Why Foam It? FoamIt.pdfPresented By: Matt Hugg Best Custom Homes Jones Residence Save Energy!! Save Money!! Just Foam It!! 1860 Ridge Creek Lane, Bulverde, TX 78163 - Office: (210)

If you don't make yourself obsolete . . . someone else will . . .

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Why Foam It? • Products that offer superior performance

• Comprehensive Proposal

• Energy Efficiency Cost/Benefit Analysis

• HVAC Equipment Sizing Analysis

• Energy Code Compliance Documentation

• Energy Efficiency & Building Science Consulting

Save Energy!! Save Money!!

Just Foam It!!

1860 Ridge Creek Lane, Bulverde, TX 78163 - Office: (210) I Foam IT - Fax: (830) 885-2804 - Website: www.foamitnow.com

Foam It Spray Foam Insulation System Proposal

Presented To: Best Custom HomesPresented By: Matt Hugg

Best Custom Homes

Jones Residence

Save Energy!! Save Money!!

Just Foam It!!


Dear Best Custom Homes,

Thanks for taking a look at this proposal for the Jones Residence. This proposal includes the exterior envelope of the house which is represented visually. It also includes an option for the garage envelope as well as an energy efficiency cost/benefit alalysis, an equipment sizing analysis, and energy code compliance documentation.

[email protected]

I appreciate the opportunity to bid on this project and hope that this proposal will help you understand our process and the benefits you can expect after we are done. Please feel free to call me if you have any questions.

Matthew R. HuggGeneral ManagerFoam It

mailto:[email protected]�

Matt

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Matt

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Matt

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House Prep - Labor & MaterialPlastic as needed: windows, doors, floors & etc. Poly 953.20$ Caulk All Plates & Double Studs Caulk 337.40$ Foam Window Rough Openings Window Foam 317.05$

Phone:FoamIt Rep

40070.8213Quote Date

Insulation proposal for:

Desired Insulation Date:Project Name

Project Address

Quote No.

Best Custom Homes

Matt


Customer Name

Price

TBDJones Residence

Best Custom Homes

Description ProductNominal

Depth (in.)-Valu

Thermal Envelope - Labor & MaterialMain Floor Walls Platinum 100 2.50 13 2,129.96$ Upper Level & Attic Walls Platinum 100 2.50 13 2,107.02$ Rim Joist Platinum 100 2.50 13 184.75$ Thermal Floors EarthSeal Zero 4.00 17 842.16$ House Roof Deck/Vault EarthSeal Zero 5.50 23 5,240.03$ Gables/Hips EarthSeal Zero 5.50 23 1,273.56$

Trip Charge & Misc. 80.00$

Customer Signature Date

To accept this proposal please sign and date below and fax back to our sales office. Fax: (830) 885-2804. By signing below, you authorize FoamIt to purchase materials, install products, and perform services as specified on this quote. FoamIt makes every attempt to accomodate your desired insulation date, however FoamIt makes no guarantee of insulation date. Delays in our schedule may occur due to circumstances outside our control. Should a delay occur in our schedule your FoamIt Sales Consultant will notify you and reschedule your project for a time that is convenient for you. To make any additions/subtractions to this proposal please contact your FoamIt Sales Consultant and they will produce a revised proposal that meets your exact specifications. Be advised that subtracting options may affect the over-all performance of the system.

13,465.12$ Total for all services, materials, and labor:

Cost Analysis - 30 Year Fixed Rate MortgageSide-by-Side Cost Comparison Foam It Spray Foam Conventional Fiberglass

Cost of Insulation $13,465.12 4,039.54$ 30 Year Mortgage Rate: 5.25% 5.25%

Term (years): 30 30Monthly Cost (portion of total mortgage payment) $74.35 22.31$

Additional Monthly Cost of Foam It System: 52.05$

Energy Savings Analysis

Energy & Equipment Sizing Analysis


ESTIMATED

Monthly Cost Comparison

Monthly Heating & Cooling Costs with Conventional Fiberglass Insulation 210.50$ Monthly Heating & Cooling Costs with Foam It Spray Foam System 98.00$

Savings with the Foam It Spray Foam System 112.50$

Long-term Energy Savings Summary

1 year: $1,350.003 years: $4,468.505 years: $8,241.89

10 years: $21,518.85

40 kBtu Furn. / 4ton AC50kBtu & 3.5tons

If you are more of a long-term thinker, then you'll be interested to know how much the Foam It Spray Foam System can save you over the long haul. The analysis to the right shows you

how much actual money you can save over time. The annual projections assume that utility rates continue to increase at a rate of 10% annually. The actual rate of increase for the past

15 years has averaged more than 10% naton wide

Cumulative Long-term Savings

ESTIMATED SAVINGS*

The Foam It Insulation Systems have a proven track record. Benefits like a quieter home, less dust, healthier indoor air quality, and no drafts are all reasons to justify spending a few extra dollars on your home.

What is even MORE compelling is that you actually don't have to spend extra dollars on your house to achieve all those benefits! When you use a Foam It Insulation System the savings you experience every

month in a lower utility bill actually MORE than pays for the upgrade!!53.4%

* This energy & equipment sizing analysis is provided by Foam It llc. at no charge using EPA & ResNet preferred REM Design V.12 Energy Analysis Software for the purpose of providing you with an understanding of how foam insulation will dramatically improve your building's energy performance and reduce your HVAC equipment size requirements by reducing energy consumption associated with heating and cooling. This analysis is an estimate of monthly utility costs and equipment size requirements associated with heating and cooling and was produced using known building specifications at the time. Actual utility bills will vary depending on local utility rates and monthly service charges and actual

equipment sizing will depend on site conditions, building orientation, window, door, and insulation specifications, and variations between the plan and the actual constructed structure. Electric rate for this analysis was $.11/kWh. If this project is a remodel or addition project, other pre-

existing energy features of the structure may adversely affect energy savings. This analysis does not include electricity usage associated with lighting, household electronics or appliaces, domestic hot water, or any other electrical consumption not related to heating or cooling the structure.

This analysis is not a warranty or guarantee of energy consumption or equipment sizing. It is provided for comparison purposes only and is an estimate of energy consumption and equipment size requirements only.

HVAC Sizing Comparison

90 kBtu Furn. / 8.5ton AC

30 years: $222,042.4550 years: $1,571,083.95

15 years has averaged more than 10% naton wide.

Terms & Conditions


InsuranceFoam It shall provide workers compensation insurance and liability insurance as detailed on our certificate of insurance. Foam It's maximum liability is the limits of this insurance. A certificate of insurance will be issued upon request.

New & Existing Building Performance ConsiderationsTo experience the maximum benefit of the spray foam insulation system, you must have the furnace and air-conditioner sized properly according to latest version of ACCA Manual J using building envelope air infiltration rates consistent with what is achieved when insulating with foam. Ductwork must be sized according to the latest version of ACCA Manual D. The distribution system must meet air-flow requirements in accordance with ACCA Manual J & D in order to operate efficiently and heat/cool the house evenly and effectively. When insulating an entire building envelope (i.e. walls and attic) with foam as is common in new construction, air infiltration rates are extremely low and may necessitate the use of a ventilation system to meet the ASHRAE standard for ventilation. This low infiltration rate is desirable as it is the primary function of foam insulation and the primary way it reduces energy costs. Consult with your HVAC contractor for information about ventilation standards and equipment requirements. When insulating part of the building envelope (i.e. spraying the attic or walls, but not both) with foam as is common in existing construction, air infiltration rates will be reduced substantially, however not to the same degree as insulating the entire building envelope. Still, as with new construction, the reduction in natural air-infiltration may necessitate the use of a ventilation system to meet the ASHRAE standard for ventilation. A qualified HVAC contractor will be able to help you assess your needs and prescribe the appropriate equipment if/when needed.

PreparationPlumbing, electrical, and mechanical work will need to be completed before insulation can start. All electrical wires & plumbing pipes must be braced or secured as per code to avoid any distortion or expulsion from the cavity as the foam expands. Foam It will take reasonable steps to ensure that this does not happen. Foam It requires access to within 75 feet of insulation project with a truck If this is not possible extra charges may be incurred and will be

NotesNominal thickness is defined by being plus or minus 1 inch. Shown is a picture of a typical completed wall insulated to a nominal depth of 3" for a 2x4 wall and a nominal 4" for a 2x6 wall. Note that 3" nominal depth in a 2x6 wall will have a different appearance as the cavity will have less of the surface extending past the studs and therefore less will be cut off. Also note that depth is less of a concern with foam and that the product is at its greatest efficiency at around 3". Do not be alarmed if depths vary greatly. The performance of the building will not be affected by this as the primary benefit in the foam is its ability to seal out air infiltration. Roof deck insulation will not be cut off even with rafters unless otherwise noted on quote.

BillingFoam It will initiate billing of project as work is completed. Invoices are due upon reciept. Any amount in default of the payment schedule will bear an interest rate of 1.5% per month.

All work will be performed in accordance with this signed proposal and the cooresponding work order. Items outside of the scope of this proposal and the cooresponding work order may be added by way of an Additional Work Order. No handwritten changes may be made to either the scope, specifications, or pricing contained in this proposal once proposal is signed. All changes to proposal must be made and initialed by purchaser prior to signing. Verbal changes or additions of any kind will not be honored.

This proposal may be withdrawn if not accepted within 15 days. After 15 days, purchaser must request a new proposal in order to proceed with project.

SchedulingStart dates cannot be guaranteed by Foam It as there are many variables in the construction process outside Foam It's control such as

Foam It requires access to within 75 feet of insulation project with a truck. If this is not possible extra charges may be incurred and will be added to the invoice unless previous arrangements have been approved by Foam It.

Price QuotesWhen Foam It gives a quote over the phone, every reasonable step is taken to attain the project details to create an accurate scope of work and therefore an accurate price quote. These steps include getting accurate project information from the property owner/builder as well as looking at the project with available satellite imaging sources as well as other means. However, from time to time, the acquired project information received proves to be inaccurate and thus the project scope, price quote, and performance estimates - which have been based on this inaccurate information - may be deemed null and void. Therefore, once the Foam It crew is on site, but prior to executing the project, the crew leader will do a "walk-around" to verify the project dimensions and information to make sure that it matches the scope of work defined on the work order. If it does, they will proceed to execute the project in accordance with the work order. If it does not, they will notify your Foam It representative and relay the accurate project information so that a revised price quote and scope of work can be created. Then your Foam It representative will notify you of the revisions and you can choose whether or not to proceed with the project based on the revised price quote and scope of work. Should the actual scope of work and therefore the price quote and work order differ from what was quoted over the phone or via email, and should you, as a result, decide not to proceed with the project, you may be assessed a trip charge at the rate of $1.75/mile.

Start dates cannot be guaranteed by Foam It as there are many variables in the construction process outside Foam It s control such as weather, material allocations and shortages, workforce assignments, and work backlog, jobsite delays, etc. When proposal is approved the Foam It Production Department will contact you to schedule a tentative start date. Foam It will make every effort to accomodate your desired start date.

EQUIPMENT SIZING SUMMARY

Building Name: Date: September 25, 2009

Owner's Name: Builder's Name:

Property Weather Site: San Antonio, TX

Address: , File Name: foam.blg

REM/Design - Residential Energy Analysis Software v12.7 This information does not constitute any warranty of energy cost or savings.

© 1985-2009 Architectural Energy Corporation, Boulder, Colorado.

foamHEATING Calculated Peak Load (kBtu/hr) 33.7 Sizing Factor (%) 100.0

HEATING EQUIPMENT CAPACITY (kBtu/hr) Required 33.7 Specified 40.0

COOLING Calculated Peak Load (kBtu/hr) 38.9 Sensible 36.1 Latent 2.8 Sizing Factor (%) 100.0

COOLING EQUIPMENT CAPACITY (kBtu/hr) Required Total 38.9 Specified Total 48.0

Required Sensible 36.06 Specified Sensible 33.60 d

Required Latent 2.81 Specified Latent 14.40 Excess Latent Capacity 11.59 f

Notes:

d The sensible cooling capacity specified in the building file is less than the required capacity.

f Generally, about half of any excess latent cooling capacity will be available to meet sensible load.

2006 IECC ANNUAL ENERGY COST COMPLIANCE







Annual Energy Cost

2006 IECC As Designed

Heating: 338 171

Cooling: 770 676

Water Heating: 90 84

Lights & Appliances: 1112 1112

Photovoltaics: -0 -0

Service Charge: 120 120

Total: 2429 2164 *

Window SHGC Check (per Section 402.6)

Window SHGC Value (Design must be lower): 0.500 0.450

This home MEETS the annual energy cost requirements in accordance with Section 404 of the 2006 International Energy Conservation Code based on a climate zone of 2A. In fact, this home surpasses the requirements by 10.9%.

Name: Signature:

Organization: Date: September 25, 2009

* Design energy cost is based on the following systems: Heating: Fuel-fired air distribution, 40.0 kBtuh, 90.0 % EFF. Cooling: Air conditioner, 60.0 kBtuh, 14.0 SEER. Water Heating: Conventional, Gas, 0.62 EF. Window-to-Floor Area Ratio: 0.19 Blower door test: Htg: 0.35 Clg: 0.35 ACHnat

In accordance with IECC, building inputs, such as setpoints, infiltration rates, and window shading may have beenchanged prior to calculating annual energy cost. Furthermore, the standard reference design HVAC system efficienciesare set to the "prevailing federal minimum standards" as of January, 2009. These standards are subject to change, andsoftware updates should be obtained periodically to ensure the compliance calculations reflect current federal minimumstandards.

2009 IECC ANNUAL ENERGY COST COMPLIANCE







Annual Energy Cost

2009 IECC As Designed

Heating: 308 229

Cooling: 746 797

Water Heating: 90 84

Lights & Appliances: 1112 1112

Photovoltaics: -0 -0

Service Charge: 120 120

Total: 2376 2342 *

Window SHGC Check (per Section 402.5)

Window SHGC Value (Design must be lower): 0.500 0.450

Home Infiltration per Section 402.4.2: PASSES

Duct Leakage per Section 403.2.2: PASSES

This home MEETS the annual energy cost requirements in accordance with Section 405 of the 2009 International Energy Conservation Code based on a climate zone of 2A.

Name: Signature:

Organization: Date: September 25, 2009

* Design energy cost is based on the following systems: Heating: Fuel-fired air distribution, 40.0 kBtuh, 90.0 % EFF. Cooling: Air conditioner, 60.0 kBtuh, 14.0 SEER. Water Heating: Conventional, Gas, 0.62 EF. Window-to-Floor Area Ratio: 0.19 Blower door test: Htg: 0.35 Clg: 0.35 ACHnat

In accordance with IECC, building inputs, such as setpoints, infiltration rates, and window shading may have beenchanged prior to calculating annual energy cost. Furthermore, the standard reference design HVAC system efficienciesare set to the "prevailing federal minimum standards" as of January, 2009. These standards are subject to change, andsoftware updates should be obtained periodically to ensure the compliance calculations reflect current federal minimumstandards.


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Why Foam It? FoamIt.pdfPresented By: Matt Hugg Best Custom Homes Jones Residence Save Energy!! Save Money!! Just Foam It!! 1860 Ridge Creek Lane, Bulverde, TX 78163 - Office: (210)