible light outside from entering the inside of a building.

Yes, many conventional tinted and reflective window films do successfully block

unwanted solar energy, (though a surprising number aren’t so great at that either), but

because they also block desirable visible light, the result is a building in which natural

levels of light are permanently excluded. In addition, conventional window films lessen

the transparency and change the appearance (often by adding color) to existing glass. In

commercial properties especially, the consequent darkened interiors require increased

lighting which not only adds cost but as a generator of heat, often results in more, not

less, use of air conditioning, defeating the cost‐saving benefit of applied window film in

the first place.


Experience suggests that employees spending eight or more hours in unnaturally dark

spaces feel less energized, often suffer more illness, take more sick days and are less

productive than their counterparts in naturally illuminated environments.

What’s a building manager to do?

Obviously, we could eliminate the problem of solar overheating, as well as better insulate

buildings, if we got rid of windows entirely. Think of how much less costly structures

would be to build and operate if the amount of external glass was significantly reduced or

eliminated.

Before you wonder what such buildings might be like, the evidence is already in from the

experience of building and using windowless schools and other structures constructed

during the first great energy crisis of the 1970s. To put it bluntly, building occupants did

not like working with few or no windows. Student’s grades decreased and their attitudes

were less than positive.

It is important to note why people like windows. Few of us are lucky enough to have

great views of the ocean or mountains through our windows but all of us appreciate,

desire (and need) natural light as the primary source of internal illumination.

What does that leave us? On the one hand, building occupants desire and need windows

for all important natural light and a connection with the outside environment; on the

other hand, even a small amount of glass on the south or west side of a building can result

in uncomfortable overheating and increased air conditioning and other costs.

If many conventional tinted and reflective window films can successfully block undesirable

heat, why can’t they simultaneously transmit desirable levels of light? Well, from the

point of view of a window film manufacturer, that’s the tricky part of making window film.

While it is relatively easy to make tinted and reflective film that blocks heat, it is another

thing entirely to produce what is called spectrally selective window film, capable of

blocking undesirable heat while simultaneously transmitting desirable light.

The good news is that at least one spectrally selective window film is available and for

years has been successfully installed on windows and fixed glass in commercial properties.

The bad news for building managers in the market for window film, is that several

manufacturers call their film spectrally selective when it is only marginally so.

The definitive test is, how much visible light does a film transmit? The ideal

film would be totally clear yet able to significantly block unwanted solar heat

and reduce glare. A true spectrally selective film (coating) transmits at least 70% of

visible light. Most calling themselves spectrally selective actually transmit

no more than 58%. Such films when installed on a window become visible to the naked


eye. If a window film looks tinted and not clear it is not optimally selective in the all‐

important category of visible light transmission.

When faced with a choice between a tinted or reflective film that blocks more heat and a

spectrally selective film that blocks less heat but transmits more light, the smart money is

on the spectrally selective film (coatings).

Case in point, the Los Angeles Department of Water and Power’s (LADWP) rebate

program for window film is based on a film’s luminous efficiency constant, which is a

measurement of its ability to simultaneously block heat and transmit light. While a very

reflective film that blocks more heat than a spectrally selective film earns a 55 cent per

square foot rebate from LADWP, a spectrally selective film that blocks less heat but lets

in more light receives a higher rebate of 85 cents per square foot. Only spectrally

selective films with luminous efficiency over 1.0 receive the higher rebate. (See table)

Type of glass or applied film

% of daylight through glass

% of solar energy through glass

Shading coefficient*

Luminous efficacy constant**

% of visible light reflectance interior/exterior

1/4" clear glass 89 77 0.96 0.93 7 / 7 1/4" clear glass with tinted film 37 64 0.74 0.50 6 / 6 1/4" clear glass with reflective film 37 44 0.51 0.73 18 / 28

Less expensive conventional window films have a shorter payback compared to more

expensive spectrally selective films. However, when you add on the cost of extra

energy used for lighting and air conditioning operation due to conventional films

inability to transmit sufficient visible light, the payback for conventional film and

spectrally selective film becomes comparable.

Given rising electricity and natural gas rates, the rate of payback for spectrally selective

film is always improving – averaging about four years. Factor in the issues of occupant

morale, employee productivity and building appearance and it’s clear that spectrally

selective window film is the preferred choice.

END ARTICLE


UPDATE BY ETIME ENERGY

The article above is factual and accurate in its discussion of FILM coatings. These

coatings, while the ‘go‐to’ solution until now, have drawbacks beyond what was

mentioned above. They also have wear issues, visual concerns such as optical distortion,

and can be considered a fire hazard, among other concerns.

The article above was written without the working knowledge of ground breaking

LIQUID NANO technologies that are upon us – and available to you – at this very

moment.

Please take an additional moment to update yourself on an amazing solar heat gain

solution by ETime Energy Inc.

As the article above notes, LADWP offers a higher rebate for spectrally selective film

EVEN THOUGH it blocks less solar heat. In large part because it allows more visible light

through, which from a ‘comfort’ perspective, is highly desirable.

Imagine for a moment a product that works on the entire solar spectrum. A spectrally

selective product that allows over 70% visibility, blocks radiant heat more effectively

than any film with the same Tv rating, and, blocks up to 99.7% UV rays.

Imagine again this product being used in a retrofit application, on any glass or

polycarbonate surface for ANY window or door application… a Green product that

reduces the need for replacing windows, and reduces landfill use.

Imagine further this product being applied in a non‐evasive manner, after‐hours or

your schedules convenience.

Finally, just imagine yourself sitting back, taking in the view that you were meant to see,

with plenty of light, no visible distortion, and with reduced interior glare – all while

being more comfortable than you have been for years – year round. And let’s not forget

the 20‐40% heating and cooling energy savings, and reduced HVAC wear and tear.

This reality can all be achieved NOW with ETime Energy’s HPS HeatShield nano coatings

– a ground breaking, certified and field approved technology.

HPS HeatShield has the lowest cost base per visible light transfer for the radiant heat it

blocks than any other window coating product available on the market today

http://www.etimeenergy.com/HeatShield-Features-Benefits.pdf

For more information, please visit www.etimeenergy.com.

hps product prospectus: a nextgen nanotech liquid window coating providing unheard of energy...

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