AQ_F_0700122_20080922_EI_Cmb-EI-File

Emissions Inventory Review/Data Tracking Form
Facility Name: Facili ID:
v 0 l 2
Permit Writer: Inspector: Confidential?
Initial Review /Data Entry
❑ If confidential information received, it has been properly labeled and stored. Sanitized copies have been
received for public use.
❑ Two copies of inventory were received and responsible official signed forms.
Inventory Review/Database Entry
GYForms appear to be complete B—'_Calculations and control efficiencies
supporting emissions appear correct
B-'Calculations appear to add up ok B'/All permitted sources and required
significant activities are quantified
❑ All compliance issues resulting from review are being addressed. (i.e.toxics,emission limitations
exceeded,unpermitted sources)
B'—AII volatile HAPS/TAPS are included in the VOC total
p/AII appropriate ID numbers are entered where they should be(Source, Stack)
Ij All changes made in the review by AQ staff are in both copies of the inventory before sending to
Central Office.
Comments:
Signature: .. .
Date Billing Contact& General Data updated in FEES database ;2 .2 - o g
Date Emissions Data loaded into I-BEAM database
Remember: Confidential copies must be properly handled!
(S:\AIR\ ADMIN\2007 Emission Inventories\WARD inventory review form.doc)
WaRO Copy

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Inventory Certification Form(Title V)
Facility Name: Fountain Power Boats Facility ID :0700122
1653 Whichards Beach Road SR 1166 Permit: 06175
Washington,NC 27889 County : Beaufort
DAQ Region :WARO
North Carolina Department of Environment and Natural Resources
Division of Air Quality
Air Pollutant Point Source Emissions Inventory—Calendar Year 2007
These forms must be completed and returned even if the facility did not operate or emissions were zero
The legally defined "Responsible Official"of record for your facility is Reggie Fountain
This person or one that meets the definition below must sign this certification form.
The official submitting the information must certify that he/she complies with the requirements as specified in Title 15A
NCAC 2Q.0520(b)which references and follows the federal definition.40 CFR Part 70.2 defines a responsible as meaning one
of the following:
1.For a corporation: a president, secretary,treasurer,or vice—president of the corporation in charge of a principal
business function,or any other person who performs similar policy or decision making functions for the overall
operation of one or more manufacturing,production,or operating facilities applying for a or subject to a permit and
either
i.the facilities employ more than 250 persons or have gross annual sales or expenditures exceeding$25
million(in second quarter 1980 dollars);or
ii. the delegation of authority to such representatives is approved in advance by the permitting authority;
2.For partnership or sole propietorship;a general partner or the proprietor, respectively;
3.for a muncipality,state,federal,or other public agency includes the chief executive officer having responsibility for the
overall operations of a principal geographic unit of the agency(e.g.,a Regional Administrator of EPA).
CERTIFICATION STATEMENT:
(Important: Legally Re on ' le ible Official read and sign after all submissions are finau
certify that I am the responsible official for this facility,as described above,and hereby certify that the information contained
in this air emissions report,including attached calculations and documentation,is true,accurate and complete. (Subject to legal
nalities of up to$10,000 per occurrence and possible imprisonment as outlined in G.S.§143-215.3(a)(2))
Responsible Official's Signature Below (use blue ink): Date Si ed:
Printed Name: ✓„b 4- A ev,so,;
i nature:
This form applies to Title V acilities. If this facility is not classified as Title V,please telephone your regional office Emission
Inventory contact at once for proper forms.
Email address of Responsible Official: ��1R�ar5UN��uNTrNPv�i (� �M
L' v L
Information on this Form cannot be h fi"a12 6 20oS
DAQ WARD
WaRO Copy
1

Facility Name i OVAMANJ 2OF-p �p47 S Facility ID 0 7(3C 1 2 2
North Carolina Department of Environment and Natural Resources
Division of Air Quality
General Information
If any information already provided to DAQ has changed or otherwise is incorrect, please
provide corrections. You may leave blanks where the information is unchanged.
(Except Facility ID and Name).
Physical (911) Address of Facility
Name of Responsible Official 1)4JiD 44P_D1'5&"j
Title Fj tAjEER Telephone# 25z 9 7S - 7069
E-Mail Address dl?A"156NLOoyyT��,�/DowE2bev4r5 , C'DiY7
Mailing Address of Responsible Official
Name of Facility Technical/Permit Mailing Contact
Title Telephone# �) -
E-Mail Address
Mailing Address of Responsible Official
Name of Inspection Contact
Title Telephone# ( ) -
E-Mail Address
Name of Billing/Invoice Contact
Title Telephone# ( ) -
E-Mail Address
Billing/Invoice Company
Billing/Invoice Address
Standard Industrial Classification (SIC) Code(s)
North American Industry Classification System
(NAICS-six digit) Code(s)-
If known (see instructions)on
Report Prepared by ( �tOL- ZW/L-4 Telephone# 7( oq s 3
E-Mail Address Zqw iL-4 VA1_VEE 11 VIR61,jWCA r,gC.,Cd t'I
Provide to Appropriate DAQ Regional Office as needed.
Information on This Form cannot be held confidential.

Fountain Powerboats
2007 Emission Inventory Calculations
VOC,HAP and PM Emission Calculations
This document describes actual Volatile Organic Compound(VOC),Particulate Matter(PM)and
Hazardous Air Pollutant(HAP)emissions from the facility. Emission calculations utilize the
Unified Emission Factors(UEF)for open molding of composites dated July 23,2001. An
attached table lists the basis for each emission factor(E-factor)utilized in the emissions
calculations. A copy of the July 23,2001 UEF table is also included with this letter.
The gelcoat spray guns are atomized. The styrene emission factor used for gelcoats is from the
gelcoat application row of the UEF table. The Methyl Methacrylate(MMA)emission factor used
for gelcoats is based on the MMA gelcoat application row of the UEF table. The resin guns are
non-atomized. The emission factor for lamination resins is taken from the mechanical non-
atomized row of the UEF table.
Small quantities of highly reactive liquid organic perioxide solutions(e.g.,Hi Point 90)are used
by the reinforced plastics industry to initiate the polymerization reaction in the resin or gelcoat
material. Emission estimates in this permit application are based on the composite Manufacturer
Associations' study,"Emission Factors for Liquid Organic Peroxide Catalysts used in the Open
Molding of Composites." The emission factor for Dimethyl Phthalate(DMP)or other utilized
organic is 0.04%of the available DMP by weight or 0.0144(0.04 x 36%).
Usage of and thus emissions from other raw materials(e.g.,mold cleaners and sealers,etc.)at the
Washington plant are smaller in nature. Emissions from these other material usages and/or
chemicals utilize a similar methodology or conservatively assume all of the chemical is emitted
(e.g.,solvents in paints used).
Particulate emissions from painting are calculated assuming a 1%total weight loss with 50
percent of those emissions PM10 and 25 percent of those emissions PM2.5 as a conservative
estimate with no controls.
Particulate emissions from paint usage:
9,400 lbs paint bought plant-wide
assume 1%loss as particulate emissions,50%of that is PM10 and 25%is PM2.5
9,400 lbs x 0.01 =94 pounds PM/year=0.05 tons PM/year
94 lbs PM x 0.5=47 pounds PM10/year=0.025 tons PM10/year
94 lbs PM x 0.25=23 pounds PM2.5/year—0.013 tons PM2.5/year
Particulate emissions from hull and deck grinding:
1,100,000 lbs resin and gelcoat bought plant-wide
assume 1%loss with 25%of that emitted as particulate emissions,50%of that is PM10 and 25%
is PM2.5-
1,100,000 lbs x 0.01 x 0.25=2,750 pounds PM/year= 1.38 tons PM/year
2,750 lbs PM x 0.5= 1,375 pounds PM10/year=0.69 tons PMjo/year
2,750 lbs PM x 0.25=660 pounds PM2.5/year=0.33 tons PM2.5/year

Unified Emission Factors for Open Molding of Composites
July 23,2001
Emission Rate in Pounds of Styrene Emitted per Ton of Resin or Gelcoat Processed
Styrene content in resin/gelcoat,%ttl <33(2) 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 >50(2)
Manual 0.126 x%styrene x 2000 83 89 94 100 106 1 112 117 123 129 1134 140 146 1152 157 163 1169 1174 1180 ((0.286 x%styrene)-0.0529)x 2000
Manual w/Vapor Suppressed Resin VSR(3) Manual emission factor[listed above] x (1 - (0.50 x specific VSR reduction factor for each resin/suppressant formulation))
Mechanical Atomized 0.169 x%styrene x 2000 111 126 1 140 1 154 1 168 1 183 1 197 211 225 240 1254 1 268 1 283 1 297 1 311 1 325 1 340 1 354 1 ((0.714 x%styrene)-0.18)x 2000
Mechanical Atomized with VSR(3, Mechanical Atomized emission factor[listed above] x (1 - (0.45 x specific VSR reduction factor for each resin/suppressant formulation))
Mechanical Atomized Controlled Spray(4) 0.130 x%styrene x 2000 86 1 97 1 108 1 119 1 130 1 141 1 152 1 163 174 185 196 1 207 1 218 1 229 1 240 1 251 1 262 1 273 1 0.77 x((0.714 x%styrene)-0,18)x 2000
Mechanical Controlled Spray with VSR Mechanical Atomized Controlled Spray emission factor[listed above] x (1 - (0.45 x specific VSR reduction factor for each resin/suppressant formulation))
Mechanical Non-Atomized 0.107 x%styrene x 2000 1 71 1 74 1 77 1 80 1 83 1 86 1 89 1 93 1 96 1 99 102 1 105 1 108 1 111 1 115 1 118 1 121 1 124 1 ((0.157 x%styrene)-0.0165)x 2000
Mechanical Non-Atomized with VSR 131 Mechanical Non-Atomized emission factor[listed above] x (1 - (0.45 x specific VSR reduction factor for each resin/suppressant formulation))
Filament application 0.184 x%styrene x 2000 122 127 133 138 144 149 155 160 166 171 1 177 182 188 193 199 204 210 215 ((0.2746 x%styrene)-0.0298)x 2000
Filament application with VSR i'I 0.120 x%styrene x 2000 79 83 86 90 93 97 100 104 108 111 115 118 122 125 129 133 136 140 0.65 x((0.2746 x%styrene)-0.0298)x 2000
Gelcoat Application 0.445 x%styrene x 2000 294 315 336 356 377 398 418 439 460 481 501 522 543 564 584 605 626 646 ((1.03646 x%styrene)-0.195)x 2000
Gelcoat Controlled Spray Application(4) 0.325 x%styrene x 2000 215 230 245 260 275 290 305 321 336 351 366 381 396 411 427 442 457 472 0.73 x((1.03646 x%styrene)-0.195)x 2000
Gelcoat Non-Atomized Application iel SEE Note 9 below 196 205 214 223 232 241 250 259 268 278 287 296 305 314 323 332 341 350 ((0.4506 x%styrene)-0.0505)x 2000
Covered-Cure after Roll-Out Non-VSR process emission factor[listed above] x (0.80 for Manual <or> 0,85 for Mechanical)
Covered-Cure without Roll-Out Non-VSR process emission factor[listed above] x (0.50 for Manual <or> 0.55 for Mechanical)
Emission Rate in Pounds of Methyl Methacrylate Emitted per Ton of Gelcoat Processed
MMA content in gelcoat,%ts) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 2t20
Gel coat application(7) 15 1 30 45 60 75 90 105 120 135 150 165 180 195 210 225 240 1255 270 285 1 0.75 x%MMA x 2000
Notes
1 Including styrene monomer content as supplied,plus any extra styrene monomer added by the molder,but before addition of other additives such as powders,fillers,glass,...etc.
2 Formulas for materials with styrene content<33%are based on the emission rate at 33%(constant emission factor expressed as percent of available styrene),and for styrene content>50%on the emission rate based on the extrapolated factor equations;these
are not based on test data but are believed to be conservative estimates. The value for"%styrene"in the formulas should be input as a fraction. For example,use the input value 0.30 fora resin with 30%styrene content by wt.
3 The VSR reduction factor is determined by testing each resin/suppressant formulation according to the procedures detailed in the CFA Vapor Suppressant Effect/veness Test.
4 SEE the CFA Controlled Spray Handbook for a detailed description of the controlled spray procedures.
5 The effect of vapor suppressants on emissions from filament winding operations is based on the Dow Filament Winding Emissions Study.
6 Including MMA monomer content as supplied,plus any extra MMA monomer added by the molder,but before addition of other additives such as powders,fillers,glass,...etc.
7 Based on gelcoat data from NMMA Emission Study.
8 SEE the July 17,2001 EELS report Emission Factors for Non-Atomized Application of Gel Coats used/n the Open Molding of Composites for a detailed description of the non-atomized gelcoat testing.
9 Use the equation ((0.4506 x%styrene)-0.0505)x 2000 for gelcoats with styrene contents between 19%and 32%by wt.; use the equation 0.185 x%styrene x 2000 for gelcoats with less than 19%styrene content by wt.
UEF unified factors table revised July 23'01.xis

i
Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor i
Product Number Product Name UEF Row Chemical (%) (%)
1037 Resin(Corve 8153) Mechanical Non-Atomized Styrene 44.50% 0.0540
1328 Arjay 1201 Putty Mechanical Non-Atomized Styrene 30.00% 0.0321
13292 IPS Adhesive Activator N/A--10%emitted per MSDS Benzoyl Peroxide 14.00% 0.0140
13292 IPS Adhesive Activator N/A--10%emitted per MSDS Dibutyl Phthalate 80.00% 0.0800
13293 IPS Adhesive N/A--assume all emitted Methacrylic Acid 5.00% 0.0500
13293 IPS Adhesive Manual Methyl Methacrylate 65.00% 0.1330
13512 Cherry Wood Stain N/A--assume all emitted Ethylbenzene 0.60% 0.0060
13512 Cherry Wood Stain N/A--assume all emitted Glycol Ethers 8.00% 0.0800
13512 Cherry Wood Stain N/A--assume all emitted Xylene(mixed isomers) 4.00% 0.0400
13567 Resin(VEX-201-958-F) Mechanical Non-Atomized Styrene 35.00% 0.0385
13571 Web Grip 175 N/A No reportable HAPs 0.00% 0.0000
13665 Gelcoat(963WJ825) Gelcoat Application-MMA Methyl Methacrylate 8.46% 0.0675
13665 Gelcoat(963WJ825) Gelcoat Application Styrene 19.26% 0.0857
13706 AWLGARD Interior White Paint(WT8202) N/A--assume all emitted Glycol Ethers 2.00% 0.0200
13706-ACT AWLGARD Converter(WT3201) N/A No reportable HAPs 0.00% 0.0000
13794 3M Foam Fast 74 Cylinder Psray Adhesive N/A No reportable HAPs 0.00% 0.0000
13864 Adhesive Integra N/A--assume all emitted Dibutyl Phthalate 0.36% 0.0036
13864 Adhesive Integra N/A--assume all emitted Methyl Methacrylate 50.02% 0.5002
14321 Core-Bond B71 Adhesive Mechanical Non-Atomized Styrene 34.30% 0.0385
14441 Black Barrier Gelcoat(967BJ244) Gelcoat Application Styrene 31.77% 0.1414
1446 Armorcoate Yellow Gelcoat(951YA596) Gelcoat Application-MMA Methyl Methacrylate 8.80% 0.0600
1446 Armorcoate Yellow Gelcoat(951YA596) Gelcoat Application Styrene 31.35% 0.1395
Page I of 7

l
Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical (%) (%)
14540 Pitch Black Gelcoat(963BA025) Gelcoat Application-MMA Methyl Methacrylate 6.29% 0.0525
14540 Pitch Black Gelcoat(963BA025) Gelcoat Application Styrene 23.80% 0.1059
14617 Trulube Pearl(PBC36) N/A--assume all emitted Ethylbenzene 10.00% 0.1000
14617 Trulube Pearl(PBC36) N/A--assume all emitted Xylene(mixed isomers) 35.00% 0.3500
14618 Passion Pearl Pearl(PBC65) N/A- assume all emitted Ethylbenzene 10.00% 0.1000
14618 Passion Pearl Pearl(PBC65) N/A--assume all emitted Xylene(mixed isomers) 30.00% 0.3000
14618a Tangelo Pearl(PBC32) N/A--assume all emitted Ethylbenzene 10.00% 0.1000
14618a Tangelo Pearl(PBC32) N/A--assume all emitted Xylene(mixed isomers) 35.00% 0.3500
1500007 Dykem Blue 80600 N/A No reportable HAPs 0.00% 0.0000
1500009 Gray Sand Primer(707-007X) N/A--assume all emitted Ethyl Acetate 2.00% 0.0200
1500009 Gray Sand Primer(707-007X) N/A--assume all emitted Methyl Ethyl Ketone 11.50% 0.1150
1500009 Gray Sand Primer(707-007X) N/A--assume all emitted Styrene 22.10% 0.2210
1500110 Hi Point 90 Red(MEKP) N/A Dimethyl Phthalate 36.00% 0.0144
1500230 Black Tooling Gelcoat(94513201) Gelcoat Application-MMA Methyl Methacrylate 4.37% 0.0375
1500230 Black Tooling Gelcoat(94513201) Gelcoat Application Styrene 42.40% 0.2505
1500230m Black Tooling Gelcoat(9656J115) N/A--assume all emitted Methyl Alcohol 0.72% 0.0072
1500230m Black Tooling Gelcoat(96513J115) Gelcoat Application Styrene 38.07% 0.1990
1500500 Core-Bond B70 Adhesive Mechanical Non-Atomized Styrene 31.60% 0.0338
1500600 Foam(Elastopor P15390R) N/A No reportable HAPs 0.00% 0.0000
1500605 Foam(Elastopor P1001 U) N/A No reportable HAPs 0.00% 0.0000
1675 3M Finesse It#05928 N/A No reportable HAPs 0.00% 0.0000
1700 Patchaid(970XJ037) Manual Styrene 57.45% 0.1114
1700a Sealer N/A No reportable HAPs 0.00% 0.0000
Page 2 of 7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical (%) (%)
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted 0.00% 0.0000 II
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted 1,2,4-Tri methyl benzene 5.00% 0.0500
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted 2-Butoxyethyl Acetate 5.00% 0.0500
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted Ethylbenzene 5.00% 0.0500
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted N-Butyl Alcohol 5.00% 0.0500
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted Styrene 1.00% 0.0100
2055 Polyurethanes(Concept Acrylic) N/A assume all emitted Xylene(mixed isomers) 30.00% 0.3000
2476 Hi Point 90 Clear(MEKP) N/A Dimethyl Phthalate 36.00% 0.0144
2817 Gray Sand Primer(707-007X) N/A--assume all emitted Ethyl Acetate 2.00% 0.0200
2817 Gray Sand Primer(707-007X) N/A--assume all emitted Methyl Ethyl Ketone 11.50% 0.1150
2817 Gray Sand Primer(707-007X) N/A--assume all emitted Styrene 22.10% 0.2210
3035 Ampreg 22 Laminating Resin No reportable HAPs 0.00% 0.0000
3525 Clear Hi-Gloss Additive(904-001X) N/A--assume all emitted Methyl Ethyl Ketone 14.20% 0.1420
3525 Clear Hi-Gloss Additive(904-001X) N/A--assume all emitted Styrene 33.60% 0.3360
3699 Speed Patchaid(970X900) Manual Styrene 50.12% 0.0900
3895 BPO/5 Paste Catalyst N/A No reportable HAPs 0.00% 0.0000
3M4200 3M Adhesive Sealant 4200 N/A--assume all emitted Methylenebis(phenylisocyanate) 0.30% 0.0030
4324 Polycor White Gelcoat(948WJ201) Gelcoat Application Styrene 40.00% 0.2195
435 Marine Sealant Fast Cure 5200 N/A No reportable HAPs 0.00% 0.0000
4628 Color Blender(DBC500) N/A--assume all emitted Ethylbenzene 1.50% 0.0150
4628 Color Blender(DBC500) N/A--assume all emitted N-Butyl Alcohol 10.00% 0.1000
4628 Color Blender(DBC500) N/A--assume all emitted Toluene 1.50% 0.0150
4628 Color Blender(DBC500) N/A--assume all emitted Xylene(mixed isomers) 10.00% 0.1000
Page 3 oj'7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical (%) (%)
4629 Clear Coats N/A--assume all emitted Ethylbenzene 5.00% 0.0500
4629 Clear Coats N/A--assume all emitted Methyl Isobutyl Ketone 20.00% 0.2000
4629 Clear Coats N/A--assume all emitted Styrene 1.00% 0.0100
4629 Clear Coats N/A--assume all emitted Toluene 10.00% 0.1000
4629 Clear Coats N/A--assume all emitted Xylene(mixed isomers) 40.00% 0.4000
4630 Reducers N/A--assume all emitted Ethylbenzene 1.00% 0.0100
4630 Reducers N/A--assume all emitted Methyl Ethyl Ketone 40.00% 0.4000
4630 Reducers N/A--assume all emitted n-Hexane 5.00% 0.0500
4630 Reducers N/A--assume all emitted Toluene 30.00% 0.3000
4630 Reducers N/A -assume all emitted Xylene(mixed isomers) 10.00% 0.1000
4631 Deltron 2000 Basecoats N/A--assume all emitted 1,2,4-Trimethylbenzene 5.00% 0.0500
4631 Deltron 2000 Basecoats N/A--assume all emitted 2-Butoxyethyl Acetate 5.00% 0.0500
4631 Deltron 2000 Basecoats N/A--assume all emitted Ethylbenzene 5.00% 0.0500
4631 Deltron 2000 Basecoats N/A--assume all emitted Methyl Ethyl Ketone 20.00% 0.2000
4631 Deltron 2000 Basecoats N/A--assume all emitted Methyl Isobutyl Ketone 20.00% 0.2000
4631 Deltron 2000 Basecoats N/A--assume all emitted N-Butyl Alcohol 20.00% 0.2000
4631 Deltron 2000 Basecoats N/A--assume all emitted Nickel Compounds 1.00% 0.0100
4631 Deltron 2000 Basecoats N/A--assume all emitted Toluene 30.00% 0.3000
4631 Deltron 2000 Basecoats N/A--assume all emitted Xylene(mixed isomers) 20.00% 0.2000
4635a DCX Hardener N/A--assume all emitted Hexamethylene diisocyanate 1.00% 0.0100
4635a DCX Hardener N/A--assume all emitted Isophorone Diisocyanate 1.00% 0.0100
4635b DFX11 Hardener N/A--assume all emitted Isophorone Diisocyanate 5.00% 0.0500
4635c Primer Surface Catalyst(K201) N/A--assume all emitted Ethyl Acetate 10.00% 0.1000
Page 4 oJ'7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical
4635c Primer Surface Catalyst(K201) N/A--assume all emitted Hexamethylene diisocyanate 1.00% 0.0100
4635c Primer Surface Catalyst(K201) N/A--assume all emitted Toluene 10.00% 0.1000
4923 Laminex Fillet Manual Styrene 30.00% 0.0378
519 Poly-Bond B39 Adhesive Mechanical Non-Atomized Styrene 24.40% 0.0307
5212100 3M Super Duty 05955 N/A--assume all emitted 1,2,4-Trimethylbenzene 1.00% 0.0100
5221010 Sikaflex 291,White N/A--assume all emitted Xylene(mixed isomers) 5.00% 0.0500
5223038 Tite Bond II Adhesive(Wood Glue) N/A No reportable HAPs 0.00% 0.0000
6040 Polycor Black Gelcoat(944B025) Gelcoat Application-MMA Methyl Methacrylate 4.63% 0.0375
6040 Polycor Black Gelcoat(944B025) Gelcoat Application Styrene 34.11% 0.1575
647A Polyurethane Foam Part A N/A No reportable HAPs 0.00% 0.0000
647B Polyurethane Foam Part B N/A No reportable HAPs 0.00% 0.0000
8929 AOTECH White Resin(#14 Ultra) N/A--assume all emitted Styrene 15.00% 0.1500
9427 Kantstick Maxi Pull N/A -assume all emitted Cumene 3.00% 0.0300
9427 Kantstick Maxi Pull N/A--assume all emitted Ethylbenzene 5.00% 0.0500
9427 Kantstick Maxi Pull N/A--assume all emitted Xylene(mixed isomers) 50.00% 0.5000
9456201 Polycor Black Tooling Gelcoat(945B201) Gelcoat Application-MMA Methyl Methacrylate 4.46% 0.0375
945B201 Polycor Black Tooling Gelcoat(945B201) Gelcoat Application Styrene 43.64% 0.2610
963AK218 Silver Gelcoat(963AK218) Gelcoat Application-MMA Methyl Methacrylate 6.27% 0.0525
963AK218 Silver Gelcoat(963AK218) Gelcoat Application Styrene 23.79% 0.1059
963GK131 HAP33 Sea Foam Gelcoat(963GK131) Gelcoat Application-MMA Methyl Methacrylate 6.16% 0.0490
963GK131 HAP33 Sea Foam Gelcoat(963GK131) Gelcoat Application Styrene 22.23% 0.1630
963L281 Carolina Blue Gelcoat(963L281) Gelcoat Application-MMA Methyl Methacrylate 6.14% 0.0525
9631-281 Carolina Blue Gelcoat(9631-281) Gelcoat Application Styrene 21.99% 0.0978
Page 5of7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical (%) (%)
963LA855 Cobalt Gelcoat(963LA855) Gelcoat Application-MMA Methyl Methacrylate 5.83% 0.0450
963LA855 Cobalt Gelcoat(963LA855) Gelcoat Application Styrene 22.58% 0.1005
963LA862 Midnight Gelcoat(963LA862) Gelcoat Application-MMA Methyl Methacrylate 5.63% 0.0450
963LA862 Midnight Gelcoat(963LA862) Gelcoat Application Styrene 22.34% 0.0994
963RH333 Red Gelcoat(963RH333) Gelcoat Application-MMA Methyl Methacrylate 5.81% 0.0450
963RH333 Red Gelcoat(963RH333) Gelcoat Application Styrene 22.95% 0.1021
963WJ825 White Gelcoat(963WJ825) Gelcoat Application-MMA Methyl Methacrylate 8.50% 0.0675
963WJ825 White Gelcoat(963WJ825) Gelcoat Application Styrene 19.18% 0.0854
963YH582 Yellow Gelcoat(963YH582) Gelcoat Application-MMA Methyl Methacrylate 5.75% 0.0450
963YH582 Yellow Gelcoat(963YH582) Gelcoat Application Styrene 22.20% 0.0988
963YJ133 Fighting Yellow Gelcoat(963YJ133) Gelcoat Application-MMA Methyl Methacrylate 6.11% 0.0525
963YJ133 Fighting Yellow Gelcoat(963YJ133) Gelcoat Application Styrene 21.83% 0.0972
963YK140 Canary Yellow Gelcoat(963YK140) Gelcoat Application-MMA Methyl Methacrylate 5.58% 0.0450
963YK140 Canary Yellow Gelcoat(963YK140) Gelcoat Application Styrene 22.69% 0.1009
970C949 Polycor 8%Wax Solution(970C949) Manual Styrene 92.00% 0.2102
970XJ037 Patchaid(970XJ037) Manual Styrene 57.40% 0.1113
NONE1 3M Perfect It 05936 N/A No reportable HAPs 0.00% 0.0000
NONE11 Staput Adhesive(SP4H) N/A No reportable HAPs 0.00% 0.0000
NONE12 Filler Bondo Manual Styrene 20.00% 0.0252
NONE13 Adhesive(3M Super 77) N/A--assume all emitted n-Hexane 1.00% 0.0100
NONE15 Cleaner(HPP5) N/A No reportable HAPs 0.00% 0.0000
NONE2 3M Imperial 06044 N/A No reportable HAPs 0.00% 0.0000
NONE20 Arjay Putty Mechanical Non-Atomized Styrene 30.00% 0.0321
Page 6 of 7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical N (%)
NONE21 Styrene Monomer N/A--assume all emitted Styrene 100.00% 1.0000
NONE5 Wax Honey(P5401520) N/A No reportable HAPs 0.00% 0.0000
Page 7 of 7

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
1037 Usage(gal): 1,343.8 iOC Content(wt", 0.445 VOCs(lbs): 631.8
Resin(Corve 8153) Usage(lbs): 11,700.0 -iAP Content(wt` 0.445 HAPs(lbs): 631.8
Density(lb/gal,,. 8.71
Chemical eight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 44.50% 0.054 631.8
1328 Usage(gal): 295.0 JC content�W-, 0.300 VUGs(Ibs): 86.9
Arjay 1201 Putty Usage(lbs): 2,706.3 -AP Content(wt°% : 0.300 HAPs(Ibs): 86.9
Density(Iblgal): 9.17
CAS No Chemical 'Neight"I E-Factor HAPITAP Lbs
100-42-5 Styrene 30.00% 0.032 86.9
13292 Usage(gal): 245.0 ;OC Content(wt%): 0.940 VOCs(lbs): 208.8
IPS Adhesive Activator Usage(lbs): 2,221.1 +AP Content(wt%): 0.800 HAPs(lbs): 177.7
Density(Iblgal): 9.07
CAS No E-F HAPITAP Lbs
84-74-2 Dibutyl Phthalate 80.00% 0.080 177.7
13293 (gal` 1,881.0 VOC Content(wt%): 0.700 VOCs(lbs): 2,756.0
IPS Adhesive ,age(lbs- 15,060.0 HAP Content(wt%): 0.650 HAPs(lbs): 2,003.0
Density(Iblga" 8.01
CAS No Chemical Weight% c-rwv N"n,TR
80-62-6 Methyl Methacrylate 65.00% 0.133 2,003.0
13512 Usage(gal): 5.1 '0C Content(Wt 0.813 V 0 G 30.5
Cherry Wood Stain Usage(lbs): 37.4 iAP Content(wt`. 0.126 HAPs 4.7
Density(Ib/ga,; 7.34
CAS No Chemical Weight% E-F; HAPITAP Lbs
100-41-4 Ethylbenzene 0.60% 0.006 0.2
N/A Glycol Ethers 8.00% 0.080 3.0
1330-20-7 Xylene(mixed isomers 4.00% 0.040 1.5
13567 Usage(gal 93,073.5 JOC Content(wt 0.350 VOCs(lbs): 34,367.7
Resin(VEX-201-958-F) Usage(Ibs' 892,668.0 SAP Content(wt`>: 0.350 HAPs(lbs): 34,367.7
Density(Iblgal). 9.59
Chemical Weight% E-Factor HAP/TAP Lh-=
100-42-5 Styrene 35.00% 0.039 34,367.7
13571 Usage(gai): 22.5 ,HOC Content(wt%): 0.700 VOI--s(Ibs; 157.9
Web Grip 175 Usage(lbs): 225.6 HAP Content(wt%): 0.000 HAPs(Ibs? 0.0
Density(Iblgal): 10.01
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
©Value Environmental 6/14/2008 Page 1 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
13665 Usage(gal) 4,703.4 VOC Content(wt r_,1 0.277 VOCs(Ibs): 8,082.1
Gelcoat(963WJ825) Usage(Ibs)- 52,759.0 HAP Content(wt%). 0.277 HAPs(Ibs): 8,082.7
Density(lb/gal): 11.22
CAS No Chemical Weight% E-Fa+ or HAPITAP Lbs
80-62-6 Methyl Methacrylate 8.46% 0.068 3,561.2
100-42-5 Styrene 19.26% 0.086 4,521.4
13706 Usage(gal): 242.07VOC Content(wt%' 0.115 VOCs(Ibs): 340.0
AWLGARD Interior White Paint Usage(Ibs): 2,964.E HAP Content(wt%): 0.020 HAPs(Ibs): 59.3
(WT8202) Density(Iblgall 12.25
C ':,, Chemical Weight% E-Factor HAP,'TAP Lbs
N/A Glycol Ethers 2.00% 0.020 59.3
13706-ACT Usage(gal): 226.9 VOC Content(wt%): 0.094 VOCs(Ibs): 197.8
AWLGARD Converter(WT3201) Usage(Ibs): 2,112.4 HAP Content(wt%): 0.000 HAPs(Ibs): 0.0
Density(lb/gal): 9.31
CAS No Chemical Weight% E-Factor HAP(TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
13794 Usage(gal): 1,620.71 VOC Content(wt°/,,1. 0.775 VOCs(Ibs): 7,597.0
3M Foam Fast 74 Cylinder Usage(Ibs): 9,799.5 HAP Content(wt%): 0.000 HAPs(Ibs) 0.0
Psray Adhesive Density(Ib/gal): 6.05
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
13864 Usage(gal): 1,162.2 VOC Content(wt%): 0.504 VOCs(Ibs): 5,198.5
Adhesive Integra Usage(Ibs): 10,318.3 HAP Content(wt%): 0.504 HAPs(Ibs): 5,198.4
Density(Iblgall: 8.88
CAS No Chemical Weight% E-Factor HAPITAP Lbs
84-74-2 Dibutyl Phthalate 0.36% 0.004 37.1
80-62-6 Methyl Methacrylate 50.02% 0.500 5,161.2
14321 Usage(gal). 21,158.9 VOC Content(wt%): 0.343 VOCs(Ibs): 6,454.2
Core-Bond B71 Adhesive Usage(Ibs): 167,642.0 HAP Content(wt%): 0.343 HAPs(Ibs): 6.454.2
Density(lb/gal): 7.92
CAS No Chemical Weight% E-Factor HAPfrAP Lbs
100-42-5 Styrene 34.30% 0.039 6,454.2
14441 Usage(gal): 790.8 VOC Content(wt%): 0.325 VOCs(Ibs): 1,124.1
Black Barrier Gelcoat Usage(Ibs): 7,552.0 HAP Content(wt%): 0.318 HAPs(Ibs): 1,067.9
(967BJ244) Density(lb/gal): 9.55
GAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 31.77% 0.141 1,067.9
©Value Environmental 6/14/2008 Page 2 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
1446 1 Usage(gal). 61.7 VOC Content(wt',.i 0.394 �./OCs(Ibsy 113.E
Armorcoate Yellow Gelcoat Usage(lbs): 592.0 HAP Content(wt%o): 0.402 HAPs(lbs): 118.1
(951YA596) Density(lb/gal): 9.59
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 8.80% 0.060 35.5
100-42-5 Styrene 31.35% 0.140 82.6
14540 Usage(gal): 615.0 VOC Content(wt%): 0.301 VOCs(lbs): 1,037.3
Pitch Black Gelcoat(963BA025) Usage(lbs). 6,550.0 HAP Content(we/6): 0.301 HAPs(lbs): 1,037.5
Density(lb/gal): 10.65
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 6.29% 0.053 343.9
100-42-5 Styrene 23.80% 0.106 693.6
14617 Usage(gal): 20.4 VOC Content(wt%): 0.800 VOCs(lbs): 127.8
Trulube Pearl(PBC36) Usage(lbs): 159.7 HAP Content(wt%): OA50 HAPs(Ibs): 71.9
Density Ob!gal): 7.84
CAS No Chemical Weight E-Factor HAP/TAP Lbs
100-41-4 Ethylbenzene 10.00% 0.100 16.0
1330-20-7 Xylene(mixed isomers 35.00% 0.350 55.9
14618 Usage(gal): 4.3 VOC Content(wt%): 0.900 VOCs(Ibs): 30.3
Passion Pearl Pearl(PBC65) Usage(lbs): 33.7 HAP Content(wt%): 0.400 HAPs(lbs): 13.5
Density(Ib/gal): 7.84
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-41-4 Ethylbenzene 10.00% 0.100 3.4
1330-20-7 Xylene(mixed isomers 30.00% 0.300 10.1
14618a Usage(gal): 0.8 VOC Content(rrt° ): 0.800 VOCs(lbs): 4.9
Tangelo Pearl(PBC32) Usage(lbs): 6.1 HAP Content(wt%): 0.450 HAPs(lbs): 2.8
Density(lb/gal): 7.84
CAS Nc Chemical Weight% E-Factor HAPITAP Lbs
100-41-4 Ethylbenzene 10.00% 0.100 0.6
1330-20-7 Xylene(mixed isomers 35.00% 0.350 2.1
1500007 Usage(gal): 3.7 VOC Content(wt%): 1.000 VOCs(lbs): 26.1
Dykem Blue 80600 Usage(Ibs): 26.1 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(lb/gal): 7.09
CAS No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
1500009 Usage(gal): 40.0 VOC Content(wn',) 0.356 VOCs(Ibs): 154.4
Gray Sand Primer(707-007X) Usage(lbs): 433.7 HAP Content(wt%): 0.221 HAPs(Ibs): 95.8
Density(lb/gal): 10.84
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 22.10% 0.221 95.8
0 Value Environmental 6/14/2008 Page 3 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
1500110 1 Usage(gal): 1,504.2 VOC 0.360 VOCs(Ibs): 1937.
Hi Point 90 Red(MEKP) Usage(Ibs): 13,448.0 HAP Conteni kAi 0.360 HAPs(Ibs) 193.7
Density(Ib/gal, 8.94
CAS No Chemical E-Factor HAP/TAP Lbs
131-11-3 Dimethyl Phthalate 36.00% 0.014 193.7
1500230 Usage(gal): 5.0 VOC Content(wt%): 0.468 VOCs(Ibs): 13.0
Black Tooling Gelcoat(9456201) Usage(Ibs): 45.0 HAP Content(wt/.) 0.468 HAPs(Ibs): 13.0
Density(lb/gal). 9.09
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 4.37% 0.038 1.7
100-42-5 Styrene 42.40% 0.251 11.3
1500230m Usage(gal): 47.6 VOC Content(wt°/): 0.388 VOCs(Ibs): 89.3
Black Tooling Gelcoat Usage(Ibs): 433.0 HAP Content(wt%): 0.388 HAPs(lbs): 89.3
(9656J115) Density(lb/gal): 9.09
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
67-56-1 Methyl Alcohol 0.72% 0.007 3.1
100-42-5 Styrene 38.07% 0.199 86.2
1500500 Usage(gal): 2,842.0 VUC Content(wt io), 0.316 VOCs(lbs): 576.8
Core-Bond B70 Adhesive Usage(Ibs): 17,065.E HAP Content(wt%): 0.316 HAPs(Ibs): 576.8
Density(lb/gal): 6.00
CAS No Chemical Weight% E-Factor HAP1TAP Lbs
100-42-5 Styrene 31.60% 0.034 576.8
1500600 Usage(gal): 198.7 VOC Content(wt°'�! 0.000 VOCs(lbs): 0.0
Foam(Elastopor P15390R) Usage(Ibs): 1,800.0 HAP Content(wt°/): 0.000 HAPs(lbs): 0.0
Density(Ib/gal): 9.06
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
1500605 Usage(gal): 2,153.3 VOC Content(wt%): 0.000 VOCs(lbs): 0.0
Foam(Elastopor P1001U) Usage(Ibs): 22,007.0 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(lb/gal): 10.22
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
1675 Usage(gal): 17.0 VOC Content(wt%): 0.638 VOCs(Ibs): 90.4
3M Finesse It#05928 Usage(lbs) 141.8 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(lb/gal): 8.34
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
©Value Environmental 6/14/2008 Page 4 of 12

I,I
Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
1700 Usage(gal). 44.7 VOC Content(wY/: 0.574 OCs(Ibsl: 42.8
Patchaid(970XJ037) Usage(lbs): 384.0 HAP Content(wt%): 0.575 HAPs(lbs): 42.8
Density(lb/gal): 8.58
CAS Ne Weight% E-Factor HAPrTAP Lbs
100-42-5 Styrene 57.45% 0.111 42.8
1700a : sage(gal): 52.7 VOC Content(wt%, 0.358 VOCs(lbs): 232.2
Sealer Usage(lbs): 649.2 HAP Content(wt%'r 0.000 HAPs(lbs): 0.0
Density(Ib/gal;: 12.32
CAS No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
2055 Usage(gal): 6.8 VOC Content(wt%): 0.690 VOCs(Ibs): 42.4
Polyurethanes(Concept Acrylic) Usage(lbs): 61.5 HAP Content(wt%): 0.360 HAPs fibs): 22.1
Di sity(lb/gal): 9.02
CAS Na, Chemical Weight°_ E-Factor HAP/TAP Lbs
100-41-4 Ethylbenzene 5.00% 0.050 3.1
100-42-5 Styrene 1.00% 0.010 0.6
1330-20-7 Xylene(mixed isomers 30.00% 0.300 18.4
2476 Usage(gal): 391.4 VOC Content(wt%): 0.360 VOCs(Ibs): 50.4
Hi Point 90 Clear(MEKP) Usage(lbs): 3,499.0 HAP Content(wt%): 0.360 HAPs(lbs): 50.4
Density(lb/gal): 8.94
CAS No Chemical Weight% E-Factor HAPITAP Lbs
131-11-3 Dimethyl Phthalate 36.00% 0.014 50.4
2817 Usage(gal): 184.0 VOC Content(wt%): 0.356 VOCs(lbs): 710.2
Gray Sand Primer(707-007X) Usage(lbs): 1,994.9 HAP Content(wt%): 0.221 HAPs(Ibs): 440.9
Density(lb/gal): 10.84
Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 22.10% 0.221 "0.9
3035 Usage(gal): 0.2 VOC Content(wt%): 1.000 VOCs(Ibs): 2.0
Ampreg 22 Laminating Resin Usage(lbs): 2.0 HAP Content( 0.000 HAPs fibs): 0.0
Density( 9.59
CAS No Chemical Weight% ;=actor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
3525 Usage(gai)" 13.0 VOC Content(wt%) 0.478 VOCs(lbs): 52.9
Clear Hi-Gloss Additive(904- Usage(lbs): 110.E HAP Content(wt°/) 0.336 HAPs(Ibs): 37.2
001X) Density(Ib/gal) 8.51
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 33.60% 0.336 37.2
©Value Environmental 6/14/2008 Page 5 of 12

Fountain Powerboats Washington Plant: Usage and VOC&HAP Emissions Year Ending: December 2007
3699 1.8 L c ,. 0.501 1.4
Speed Patchaid(970X900) usage(ios). 16.0 HAP Content(wt%): 0.501 HAPs(lbs} 1.4
Density(Iblgal): 8.83
CAS No Chemical Weight% E-Fac.; HAP/TAP Lbs
100-42-5 Styrene 50.12% 0.090 1.4
3895 Usage(gal): 983.0 VOC Content(wV 0.200 VOCs(lbs): 1,902.0
BPO/5 Paste Catalyst Usage(lbs): 9,509.9 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(Ib/gal): 9.67
CAS No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
3M4200 Usage(gal): 47.01 VOC Content(wt%): 1.000 VOCs(lbs): 462.5
3M Adhesive Sealant 4200 Usage(lbs): 462.5 HAP Content(wt°/m): 0.003 HAPs(Ibs): 1.4
Density(Iblgal): 9.84
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
101-68-8 Methylenebis(phenylis 0.30% 0.003 1.4
4324 Usage(gal): 1,877.1 VOC Content(wt%): 0.400 t'OC (:I)s?: 4,322.8
Polycor White Gelcoat Usage(lbs)- 19,694.0 HAP Content(wt%): 0.400 HAPs(lbs): 4,322.8
(948WJ201) Density(Ib/gal): 10.49
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 40.00% 0.220 4,322.8
435 Usage(gal). 23.4 VOC Content(wt%): 0.020 VOCs(Ibs): 5.2
Marine Sealant Fast Cure 5200 Usage(Ibs) 260.0 HAP Content(wP/u): 0.000 HAPs(lbs): 0.0
Density(lb/gal): 11.09
CAS No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
4628 Usage(gal): 14.9 VOC Content 1.000 VOCs(lbs): 115.5
Color Blender(DBC500) sage(lbs): 115.5 HAP Content 0.130 HAPs(Ibs): 15.0
Densi 7.76
CAS No Chemical Weight% ;r HAP/TAP Lbs
100-41-4 Ethylbenzene 1.50% 0.015 1.7
108-88-3 Toluene 1.50% 0.015 1.7
1330-20-7 Xylene(mixed isomers 10.00% 0.100 11.5
4629 Usage(gal): 88.3 VOC Content(wt%): 0.508 VOCs(lbs): 356.4
Clear Coats Usage(lbs): 701.9 HAP Content(wt%): 0.760 HAPs(lbs): 533.5
Density(Ib/gal): 7.95
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-41-4 Ethylbenzene 5.00% 0.050 35.1
108-10-1 Methyl Isobutyl Ketone 20.00% 0.200 140.4
100-42-5 Styrene 1.00% 0.010 7.0
108-88-3 Toluene 10.00% 0.100 70.2
1330-20-7 Xylene(mixed isomers 40.00% 0.400 280.8
©Value Environmental 6/14/2008 Page 6 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
4630 Usage(gal): 201.5 VOC Content(wt%): 1.000 VOCs(lbs): 1,392.9
Reducers Usage(Ibs): 1,392.9 HAP Content(wt%): 0.460 HAPs(lbs): 640.7
Density(lb/gal): 6.91
Chemical Weight% E-Factor HAPITAP Lbs
100-41-4 Ethylbenzene 1.00% 0.010 13.9
110-54-3 n-Hexane 5.00% 0.050 69.6
108-88-3 Toluene 30.00% 0.300 417.9
1330-20-7 Xylene(mixed isomers 10.00% 0.100 139.3
4631 Usage(gal): 126.1 VOC Content\'vvt%): 0.860 VOCs(lbs): 922.2
Deltron 2000 Basecoats Usage(lbs). 1,072.3 HAP Content(wt%): 0.760 HAPs(lbs) 815.0
Density(lb/gal): 8.51
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-41-4 Ethylbenzene 5.00% 0.050 53.6
108-10-1 Methyl Isobutyl Ketone 20.00% 0.200 214.5
N/A Nickel Compounds 1.00% 0.010 10.7
108-88-3 Toluene 30.00% 0.300 321.7
1330-20-7 Xylene(mixed isomers 20.00% 0.200 214.5
4635a Usage(gal): 7.8 VOC Content(wt',,� 0.161 101,'s(lbs): 11.2
DCX Hardener Usage(Ibs): 69.4 HAP Content(wt%) 0.010 HAPs(Ibs): 0.7
Density(lb/gal): 8.96
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
822-06-0 Hexamethylene diisoc 1.00% 0.010 0.7
4635c Usage(gal): 9.9 VOC Content(wt%): 0.583 VOCs(lbs): 47.1
Primer Surface Catalyst(K201) Usage(lbs): 80.8 HAP Content(wt%): 0.110 HAPs(ibs): 8.9
Density(lb/gal): 8.15
CAS No Chemical gilt% E-Factor HAP/TAP Lbs
822-06-0 Hexamethylene diisoc 1.00% 0.010 0.8
108-88-3 Toluene 10.00% 0.100 8.1
4923 Usage(gal): 53.0 VOC Content(wt%l: 0.300 VOCs(lbs): 16.7
Laminex Fillet Usage(lbs): 442.0 HAP Content(wt%): 0.300 HAPs(Ibs): 16.7
Density(lb/gal): 8.34
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 30.00% 0.038 16.7
519 Usage(gal): 1,461.0 VOC Content(wt%): 0.244 VOCs(lbs): 411.5
Poly-Bond B39 Adhesive Usage(lbs): 13,403.2 HAP Content(wt%): 0.244 HAPs(Ibs): 411.5
Density(lb/gal): 9.17
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 24.40% 0.031 411.5
©Value Environmental 6/14/2008 Page 7 of 12

Fountain Powerboats Washington Plant: Usage and VOC&HAP Emissions Year Ending: December 2007
5221010 Usage(ga'. 0.9 Or,Content(wt%): 0.082 _jCs(Ibs 0.8
Sikaflex 291,White Usage(Ibs): 9.3 "AP Content(wt%): 0.050 HAPs(Ibs 0.5
Density(Ih/q !'. 9.92
CAS No Ghern ea! ght% HAPITA?!.h>
1330-20-7 Xylene(mixed isomers 5.00% 0.050 0.5
5223038 Usage(gall 11.0 VOC Content`vr: 0.012 OCs(Ibs): 1.2
Tite Bond II Adhesive(Wood Usage(Ibs 100.1 HAP Cortent twt 0.000 `+Ps obs): 0.0
Glue) C 9.10
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
6040 Usage(gal): 1,023.8 IOC Content(wt%): 0.387 VOCs(Ibs)! 2,021.2
Polycor Black Gelcoat(944B025) Usage{' , 10,366.0 -.AP Content(wt%): 0.387 APs(lb s; 2,021.4
Density(lb/gal): 10.12
CAS No Chemical Weight% HAP/TAP Lbs
80-62-6 Methyl Methacrylate 4.63% 0.038 388.7
100-42-5 Styrene 34.11% 0.158 1,632.6
647A Usage(ga; 121.1 VOC Content(wt` 0.000 VOCs(Ibs._ 0.0
Polyurethane Foam Part A Usage(Ibs): 1,252.2 HAP Content(wt` 0.000 HAPs(Ibs) 0.0
Density(lb/ga 10.34
CAS No Chemical Weight% actor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
647E Usage(gal): 180.0 VOC Content(wt%): 0.000 VOCs(Ibs): 0.0
Polyurethane Foam Part B Usage(Ibs`, 1,801.7 HAP Content(wt%): 0.000 HAPs(Ibs): 0.0
Density(iblga1): 10.01
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
8929 Usage(gal): 36.0 VOC Content(wt%): 0.150 VOCs(Ibs; 77.0
AOTECH White Resin(#14 Usage(Ibs? 513.4 HAP Content(wt%): 0.150 HAPs(Ibs? 77.0
Ultra) Density(lb/gal): 14.26
CAS No Chemical Weight% E-Fact__ HAPITAP Lbs
100-42-5 Styrene 15.00% 0.150 77.0
9427 Usage(gal): 21.0 VOC Content(wt%): 1.000 -)Cs 147.0
Kantstick Maxi Pull Usage(Ibs): 147.0 HAP Content(wt%): 0.580 HAPs(Ibs' 85.3
Density(lb(gal): 7.00
Chemical Weight% or HAP/TAP Lbs
98-82-8 Cumene 3.00% 0.030 4.4
100-41-4 Ethylbenzene 5.00% 0.050 7.4
1330-20-7 Xylene(mixed isomers 50.00% 0.500 73.5
©Value Environmental 6/14/2008 Page 8 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
945B201 Usage(gal): 67.4 VOC Content(wt%): 0.484 VOCs(Ibs, 182.8
Polycor Black Tooling Gelcoat Usage(lbs): 606.3 HAP Content(wt%): 0.481 HAPs(lbs): 181.0
(945B201) Density(lb/gal): 8.99
CAS No Chemical It E-Factor HAPfTAP Lbs
80-62-6 Methyl Methacrylate 4.46% 0.038 22.7
100-42-5 Styrene 43.64% 0.261 158.2
963AK218 Usage(gal): 75.4 VOC Content(wt%; 0.309 VOCs(lbs): 134.0
Silver Gelcoat(963AK218) Usage(lbs): 801.9 HAP Content(wt°/o): 0.301 HAPs(Ibs): 127.0
Density(lb/gal): 10.63
CAS No Chemical Weight% E-Factor HAPffAP Lbs
80-62-6 Methyl Methacrylate 6.27% 0.053 42.1
100-42-5 Styrene 23.79% 0.106 84.9
963GK131 Usage(gal). 113.3 VOC Content(wt4 0.284 VOCs(lbs): 265.2
HAP33 Sea Foam Gelcoat Usage(lbs): 1,251.0 HAP Content(wt°/i 0.284 HAPs(lbs): 265.2
(963GK131) I Density(lb/gal; 11.04
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
80-62-6 Methyl Methacrylate 6.16% 0.049 61.3
100-42-5 Styrene 22.23% 0.163 203.9
9631-281 Usage(gal): 62.7 VOC Content(wt%). 0.288 VOCs(lbs): 108.6
Carolina Blue Gelcoat(9631-281) U-,_ji a!il_. 692.6 HAP Content(wt%): 0.281 HAPs(lbs): 104.1
Density(ib/gal): 11.05
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
80-62-6 Methyl Methacrylate 6.14% 0.053 36.4
100-42-5 Styrene 21.99% 0.098 67.8
963LA855 Usage!a3ij: 998.5 VOC Content(wt°'o): 0.284 VOCs(Ibs): 1,552.4
Cobalt Gelcoat(963LA855) Usage ibs' 10,667.0 HAP Content(wt°!°): 0.284 HAPs(lbs): 1,552.0
Density(lb/gal): 10.68
Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 5.83% 0.045 480.0
100-42-5 Styrene 22.58% 0.101 1,072.0
963LA862 Usage(gal): 129.6 VOC Content(wt%): 0.280 VOCs(lbs): 198.2
Midnight Gelcoat(963LA862) Usage(lbs): 1,373.0 HAP Content(wt%): 0.280 HAPs(Ibs): 198.3
Density(lb/gal): 10.59
CAS No Chemical Weight% E-Factor HAPfTAP Lbs
80-62-6 Methyl Methacrylate 5.63% 0.045 61.8
100-42-5 Styrene 22.34% 0.099 136.5
©Value Environmental 6/14/2008 Page 9 of 12

Fountain Powerboats Washington Plant: Usage and VOC&HAP Emissions Year Ending: December 2007
963RH333 Us: gal): 87.3 -ontent(wt%). 0.288 s; 136.5
Red Gelcoat(963RH333) Usa9a(lbs): 928.0 ,Ar-Content(wt%): 0.288 119s): 136.5
Density(lb/gal): 10.63
CAS No 'hemicsl Veight% =rtor HAPITAP LbS
80-62-6 Methyl Methacrylate 5.81% 0.045 41.8
100-42-5 Styrene 22.95% 0.102 94.8
963WJ825 Usage(gal): 6,700.3 VOC Content(wt%: 0.285 VOCs Obc. 12,243.9
White Gelcoat(963WJ825) Usage(lbs) 76,135.2 HAP Content(wt%): 0.277 11,638.4
Density(lb/gal): 11.36
CAS No Chemical Weight% E-Factor HAPITAP L
80-62-6 Methyl Methacrylate 8.50% 0.068 5,139.1
100-42-5 Styrene 19.18% 0.085 6,499.2
963YH582 Usage(ga;; 50.5 VOC Content(wt%): 0.279 VOCs(lbs). 78.4
Yellow Gelcoat(963YH582) Usage(lbs): 545.01 HAP Content(wt%): 0.280 HAPs(lbs) 78.4
Density(Ib/gal): 10.80
CAS No Chemical /Veight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 5.75% 0.045 24.5
100-42-5 Styrene 22.20% 0.099 53.8
963YJ133 Usage(gal). 127.61 VOC Content(wt%): 0.279 DCs(lbs): 211.5
Fighting Yellow Gelcoat Usage(lbs, 1,413.0 HAP Content(wt%): 0.279 HAPs(lbs): 211.5
(963YJ133) Density(lb/gal): 11.08
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 6.11% 0.053 74.2
100-42-5 Styrene 21.83% 0.097 137.3
963YK140 Usage(gal): 7.0 OG Content(wt',-y 0.283 VOCs(II)-; 10.9
Canary Yellow Gelcoat Usage(lbs): 75.0 HAP Content(wt%): 0.283 HAPs(Ibs): 10.9
(963YK140) Density(lb/gal): 10.66
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 5.58% 0.045 3.4
100-42-5 Styrene 22.69% 0.101 7.6
970C949 Usage(gal): 9.0 JOC Content(wt%): 0.920 VOCs(lbs): 14.1
Polycor 8%Wax Solution Usage(lbs! 67.2 -iAP Content(wt%): 0.920 ''Aft(lbs): 14.1
(970C949) Density(lb/gal): 7.46
c U.r, Chemical Weight% E-Face: HAPITAP Lbs
100-42-5 Styrene 92.00% 0.210 14.1
970XJ037 Usage(gal): 141.7 'OC Content(wt; 0.583 JOGS(ibs, 146.1
Patchaid(970XJ037) !'sage(lbs): 1,212.6 HAP Content(wt%): 0.574 HAPs(lbs) 134.9
Density(lb/gal): 8.56
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 57.40% 0.111 134.9
©Value Environmental 6/14/2008 Page 10 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
NONE1 Usage(gal). 45.5 VOC Content(wt%): 0.433 VOCs(Ibs): 167.4
3M Perfect It 05936 Usage(lbs): 387.1 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(Ib/gal): 8.51
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
NONE11 Usage(gal): 485.61 VOC Content(wt%): 0.672 VOCs(Ibs): 2,549.6
Staput Adhesive(SP4H) Usage(Ibs): 3,795.0 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
'Ib/gal): 7.81
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
NONE12 Usage(gal): 13.01 VOC Content(wt%): 0.200 VOCs(Ibs): 3.1
Filler Bondo Usage(Ibs): 124.7 HAP Ccwt<: 0.200 t'" " s'. 3.1
Density(lblgal): 9.59
CAS No Chemical Weight% E-Factor HAP(TAP Lbs
100-42-5 Styrene 20.00% 0.025 3.1
NONE13 Usage(gal): 29.3 VOC Content(wt%l: 0.750 VOCs(Ibs): 127.5
Adhesive(3M Super 77) Usage(lbs): 170.0 HAP Content(wt%): 0.010 HAPs(lbs): 1.7
Density(lb/ga1): 5.81
j= • t n Chemical Weight% E-Factor HAPlTAP Lbs
110-54-3 n-Hexane 1.00% 0.010 1.7
NONE15 Usage(gal): 1,045.0 VOC Content(wtu/o 0.175 VOCs(Ibs): 1,555.7
Cleaner(HPP5) Usage(lbs): 8,889.E HAP Content(wt/.): 0.000 HAPs(lbs): 0.0
Density(Ib/gal): 8.51
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
NONE2 Usage(gal): 338.5 VOC Content(wt4%p: 0.660 VOCs(Ibs): 2,349.2
3M Imperial 06044 Usage(ibs): 3,557.1 HAP Content(}4.''F>;+. 0.000 HAPs(Ibs): 0.0
Density(lb/gal): 10.51
CAS No Chemical Weight% E-Factor HAWTAP Lbs
No reportable HAPs 0.00% 0.000 0.0
NONE20 Usage(gal): 5.0 VOC Content(m ° 0.300 V 0i--= Ibs1: 1.5
Arjay Putty Usage(Ibs): 45.9 HAP Content(wt%): 0.300 FIAPs(Ibs): 1.5
Density(Ib/gal): 9.17
CAS No Chemical Weight% E-Factor HAPlTAP Lbs
100-42-5 Styrene 30.00% 0.032 1.5
NONE21 Usage(gal): 5.1 VOC Content(wt%): 1.000 VOCs(Ibs): 38.0
Styrene Monomer Usage(lbs): 38.0 HAP Content(wt%): 1.000 HAPs(Ibs): 38.0
Density(Iblga1) 7.51
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 100.00% 1.000 38.0
©Value Environmental 6/1 412 0 0 8 Page 11 of 12

Fountain Powerboats Washington Plant: Usage and VOC&HAP Emissions Year Ending: December 2007
NONE5 Usage(gai; 212.0 .F. 0.700 1,040.0
Wax Honey(P5401520) Usage(Ibs; 1,185.2 HAP Content(wt'ir). 0.000 HAPs(lbs): 0.0
Density(lb/gal; 7.01
C A.v No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
Month(Ibs) Month(tons)
VOCs: 106,153 53.08
HAPs: 84,588 42.29
©Value Environmental 6/14/2008 Page 12 of 12

Fountain Powerboats Washington Plant:Usage&Emissions Year Ending: December 2007
Emissions (lbs) Emissions (tons)
HAP?
98-82-8 Cumene 4 0.00
84-74-2 Dibutyl Phthalate 215 0.11
131-11-3 Dimethyl Phthalate 244 0.12
100-41-4 Ethylbenzene 135 0.07
N/A Glycol Ethers 62 0.03
822-06-0 Hexamethylene diisocyanate 2 0.00
67-56-1 Methyl Alcohol 3 0.00
108-10-1 Methyl Isobutyl Ketone 355 0.18
80-62-6 Methyl Methacrylate 17,483 8.74
101-68-8 Methylenebis(phenylisocyanate 1 0.00
110-54-3 n-Hexane 71 0.04
N/A Nickel Compounds 11 0.01
No reportable HAPs 0 0.00
100-42-5 Styrene 64,374 32.19
108-88-3 Toluene 820 0.41
1330-20-7 Xylene(mixed isomers) 808 0.40
Subtotal 84,588 42.29
HAP?
141-78-6 Ethyl Acetate 57 0.03
78-93-3 Methyl Ethyl Ketone 1,067 0.53
Subtotal 1,123 0.56
Total 85,711 42.86
©Value Environmental 6/14/2008 Page 1 of 1
J

Emissions Inventory Review/Data Tracking Form
Facility Name: Facili ID:
v 0 l 2
Permit Writer: Inspector: Confidential?
Initial Review /Data Entry
❑ If confidential information received, it has been properly labeled and stored. Sanitized copies have been
received for public use.
❑ Two copies of inventory were received and responsible official signed forms.
Inventory Review/Database Entry
GYForms appear to be complete B—'_Calculations and control efficiencies
supporting emissions appear correct
B-'Calculations appear to add up ok B'/All permitted sources and required
significant activities are quantified
❑ All compliance issues resulting from review are being addressed. (i.e.toxics,emission limitations
exceeded,unpermitted sources)
B'—AII volatile HAPS/TAPS are included in the VOC total
p/AII appropriate ID numbers are entered where they should be(Source, Stack)
Ij All changes made in the review by AQ staff are in both copies of the inventory before sending to
Central Office.
Comments:
Signature: .. .
Date Billing Contact& General Data updated in FEES database ;2 .2 - o g
Date Emissions Data loaded into I-BEAM database
Remember: Confidential copies must be properly handled!
(S:\AIR\ ADMIN\2007 Emission Inventories\WARD inventory review form.doc)
WaRO Copy

ee,4e
Inventory Certification Form(Title V)
Facility Name: Fountain Power Boats Facility ID :0700122
1653 Whichards Beach Road SR 1166 Permit: 06175
Washington,NC 27889 County : Beaufort
DAQ Region :WARO
North Carolina Department of Environment and Natural Resources
Division of Air Quality
Air Pollutant Point Source Emissions Inventory—Calendar Year 2007
These forms must be completed and returned even if the facility did not operate or emissions were zero
The legally defined "Responsible Official"of record for your facility is Reggie Fountain
This person or one that meets the definition below must sign this certification form.
The official submitting the information must certify that he/she complies with the requirements as specified in Title 15A
NCAC 2Q.0520(b)which references and follows the federal definition.40 CFR Part 70.2 defines a responsible as meaning one
of the following:
1.For a corporation: a president, secretary,treasurer,or vice—president of the corporation in charge of a principal
business function,or any other person who performs similar policy or decision making functions for the overall
operation of one or more manufacturing,production,or operating facilities applying for a or subject to a permit and
either
i.the facilities employ more than 250 persons or have gross annual sales or expenditures exceeding$25
million(in second quarter 1980 dollars);or
ii. the delegation of authority to such representatives is approved in advance by the permitting authority;
2.For partnership or sole propietorship;a general partner or the proprietor, respectively;
3.for a muncipality,state,federal,or other public agency includes the chief executive officer having responsibility for the
overall operations of a principal geographic unit of the agency(e.g.,a Regional Administrator of EPA).
CERTIFICATION STATEMENT:
(Important: Legally Re on ' le ible Official read and sign after all submissions are finau
certify that I am the responsible official for this facility,as described above,and hereby certify that the information contained
in this air emissions report,including attached calculations and documentation,is true,accurate and complete. (Subject to legal
nalities of up to$10,000 per occurrence and possible imprisonment as outlined in G.S.§143-215.3(a)(2))
Responsible Official's Signature Below (use blue ink): Date Si ed:
Printed Name: ✓„b 4- A ev,so,;
i nature:
This form applies to Title V acilities. If this facility is not classified as Title V,please telephone your regional office Emission
Inventory contact at once for proper forms.
Email address of Responsible Official: ��1R�ar5UN��uNTrNPv�i (� �M
L' v L
Information on this Form cannot be h fi"a12 6 20oS
DAQ WARD
WaRO Copy
1

Facility Name i OVAMANJ 2OF-p �p47 S Facility ID 0 7(3C 1 2 2
North Carolina Department of Environment and Natural Resources
Division of Air Quality
General Information
If any information already provided to DAQ has changed or otherwise is incorrect, please
provide corrections. You may leave blanks where the information is unchanged.
(Except Facility ID and Name).
Physical (911) Address of Facility
Name of Responsible Official 1)4JiD 44P_D1'5&"j
Title Fj tAjEER Telephone# 25z 9 7S - 7069
E-Mail Address dl?A"156NLOoyyT��,�/DowE2bev4r5 , C'DiY7
Mailing Address of Responsible Official
Name of Facility Technical/Permit Mailing Contact
Title Telephone# �) -
E-Mail Address
Mailing Address of Responsible Official
Name of Inspection Contact
Title Telephone# ( ) -
E-Mail Address
Name of Billing/Invoice Contact
Title Telephone# ( ) -
E-Mail Address
Billing/Invoice Company
Billing/Invoice Address
Standard Industrial Classification (SIC) Code(s)
North American Industry Classification System
(NAICS-six digit) Code(s)-
If known (see instructions)on
Report Prepared by ( �tOL- ZW/L-4 Telephone# 7( oq s 3
E-Mail Address Zqw iL-4 VA1_VEE 11 VIR61,jWCA r,gC.,Cd t'I
Provide to Appropriate DAQ Regional Office as needed.
Information on This Form cannot be held confidential.

Fountain Powerboats
2007 Emission Inventory Calculations
VOC,HAP and PM Emission Calculations
This document describes actual Volatile Organic Compound(VOC),Particulate Matter(PM)and
Hazardous Air Pollutant(HAP)emissions from the facility. Emission calculations utilize the
Unified Emission Factors(UEF)for open molding of composites dated July 23,2001. An
attached table lists the basis for each emission factor(E-factor)utilized in the emissions
calculations. A copy of the July 23,2001 UEF table is also included with this letter.
The gelcoat spray guns are atomized. The styrene emission factor used for gelcoats is from the
gelcoat application row of the UEF table. The Methyl Methacrylate(MMA)emission factor used
for gelcoats is based on the MMA gelcoat application row of the UEF table. The resin guns are
non-atomized. The emission factor for lamination resins is taken from the mechanical non-
atomized row of the UEF table.
Small quantities of highly reactive liquid organic perioxide solutions(e.g.,Hi Point 90)are used
by the reinforced plastics industry to initiate the polymerization reaction in the resin or gelcoat
material. Emission estimates in this permit application are based on the composite Manufacturer
Associations' study,"Emission Factors for Liquid Organic Peroxide Catalysts used in the Open
Molding of Composites." The emission factor for Dimethyl Phthalate(DMP)or other utilized
organic is 0.04%of the available DMP by weight or 0.0144(0.04 x 36%).
Usage of and thus emissions from other raw materials(e.g.,mold cleaners and sealers,etc.)at the
Washington plant are smaller in nature. Emissions from these other material usages and/or
chemicals utilize a similar methodology or conservatively assume all of the chemical is emitted
(e.g.,solvents in paints used).
Particulate emissions from painting are calculated assuming a 1%total weight loss with 50
percent of those emissions PM10 and 25 percent of those emissions PM2.5 as a conservative
estimate with no controls.
Particulate emissions from paint usage:
9,400 lbs paint bought plant-wide
assume 1%loss as particulate emissions,50%of that is PM10 and 25%is PM2.5
9,400 lbs x 0.01 =94 pounds PM/year=0.05 tons PM/year
94 lbs PM x 0.5=47 pounds PM10/year=0.025 tons PM10/year
94 lbs PM x 0.25=23 pounds PM2.5/year—0.013 tons PM2.5/year
Particulate emissions from hull and deck grinding:
1,100,000 lbs resin and gelcoat bought plant-wide
assume 1%loss with 25%of that emitted as particulate emissions,50%of that is PM10 and 25%
is PM2.5-
1,100,000 lbs x 0.01 x 0.25=2,750 pounds PM/year= 1.38 tons PM/year
2,750 lbs PM x 0.5= 1,375 pounds PM10/year=0.69 tons PMjo/year
2,750 lbs PM x 0.25=660 pounds PM2.5/year=0.33 tons PM2.5/year

Unified Emission Factors for Open Molding of Composites
July 23,2001
Emission Rate in Pounds of Styrene Emitted per Ton of Resin or Gelcoat Processed
Styrene content in resin/gelcoat,%ttl <33(2) 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 >50(2)
Manual 0.126 x%styrene x 2000 83 89 94 100 106 1 112 117 123 129 1134 140 146 1152 157 163 1169 1174 1180 ((0.286 x%styrene)-0.0529)x 2000
Manual w/Vapor Suppressed Resin VSR(3) Manual emission factor[listed above] x (1 - (0.50 x specific VSR reduction factor for each resin/suppressant formulation))
Mechanical Atomized 0.169 x%styrene x 2000 111 126 1 140 1 154 1 168 1 183 1 197 211 225 240 1254 1 268 1 283 1 297 1 311 1 325 1 340 1 354 1 ((0.714 x%styrene)-0.18)x 2000
Mechanical Atomized with VSR(3, Mechanical Atomized emission factor[listed above] x (1 - (0.45 x specific VSR reduction factor for each resin/suppressant formulation))
Mechanical Atomized Controlled Spray(4) 0.130 x%styrene x 2000 86 1 97 1 108 1 119 1 130 1 141 1 152 1 163 174 185 196 1 207 1 218 1 229 1 240 1 251 1 262 1 273 1 0.77 x((0.714 x%styrene)-0,18)x 2000
Mechanical Controlled Spray with VSR Mechanical Atomized Controlled Spray emission factor[listed above] x (1 - (0.45 x specific VSR reduction factor for each resin/suppressant formulation))
Mechanical Non-Atomized 0.107 x%styrene x 2000 1 71 1 74 1 77 1 80 1 83 1 86 1 89 1 93 1 96 1 99 102 1 105 1 108 1 111 1 115 1 118 1 121 1 124 1 ((0.157 x%styrene)-0.0165)x 2000
Mechanical Non-Atomized with VSR 131 Mechanical Non-Atomized emission factor[listed above] x (1 - (0.45 x specific VSR reduction factor for each resin/suppressant formulation))
Filament application 0.184 x%styrene x 2000 122 127 133 138 144 149 155 160 166 171 1 177 182 188 193 199 204 210 215 ((0.2746 x%styrene)-0.0298)x 2000
Filament application with VSR i'I 0.120 x%styrene x 2000 79 83 86 90 93 97 100 104 108 111 115 118 122 125 129 133 136 140 0.65 x((0.2746 x%styrene)-0.0298)x 2000
Gelcoat Application 0.445 x%styrene x 2000 294 315 336 356 377 398 418 439 460 481 501 522 543 564 584 605 626 646 ((1.03646 x%styrene)-0.195)x 2000
Gelcoat Controlled Spray Application(4) 0.325 x%styrene x 2000 215 230 245 260 275 290 305 321 336 351 366 381 396 411 427 442 457 472 0.73 x((1.03646 x%styrene)-0.195)x 2000
Gelcoat Non-Atomized Application iel SEE Note 9 below 196 205 214 223 232 241 250 259 268 278 287 296 305 314 323 332 341 350 ((0.4506 x%styrene)-0.0505)x 2000
Covered-Cure after Roll-Out Non-VSR process emission factor[listed above] x (0.80 for Manual <or> 0,85 for Mechanical)
Covered-Cure without Roll-Out Non-VSR process emission factor[listed above] x (0.50 for Manual <or> 0.55 for Mechanical)
Emission Rate in Pounds of Methyl Methacrylate Emitted per Ton of Gelcoat Processed
MMA content in gelcoat,%ts) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 2t20
Gel coat application(7) 15 1 30 45 60 75 90 105 120 135 150 165 180 195 210 225 240 1255 270 285 1 0.75 x%MMA x 2000
Notes
1 Including styrene monomer content as supplied,plus any extra styrene monomer added by the molder,but before addition of other additives such as powders,fillers,glass,...etc.
2 Formulas for materials with styrene content<33%are based on the emission rate at 33%(constant emission factor expressed as percent of available styrene),and for styrene content>50%on the emission rate based on the extrapolated factor equations;these
are not based on test data but are believed to be conservative estimates. The value for"%styrene"in the formulas should be input as a fraction. For example,use the input value 0.30 fora resin with 30%styrene content by wt.
3 The VSR reduction factor is determined by testing each resin/suppressant formulation according to the procedures detailed in the CFA Vapor Suppressant Effect/veness Test.
4 SEE the CFA Controlled Spray Handbook for a detailed description of the controlled spray procedures.
5 The effect of vapor suppressants on emissions from filament winding operations is based on the Dow Filament Winding Emissions Study.
6 Including MMA monomer content as supplied,plus any extra MMA monomer added by the molder,but before addition of other additives such as powders,fillers,glass,...etc.
7 Based on gelcoat data from NMMA Emission Study.
8 SEE the July 17,2001 EELS report Emission Factors for Non-Atomized Application of Gel Coats used/n the Open Molding of Composites for a detailed description of the non-atomized gelcoat testing.
9 Use the equation ((0.4506 x%styrene)-0.0505)x 2000 for gelcoats with styrene contents between 19%and 32%by wt.; use the equation 0.185 x%styrene x 2000 for gelcoats with less than 19%styrene content by wt.
UEF unified factors table revised July 23'01.xis

i
Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor i
Product Number Product Name UEF Row Chemical (%) (%)
1037 Resin(Corve 8153) Mechanical Non-Atomized Styrene 44.50% 0.0540
1328 Arjay 1201 Putty Mechanical Non-Atomized Styrene 30.00% 0.0321
13292 IPS Adhesive Activator N/A--10%emitted per MSDS Benzoyl Peroxide 14.00% 0.0140
13292 IPS Adhesive Activator N/A--10%emitted per MSDS Dibutyl Phthalate 80.00% 0.0800
13293 IPS Adhesive N/A--assume all emitted Methacrylic Acid 5.00% 0.0500
13293 IPS Adhesive Manual Methyl Methacrylate 65.00% 0.1330
13512 Cherry Wood Stain N/A--assume all emitted Ethylbenzene 0.60% 0.0060
13512 Cherry Wood Stain N/A--assume all emitted Glycol Ethers 8.00% 0.0800
13512 Cherry Wood Stain N/A--assume all emitted Xylene(mixed isomers) 4.00% 0.0400
13567 Resin(VEX-201-958-F) Mechanical Non-Atomized Styrene 35.00% 0.0385
13571 Web Grip 175 N/A No reportable HAPs 0.00% 0.0000
13665 Gelcoat(963WJ825) Gelcoat Application-MMA Methyl Methacrylate 8.46% 0.0675
13665 Gelcoat(963WJ825) Gelcoat Application Styrene 19.26% 0.0857
13706 AWLGARD Interior White Paint(WT8202) N/A--assume all emitted Glycol Ethers 2.00% 0.0200
13706-ACT AWLGARD Converter(WT3201) N/A No reportable HAPs 0.00% 0.0000
13794 3M Foam Fast 74 Cylinder Psray Adhesive N/A No reportable HAPs 0.00% 0.0000
13864 Adhesive Integra N/A--assume all emitted Dibutyl Phthalate 0.36% 0.0036
13864 Adhesive Integra N/A--assume all emitted Methyl Methacrylate 50.02% 0.5002
14321 Core-Bond B71 Adhesive Mechanical Non-Atomized Styrene 34.30% 0.0385
14441 Black Barrier Gelcoat(967BJ244) Gelcoat Application Styrene 31.77% 0.1414
1446 Armorcoate Yellow Gelcoat(951YA596) Gelcoat Application-MMA Methyl Methacrylate 8.80% 0.0600
1446 Armorcoate Yellow Gelcoat(951YA596) Gelcoat Application Styrene 31.35% 0.1395
Page I of 7

l
Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical (%) (%)
14540 Pitch Black Gelcoat(963BA025) Gelcoat Application-MMA Methyl Methacrylate 6.29% 0.0525
14540 Pitch Black Gelcoat(963BA025) Gelcoat Application Styrene 23.80% 0.1059
14617 Trulube Pearl(PBC36) N/A--assume all emitted Ethylbenzene 10.00% 0.1000
14617 Trulube Pearl(PBC36) N/A--assume all emitted Xylene(mixed isomers) 35.00% 0.3500
14618 Passion Pearl Pearl(PBC65) N/A- assume all emitted Ethylbenzene 10.00% 0.1000
14618 Passion Pearl Pearl(PBC65) N/A--assume all emitted Xylene(mixed isomers) 30.00% 0.3000
14618a Tangelo Pearl(PBC32) N/A--assume all emitted Ethylbenzene 10.00% 0.1000
14618a Tangelo Pearl(PBC32) N/A--assume all emitted Xylene(mixed isomers) 35.00% 0.3500
1500007 Dykem Blue 80600 N/A No reportable HAPs 0.00% 0.0000
1500009 Gray Sand Primer(707-007X) N/A--assume all emitted Ethyl Acetate 2.00% 0.0200
1500009 Gray Sand Primer(707-007X) N/A--assume all emitted Methyl Ethyl Ketone 11.50% 0.1150
1500009 Gray Sand Primer(707-007X) N/A--assume all emitted Styrene 22.10% 0.2210
1500110 Hi Point 90 Red(MEKP) N/A Dimethyl Phthalate 36.00% 0.0144
1500230 Black Tooling Gelcoat(94513201) Gelcoat Application-MMA Methyl Methacrylate 4.37% 0.0375
1500230 Black Tooling Gelcoat(94513201) Gelcoat Application Styrene 42.40% 0.2505
1500230m Black Tooling Gelcoat(9656J115) N/A--assume all emitted Methyl Alcohol 0.72% 0.0072
1500230m Black Tooling Gelcoat(96513J115) Gelcoat Application Styrene 38.07% 0.1990
1500500 Core-Bond B70 Adhesive Mechanical Non-Atomized Styrene 31.60% 0.0338
1500600 Foam(Elastopor P15390R) N/A No reportable HAPs 0.00% 0.0000
1500605 Foam(Elastopor P1001 U) N/A No reportable HAPs 0.00% 0.0000
1675 3M Finesse It#05928 N/A No reportable HAPs 0.00% 0.0000
1700 Patchaid(970XJ037) Manual Styrene 57.45% 0.1114
1700a Sealer N/A No reportable HAPs 0.00% 0.0000
Page 2 of 7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical (%) (%)
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted 0.00% 0.0000 II
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted 1,2,4-Tri methyl benzene 5.00% 0.0500
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted 2-Butoxyethyl Acetate 5.00% 0.0500
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted Ethylbenzene 5.00% 0.0500
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted N-Butyl Alcohol 5.00% 0.0500
2055 Polyurethanes(Concept Acrylic) N/A--assume all emitted Styrene 1.00% 0.0100
2055 Polyurethanes(Concept Acrylic) N/A assume all emitted Xylene(mixed isomers) 30.00% 0.3000
2476 Hi Point 90 Clear(MEKP) N/A Dimethyl Phthalate 36.00% 0.0144
2817 Gray Sand Primer(707-007X) N/A--assume all emitted Ethyl Acetate 2.00% 0.0200
2817 Gray Sand Primer(707-007X) N/A--assume all emitted Methyl Ethyl Ketone 11.50% 0.1150
2817 Gray Sand Primer(707-007X) N/A--assume all emitted Styrene 22.10% 0.2210
3035 Ampreg 22 Laminating Resin No reportable HAPs 0.00% 0.0000
3525 Clear Hi-Gloss Additive(904-001X) N/A--assume all emitted Methyl Ethyl Ketone 14.20% 0.1420
3525 Clear Hi-Gloss Additive(904-001X) N/A--assume all emitted Styrene 33.60% 0.3360
3699 Speed Patchaid(970X900) Manual Styrene 50.12% 0.0900
3895 BPO/5 Paste Catalyst N/A No reportable HAPs 0.00% 0.0000
3M4200 3M Adhesive Sealant 4200 N/A--assume all emitted Methylenebis(phenylisocyanate) 0.30% 0.0030
4324 Polycor White Gelcoat(948WJ201) Gelcoat Application Styrene 40.00% 0.2195
435 Marine Sealant Fast Cure 5200 N/A No reportable HAPs 0.00% 0.0000
4628 Color Blender(DBC500) N/A--assume all emitted Ethylbenzene 1.50% 0.0150
4628 Color Blender(DBC500) N/A--assume all emitted N-Butyl Alcohol 10.00% 0.1000
4628 Color Blender(DBC500) N/A--assume all emitted Toluene 1.50% 0.0150
4628 Color Blender(DBC500) N/A--assume all emitted Xylene(mixed isomers) 10.00% 0.1000
Page 3 oj'7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical (%) (%)
4629 Clear Coats N/A--assume all emitted Ethylbenzene 5.00% 0.0500
4629 Clear Coats N/A--assume all emitted Methyl Isobutyl Ketone 20.00% 0.2000
4629 Clear Coats N/A--assume all emitted Styrene 1.00% 0.0100
4629 Clear Coats N/A--assume all emitted Toluene 10.00% 0.1000
4629 Clear Coats N/A--assume all emitted Xylene(mixed isomers) 40.00% 0.4000
4630 Reducers N/A--assume all emitted Ethylbenzene 1.00% 0.0100
4630 Reducers N/A--assume all emitted Methyl Ethyl Ketone 40.00% 0.4000
4630 Reducers N/A--assume all emitted n-Hexane 5.00% 0.0500
4630 Reducers N/A--assume all emitted Toluene 30.00% 0.3000
4630 Reducers N/A -assume all emitted Xylene(mixed isomers) 10.00% 0.1000
4631 Deltron 2000 Basecoats N/A--assume all emitted 1,2,4-Trimethylbenzene 5.00% 0.0500
4631 Deltron 2000 Basecoats N/A--assume all emitted 2-Butoxyethyl Acetate 5.00% 0.0500
4631 Deltron 2000 Basecoats N/A--assume all emitted Ethylbenzene 5.00% 0.0500
4631 Deltron 2000 Basecoats N/A--assume all emitted Methyl Ethyl Ketone 20.00% 0.2000
4631 Deltron 2000 Basecoats N/A--assume all emitted Methyl Isobutyl Ketone 20.00% 0.2000
4631 Deltron 2000 Basecoats N/A--assume all emitted N-Butyl Alcohol 20.00% 0.2000
4631 Deltron 2000 Basecoats N/A--assume all emitted Nickel Compounds 1.00% 0.0100
4631 Deltron 2000 Basecoats N/A--assume all emitted Toluene 30.00% 0.3000
4631 Deltron 2000 Basecoats N/A--assume all emitted Xylene(mixed isomers) 20.00% 0.2000
4635a DCX Hardener N/A--assume all emitted Hexamethylene diisocyanate 1.00% 0.0100
4635a DCX Hardener N/A--assume all emitted Isophorone Diisocyanate 1.00% 0.0100
4635b DFX11 Hardener N/A--assume all emitted Isophorone Diisocyanate 5.00% 0.0500
4635c Primer Surface Catalyst(K201) N/A--assume all emitted Ethyl Acetate 10.00% 0.1000
Page 4 oJ'7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical
4635c Primer Surface Catalyst(K201) N/A--assume all emitted Hexamethylene diisocyanate 1.00% 0.0100
4635c Primer Surface Catalyst(K201) N/A--assume all emitted Toluene 10.00% 0.1000
4923 Laminex Fillet Manual Styrene 30.00% 0.0378
519 Poly-Bond B39 Adhesive Mechanical Non-Atomized Styrene 24.40% 0.0307
5212100 3M Super Duty 05955 N/A--assume all emitted 1,2,4-Trimethylbenzene 1.00% 0.0100
5221010 Sikaflex 291,White N/A--assume all emitted Xylene(mixed isomers) 5.00% 0.0500
5223038 Tite Bond II Adhesive(Wood Glue) N/A No reportable HAPs 0.00% 0.0000
6040 Polycor Black Gelcoat(944B025) Gelcoat Application-MMA Methyl Methacrylate 4.63% 0.0375
6040 Polycor Black Gelcoat(944B025) Gelcoat Application Styrene 34.11% 0.1575
647A Polyurethane Foam Part A N/A No reportable HAPs 0.00% 0.0000
647B Polyurethane Foam Part B N/A No reportable HAPs 0.00% 0.0000
8929 AOTECH White Resin(#14 Ultra) N/A--assume all emitted Styrene 15.00% 0.1500
9427 Kantstick Maxi Pull N/A -assume all emitted Cumene 3.00% 0.0300
9427 Kantstick Maxi Pull N/A--assume all emitted Ethylbenzene 5.00% 0.0500
9427 Kantstick Maxi Pull N/A--assume all emitted Xylene(mixed isomers) 50.00% 0.5000
9456201 Polycor Black Tooling Gelcoat(945B201) Gelcoat Application-MMA Methyl Methacrylate 4.46% 0.0375
945B201 Polycor Black Tooling Gelcoat(945B201) Gelcoat Application Styrene 43.64% 0.2610
963AK218 Silver Gelcoat(963AK218) Gelcoat Application-MMA Methyl Methacrylate 6.27% 0.0525
963AK218 Silver Gelcoat(963AK218) Gelcoat Application Styrene 23.79% 0.1059
963GK131 HAP33 Sea Foam Gelcoat(963GK131) Gelcoat Application-MMA Methyl Methacrylate 6.16% 0.0490
963GK131 HAP33 Sea Foam Gelcoat(963GK131) Gelcoat Application Styrene 22.23% 0.1630
963L281 Carolina Blue Gelcoat(963L281) Gelcoat Application-MMA Methyl Methacrylate 6.14% 0.0525
9631-281 Carolina Blue Gelcoat(9631-281) Gelcoat Application Styrene 21.99% 0.0978
Page 5of7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical (%) (%)
963LA855 Cobalt Gelcoat(963LA855) Gelcoat Application-MMA Methyl Methacrylate 5.83% 0.0450
963LA855 Cobalt Gelcoat(963LA855) Gelcoat Application Styrene 22.58% 0.1005
963LA862 Midnight Gelcoat(963LA862) Gelcoat Application-MMA Methyl Methacrylate 5.63% 0.0450
963LA862 Midnight Gelcoat(963LA862) Gelcoat Application Styrene 22.34% 0.0994
963RH333 Red Gelcoat(963RH333) Gelcoat Application-MMA Methyl Methacrylate 5.81% 0.0450
963RH333 Red Gelcoat(963RH333) Gelcoat Application Styrene 22.95% 0.1021
963WJ825 White Gelcoat(963WJ825) Gelcoat Application-MMA Methyl Methacrylate 8.50% 0.0675
963WJ825 White Gelcoat(963WJ825) Gelcoat Application Styrene 19.18% 0.0854
963YH582 Yellow Gelcoat(963YH582) Gelcoat Application-MMA Methyl Methacrylate 5.75% 0.0450
963YH582 Yellow Gelcoat(963YH582) Gelcoat Application Styrene 22.20% 0.0988
963YJ133 Fighting Yellow Gelcoat(963YJ133) Gelcoat Application-MMA Methyl Methacrylate 6.11% 0.0525
963YJ133 Fighting Yellow Gelcoat(963YJ133) Gelcoat Application Styrene 21.83% 0.0972
963YK140 Canary Yellow Gelcoat(963YK140) Gelcoat Application-MMA Methyl Methacrylate 5.58% 0.0450
963YK140 Canary Yellow Gelcoat(963YK140) Gelcoat Application Styrene 22.69% 0.1009
970C949 Polycor 8%Wax Solution(970C949) Manual Styrene 92.00% 0.2102
970XJ037 Patchaid(970XJ037) Manual Styrene 57.40% 0.1113
NONE1 3M Perfect It 05936 N/A No reportable HAPs 0.00% 0.0000
NONE11 Staput Adhesive(SP4H) N/A No reportable HAPs 0.00% 0.0000
NONE12 Filler Bondo Manual Styrene 20.00% 0.0252
NONE13 Adhesive(3M Super 77) N/A--assume all emitted n-Hexane 1.00% 0.0100
NONE15 Cleaner(HPP5) N/A No reportable HAPs 0.00% 0.0000
NONE2 3M Imperial 06044 N/A No reportable HAPs 0.00% 0.0000
NONE20 Arjay Putty Mechanical Non-Atomized Styrene 30.00% 0.0321
Page 6 of 7

Fountain Powerboats Washington Plant Emission Factor Documentation
Weight% E-Factor
Product Number Product Name UEF Row Chemical N (%)
NONE21 Styrene Monomer N/A--assume all emitted Styrene 100.00% 1.0000
NONE5 Wax Honey(P5401520) N/A No reportable HAPs 0.00% 0.0000
Page 7 of 7

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
1037 Usage(gal): 1,343.8 iOC Content(wt", 0.445 VOCs(lbs): 631.8
Resin(Corve 8153) Usage(lbs): 11,700.0 -iAP Content(wt` 0.445 HAPs(lbs): 631.8
Density(lb/gal,,. 8.71
Chemical eight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 44.50% 0.054 631.8
1328 Usage(gal): 295.0 JC content�W-, 0.300 VUGs(Ibs): 86.9
Arjay 1201 Putty Usage(lbs): 2,706.3 -AP Content(wt°% : 0.300 HAPs(Ibs): 86.9
Density(Iblgal): 9.17
CAS No Chemical 'Neight"I E-Factor HAPITAP Lbs
100-42-5 Styrene 30.00% 0.032 86.9
13292 Usage(gal): 245.0 ;OC Content(wt%): 0.940 VOCs(lbs): 208.8
IPS Adhesive Activator Usage(lbs): 2,221.1 +AP Content(wt%): 0.800 HAPs(lbs): 177.7
Density(Iblgal): 9.07
CAS No E-F HAPITAP Lbs
84-74-2 Dibutyl Phthalate 80.00% 0.080 177.7
13293 (gal` 1,881.0 VOC Content(wt%): 0.700 VOCs(lbs): 2,756.0
IPS Adhesive ,age(lbs- 15,060.0 HAP Content(wt%): 0.650 HAPs(lbs): 2,003.0
Density(Iblga" 8.01
CAS No Chemical Weight% c-rwv N"n,TR
80-62-6 Methyl Methacrylate 65.00% 0.133 2,003.0
13512 Usage(gal): 5.1 '0C Content(Wt 0.813 V 0 G 30.5
Cherry Wood Stain Usage(lbs): 37.4 iAP Content(wt`. 0.126 HAPs 4.7
Density(Ib/ga,; 7.34
CAS No Chemical Weight% E-F; HAPITAP Lbs
100-41-4 Ethylbenzene 0.60% 0.006 0.2
N/A Glycol Ethers 8.00% 0.080 3.0
1330-20-7 Xylene(mixed isomers 4.00% 0.040 1.5
13567 Usage(gal 93,073.5 JOC Content(wt 0.350 VOCs(lbs): 34,367.7
Resin(VEX-201-958-F) Usage(Ibs' 892,668.0 SAP Content(wt`>: 0.350 HAPs(lbs): 34,367.7
Density(Iblgal). 9.59
Chemical Weight% E-Factor HAP/TAP Lh-=
100-42-5 Styrene 35.00% 0.039 34,367.7
13571 Usage(gai): 22.5 ,HOC Content(wt%): 0.700 VOI--s(Ibs; 157.9
Web Grip 175 Usage(lbs): 225.6 HAP Content(wt%): 0.000 HAPs(Ibs? 0.0
Density(Iblgal): 10.01
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
©Value Environmental 6/14/2008 Page 1 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
13665 Usage(gal) 4,703.4 VOC Content(wt r_,1 0.277 VOCs(Ibs): 8,082.1
Gelcoat(963WJ825) Usage(Ibs)- 52,759.0 HAP Content(wt%). 0.277 HAPs(Ibs): 8,082.7
Density(lb/gal): 11.22
CAS No Chemical Weight% E-Fa+ or HAPITAP Lbs
80-62-6 Methyl Methacrylate 8.46% 0.068 3,561.2
100-42-5 Styrene 19.26% 0.086 4,521.4
13706 Usage(gal): 242.07VOC Content(wt%' 0.115 VOCs(Ibs): 340.0
AWLGARD Interior White Paint Usage(Ibs): 2,964.E HAP Content(wt%): 0.020 HAPs(Ibs): 59.3
(WT8202) Density(Iblgall 12.25
C ':,, Chemical Weight% E-Factor HAP,'TAP Lbs
N/A Glycol Ethers 2.00% 0.020 59.3
13706-ACT Usage(gal): 226.9 VOC Content(wt%): 0.094 VOCs(Ibs): 197.8
AWLGARD Converter(WT3201) Usage(Ibs): 2,112.4 HAP Content(wt%): 0.000 HAPs(Ibs): 0.0
Density(lb/gal): 9.31
CAS No Chemical Weight% E-Factor HAP(TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
13794 Usage(gal): 1,620.71 VOC Content(wt°/,,1. 0.775 VOCs(Ibs): 7,597.0
3M Foam Fast 74 Cylinder Usage(Ibs): 9,799.5 HAP Content(wt%): 0.000 HAPs(Ibs) 0.0
Psray Adhesive Density(Ib/gal): 6.05
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
13864 Usage(gal): 1,162.2 VOC Content(wt%): 0.504 VOCs(Ibs): 5,198.5
Adhesive Integra Usage(Ibs): 10,318.3 HAP Content(wt%): 0.504 HAPs(Ibs): 5,198.4
Density(Iblgall: 8.88
CAS No Chemical Weight% E-Factor HAPITAP Lbs
84-74-2 Dibutyl Phthalate 0.36% 0.004 37.1
80-62-6 Methyl Methacrylate 50.02% 0.500 5,161.2
14321 Usage(gal). 21,158.9 VOC Content(wt%): 0.343 VOCs(Ibs): 6,454.2
Core-Bond B71 Adhesive Usage(Ibs): 167,642.0 HAP Content(wt%): 0.343 HAPs(Ibs): 6.454.2
Density(lb/gal): 7.92
CAS No Chemical Weight% E-Factor HAPfrAP Lbs
100-42-5 Styrene 34.30% 0.039 6,454.2
14441 Usage(gal): 790.8 VOC Content(wt%): 0.325 VOCs(Ibs): 1,124.1
Black Barrier Gelcoat Usage(Ibs): 7,552.0 HAP Content(wt%): 0.318 HAPs(Ibs): 1,067.9
(967BJ244) Density(lb/gal): 9.55
GAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 31.77% 0.141 1,067.9
©Value Environmental 6/14/2008 Page 2 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
1446 1 Usage(gal). 61.7 VOC Content(wt',.i 0.394 �./OCs(Ibsy 113.E
Armorcoate Yellow Gelcoat Usage(lbs): 592.0 HAP Content(wt%o): 0.402 HAPs(lbs): 118.1
(951YA596) Density(lb/gal): 9.59
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 8.80% 0.060 35.5
100-42-5 Styrene 31.35% 0.140 82.6
14540 Usage(gal): 615.0 VOC Content(wt%): 0.301 VOCs(lbs): 1,037.3
Pitch Black Gelcoat(963BA025) Usage(lbs). 6,550.0 HAP Content(we/6): 0.301 HAPs(lbs): 1,037.5
Density(lb/gal): 10.65
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 6.29% 0.053 343.9
100-42-5 Styrene 23.80% 0.106 693.6
14617 Usage(gal): 20.4 VOC Content(wt%): 0.800 VOCs(lbs): 127.8
Trulube Pearl(PBC36) Usage(lbs): 159.7 HAP Content(wt%): OA50 HAPs(Ibs): 71.9
Density Ob!gal): 7.84
CAS No Chemical Weight E-Factor HAP/TAP Lbs
100-41-4 Ethylbenzene 10.00% 0.100 16.0
1330-20-7 Xylene(mixed isomers 35.00% 0.350 55.9
14618 Usage(gal): 4.3 VOC Content(wt%): 0.900 VOCs(Ibs): 30.3
Passion Pearl Pearl(PBC65) Usage(lbs): 33.7 HAP Content(wt%): 0.400 HAPs(lbs): 13.5
Density(Ib/gal): 7.84
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-41-4 Ethylbenzene 10.00% 0.100 3.4
1330-20-7 Xylene(mixed isomers 30.00% 0.300 10.1
14618a Usage(gal): 0.8 VOC Content(rrt° ): 0.800 VOCs(lbs): 4.9
Tangelo Pearl(PBC32) Usage(lbs): 6.1 HAP Content(wt%): 0.450 HAPs(lbs): 2.8
Density(lb/gal): 7.84
CAS Nc Chemical Weight% E-Factor HAPITAP Lbs
100-41-4 Ethylbenzene 10.00% 0.100 0.6
1330-20-7 Xylene(mixed isomers 35.00% 0.350 2.1
1500007 Usage(gal): 3.7 VOC Content(wt%): 1.000 VOCs(lbs): 26.1
Dykem Blue 80600 Usage(Ibs): 26.1 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(lb/gal): 7.09
CAS No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
1500009 Usage(gal): 40.0 VOC Content(wn',) 0.356 VOCs(Ibs): 154.4
Gray Sand Primer(707-007X) Usage(lbs): 433.7 HAP Content(wt%): 0.221 HAPs(Ibs): 95.8
Density(lb/gal): 10.84
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 22.10% 0.221 95.8
0 Value Environmental 6/14/2008 Page 3 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
1500110 1 Usage(gal): 1,504.2 VOC 0.360 VOCs(Ibs): 1937.
Hi Point 90 Red(MEKP) Usage(Ibs): 13,448.0 HAP Conteni kAi 0.360 HAPs(Ibs) 193.7
Density(Ib/gal, 8.94
CAS No Chemical E-Factor HAP/TAP Lbs
131-11-3 Dimethyl Phthalate 36.00% 0.014 193.7
1500230 Usage(gal): 5.0 VOC Content(wt%): 0.468 VOCs(Ibs): 13.0
Black Tooling Gelcoat(9456201) Usage(Ibs): 45.0 HAP Content(wt/.) 0.468 HAPs(Ibs): 13.0
Density(lb/gal). 9.09
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 4.37% 0.038 1.7
100-42-5 Styrene 42.40% 0.251 11.3
1500230m Usage(gal): 47.6 VOC Content(wt°/): 0.388 VOCs(Ibs): 89.3
Black Tooling Gelcoat Usage(Ibs): 433.0 HAP Content(wt%): 0.388 HAPs(lbs): 89.3
(9656J115) Density(lb/gal): 9.09
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
67-56-1 Methyl Alcohol 0.72% 0.007 3.1
100-42-5 Styrene 38.07% 0.199 86.2
1500500 Usage(gal): 2,842.0 VUC Content(wt io), 0.316 VOCs(lbs): 576.8
Core-Bond B70 Adhesive Usage(Ibs): 17,065.E HAP Content(wt%): 0.316 HAPs(Ibs): 576.8
Density(lb/gal): 6.00
CAS No Chemical Weight% E-Factor HAP1TAP Lbs
100-42-5 Styrene 31.60% 0.034 576.8
1500600 Usage(gal): 198.7 VOC Content(wt°'�! 0.000 VOCs(lbs): 0.0
Foam(Elastopor P15390R) Usage(Ibs): 1,800.0 HAP Content(wt°/): 0.000 HAPs(lbs): 0.0
Density(Ib/gal): 9.06
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
1500605 Usage(gal): 2,153.3 VOC Content(wt%): 0.000 VOCs(lbs): 0.0
Foam(Elastopor P1001U) Usage(Ibs): 22,007.0 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(lb/gal): 10.22
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
1675 Usage(gal): 17.0 VOC Content(wt%): 0.638 VOCs(Ibs): 90.4
3M Finesse It#05928 Usage(lbs) 141.8 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(lb/gal): 8.34
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
©Value Environmental 6/14/2008 Page 4 of 12

I,I
Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
1700 Usage(gal). 44.7 VOC Content(wY/: 0.574 OCs(Ibsl: 42.8
Patchaid(970XJ037) Usage(lbs): 384.0 HAP Content(wt%): 0.575 HAPs(lbs): 42.8
Density(lb/gal): 8.58
CAS Ne Weight% E-Factor HAPrTAP Lbs
100-42-5 Styrene 57.45% 0.111 42.8
1700a : sage(gal): 52.7 VOC Content(wt%, 0.358 VOCs(lbs): 232.2
Sealer Usage(lbs): 649.2 HAP Content(wt%'r 0.000 HAPs(lbs): 0.0
Density(Ib/gal;: 12.32
CAS No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
2055 Usage(gal): 6.8 VOC Content(wt%): 0.690 VOCs(Ibs): 42.4
Polyurethanes(Concept Acrylic) Usage(lbs): 61.5 HAP Content(wt%): 0.360 HAPs fibs): 22.1
Di sity(lb/gal): 9.02
CAS Na, Chemical Weight°_ E-Factor HAP/TAP Lbs
100-41-4 Ethylbenzene 5.00% 0.050 3.1
100-42-5 Styrene 1.00% 0.010 0.6
1330-20-7 Xylene(mixed isomers 30.00% 0.300 18.4
2476 Usage(gal): 391.4 VOC Content(wt%): 0.360 VOCs(Ibs): 50.4
Hi Point 90 Clear(MEKP) Usage(lbs): 3,499.0 HAP Content(wt%): 0.360 HAPs(lbs): 50.4
Density(lb/gal): 8.94
CAS No Chemical Weight% E-Factor HAPITAP Lbs
131-11-3 Dimethyl Phthalate 36.00% 0.014 50.4
2817 Usage(gal): 184.0 VOC Content(wt%): 0.356 VOCs(lbs): 710.2
Gray Sand Primer(707-007X) Usage(lbs): 1,994.9 HAP Content(wt%): 0.221 HAPs(Ibs): 440.9
Density(lb/gal): 10.84
Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 22.10% 0.221 "0.9
3035 Usage(gal): 0.2 VOC Content(wt%): 1.000 VOCs(Ibs): 2.0
Ampreg 22 Laminating Resin Usage(lbs): 2.0 HAP Content( 0.000 HAPs fibs): 0.0
Density( 9.59
CAS No Chemical Weight% ;=actor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
3525 Usage(gai)" 13.0 VOC Content(wt%) 0.478 VOCs(lbs): 52.9
Clear Hi-Gloss Additive(904- Usage(lbs): 110.E HAP Content(wt°/) 0.336 HAPs(Ibs): 37.2
001X) Density(Ib/gal) 8.51
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 33.60% 0.336 37.2
©Value Environmental 6/14/2008 Page 5 of 12

Fountain Powerboats Washington Plant: Usage and VOC&HAP Emissions Year Ending: December 2007
3699 1.8 L c ,. 0.501 1.4
Speed Patchaid(970X900) usage(ios). 16.0 HAP Content(wt%): 0.501 HAPs(lbs} 1.4
Density(Iblgal): 8.83
CAS No Chemical Weight% E-Fac.; HAP/TAP Lbs
100-42-5 Styrene 50.12% 0.090 1.4
3895 Usage(gal): 983.0 VOC Content(wV 0.200 VOCs(lbs): 1,902.0
BPO/5 Paste Catalyst Usage(lbs): 9,509.9 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(Ib/gal): 9.67
CAS No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
3M4200 Usage(gal): 47.01 VOC Content(wt%): 1.000 VOCs(lbs): 462.5
3M Adhesive Sealant 4200 Usage(lbs): 462.5 HAP Content(wt°/m): 0.003 HAPs(Ibs): 1.4
Density(Iblgal): 9.84
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
101-68-8 Methylenebis(phenylis 0.30% 0.003 1.4
4324 Usage(gal): 1,877.1 VOC Content(wt%): 0.400 t'OC (:I)s?: 4,322.8
Polycor White Gelcoat Usage(lbs)- 19,694.0 HAP Content(wt%): 0.400 HAPs(lbs): 4,322.8
(948WJ201) Density(Ib/gal): 10.49
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 40.00% 0.220 4,322.8
435 Usage(gal). 23.4 VOC Content(wt%): 0.020 VOCs(Ibs): 5.2
Marine Sealant Fast Cure 5200 Usage(Ibs) 260.0 HAP Content(wP/u): 0.000 HAPs(lbs): 0.0
Density(lb/gal): 11.09
CAS No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
4628 Usage(gal): 14.9 VOC Content 1.000 VOCs(lbs): 115.5
Color Blender(DBC500) sage(lbs): 115.5 HAP Content 0.130 HAPs(Ibs): 15.0
Densi 7.76
CAS No Chemical Weight% ;r HAP/TAP Lbs
100-41-4 Ethylbenzene 1.50% 0.015 1.7
108-88-3 Toluene 1.50% 0.015 1.7
1330-20-7 Xylene(mixed isomers 10.00% 0.100 11.5
4629 Usage(gal): 88.3 VOC Content(wt%): 0.508 VOCs(lbs): 356.4
Clear Coats Usage(lbs): 701.9 HAP Content(wt%): 0.760 HAPs(lbs): 533.5
Density(Ib/gal): 7.95
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-41-4 Ethylbenzene 5.00% 0.050 35.1
108-10-1 Methyl Isobutyl Ketone 20.00% 0.200 140.4
100-42-5 Styrene 1.00% 0.010 7.0
108-88-3 Toluene 10.00% 0.100 70.2
1330-20-7 Xylene(mixed isomers 40.00% 0.400 280.8
©Value Environmental 6/14/2008 Page 6 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
4630 Usage(gal): 201.5 VOC Content(wt%): 1.000 VOCs(lbs): 1,392.9
Reducers Usage(Ibs): 1,392.9 HAP Content(wt%): 0.460 HAPs(lbs): 640.7
Density(lb/gal): 6.91
Chemical Weight% E-Factor HAPITAP Lbs
100-41-4 Ethylbenzene 1.00% 0.010 13.9
110-54-3 n-Hexane 5.00% 0.050 69.6
108-88-3 Toluene 30.00% 0.300 417.9
1330-20-7 Xylene(mixed isomers 10.00% 0.100 139.3
4631 Usage(gal): 126.1 VOC Content\'vvt%): 0.860 VOCs(lbs): 922.2
Deltron 2000 Basecoats Usage(lbs). 1,072.3 HAP Content(wt%): 0.760 HAPs(lbs) 815.0
Density(lb/gal): 8.51
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-41-4 Ethylbenzene 5.00% 0.050 53.6
108-10-1 Methyl Isobutyl Ketone 20.00% 0.200 214.5
N/A Nickel Compounds 1.00% 0.010 10.7
108-88-3 Toluene 30.00% 0.300 321.7
1330-20-7 Xylene(mixed isomers 20.00% 0.200 214.5
4635a Usage(gal): 7.8 VOC Content(wt',,� 0.161 101,'s(lbs): 11.2
DCX Hardener Usage(Ibs): 69.4 HAP Content(wt%) 0.010 HAPs(Ibs): 0.7
Density(lb/gal): 8.96
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
822-06-0 Hexamethylene diisoc 1.00% 0.010 0.7
4635c Usage(gal): 9.9 VOC Content(wt%): 0.583 VOCs(lbs): 47.1
Primer Surface Catalyst(K201) Usage(lbs): 80.8 HAP Content(wt%): 0.110 HAPs(ibs): 8.9
Density(lb/gal): 8.15
CAS No Chemical gilt% E-Factor HAP/TAP Lbs
822-06-0 Hexamethylene diisoc 1.00% 0.010 0.8
108-88-3 Toluene 10.00% 0.100 8.1
4923 Usage(gal): 53.0 VOC Content(wt%l: 0.300 VOCs(lbs): 16.7
Laminex Fillet Usage(lbs): 442.0 HAP Content(wt%): 0.300 HAPs(Ibs): 16.7
Density(lb/gal): 8.34
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 30.00% 0.038 16.7
519 Usage(gal): 1,461.0 VOC Content(wt%): 0.244 VOCs(lbs): 411.5
Poly-Bond B39 Adhesive Usage(lbs): 13,403.2 HAP Content(wt%): 0.244 HAPs(Ibs): 411.5
Density(lb/gal): 9.17
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 24.40% 0.031 411.5
©Value Environmental 6/14/2008 Page 7 of 12

Fountain Powerboats Washington Plant: Usage and VOC&HAP Emissions Year Ending: December 2007
5221010 Usage(ga'. 0.9 Or,Content(wt%): 0.082 _jCs(Ibs 0.8
Sikaflex 291,White Usage(Ibs): 9.3 "AP Content(wt%): 0.050 HAPs(Ibs 0.5
Density(Ih/q !'. 9.92
CAS No Ghern ea! ght% HAPITA?!.h>
1330-20-7 Xylene(mixed isomers 5.00% 0.050 0.5
5223038 Usage(gall 11.0 VOC Content`vr: 0.012 OCs(Ibs): 1.2
Tite Bond II Adhesive(Wood Usage(Ibs 100.1 HAP Cortent twt 0.000 `+Ps obs): 0.0
Glue) C 9.10
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
6040 Usage(gal): 1,023.8 IOC Content(wt%): 0.387 VOCs(Ibs)! 2,021.2
Polycor Black Gelcoat(944B025) Usage{' , 10,366.0 -.AP Content(wt%): 0.387 APs(lb s; 2,021.4
Density(lb/gal): 10.12
CAS No Chemical Weight% HAP/TAP Lbs
80-62-6 Methyl Methacrylate 4.63% 0.038 388.7
100-42-5 Styrene 34.11% 0.158 1,632.6
647A Usage(ga; 121.1 VOC Content(wt` 0.000 VOCs(Ibs._ 0.0
Polyurethane Foam Part A Usage(Ibs): 1,252.2 HAP Content(wt` 0.000 HAPs(Ibs) 0.0
Density(lb/ga 10.34
CAS No Chemical Weight% actor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
647E Usage(gal): 180.0 VOC Content(wt%): 0.000 VOCs(Ibs): 0.0
Polyurethane Foam Part B Usage(Ibs`, 1,801.7 HAP Content(wt%): 0.000 HAPs(Ibs): 0.0
Density(iblga1): 10.01
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
8929 Usage(gal): 36.0 VOC Content(wt%): 0.150 VOCs(Ibs; 77.0
AOTECH White Resin(#14 Usage(Ibs? 513.4 HAP Content(wt%): 0.150 HAPs(Ibs? 77.0
Ultra) Density(lb/gal): 14.26
CAS No Chemical Weight% E-Fact__ HAPITAP Lbs
100-42-5 Styrene 15.00% 0.150 77.0
9427 Usage(gal): 21.0 VOC Content(wt%): 1.000 -)Cs 147.0
Kantstick Maxi Pull Usage(Ibs): 147.0 HAP Content(wt%): 0.580 HAPs(Ibs' 85.3
Density(lb(gal): 7.00
Chemical Weight% or HAP/TAP Lbs
98-82-8 Cumene 3.00% 0.030 4.4
100-41-4 Ethylbenzene 5.00% 0.050 7.4
1330-20-7 Xylene(mixed isomers 50.00% 0.500 73.5
©Value Environmental 6/14/2008 Page 8 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
945B201 Usage(gal): 67.4 VOC Content(wt%): 0.484 VOCs(Ibs, 182.8
Polycor Black Tooling Gelcoat Usage(lbs): 606.3 HAP Content(wt%): 0.481 HAPs(lbs): 181.0
(945B201) Density(lb/gal): 8.99
CAS No Chemical It E-Factor HAPfTAP Lbs
80-62-6 Methyl Methacrylate 4.46% 0.038 22.7
100-42-5 Styrene 43.64% 0.261 158.2
963AK218 Usage(gal): 75.4 VOC Content(wt%; 0.309 VOCs(lbs): 134.0
Silver Gelcoat(963AK218) Usage(lbs): 801.9 HAP Content(wt°/o): 0.301 HAPs(Ibs): 127.0
Density(lb/gal): 10.63
CAS No Chemical Weight% E-Factor HAPffAP Lbs
80-62-6 Methyl Methacrylate 6.27% 0.053 42.1
100-42-5 Styrene 23.79% 0.106 84.9
963GK131 Usage(gal). 113.3 VOC Content(wt4 0.284 VOCs(lbs): 265.2
HAP33 Sea Foam Gelcoat Usage(lbs): 1,251.0 HAP Content(wt°/i 0.284 HAPs(lbs): 265.2
(963GK131) I Density(lb/gal; 11.04
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
80-62-6 Methyl Methacrylate 6.16% 0.049 61.3
100-42-5 Styrene 22.23% 0.163 203.9
9631-281 Usage(gal): 62.7 VOC Content(wt%). 0.288 VOCs(lbs): 108.6
Carolina Blue Gelcoat(9631-281) U-,_ji a!il_. 692.6 HAP Content(wt%): 0.281 HAPs(lbs): 104.1
Density(ib/gal): 11.05
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
80-62-6 Methyl Methacrylate 6.14% 0.053 36.4
100-42-5 Styrene 21.99% 0.098 67.8
963LA855 Usage!a3ij: 998.5 VOC Content(wt°'o): 0.284 VOCs(Ibs): 1,552.4
Cobalt Gelcoat(963LA855) Usage ibs' 10,667.0 HAP Content(wt°!°): 0.284 HAPs(lbs): 1,552.0
Density(lb/gal): 10.68
Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 5.83% 0.045 480.0
100-42-5 Styrene 22.58% 0.101 1,072.0
963LA862 Usage(gal): 129.6 VOC Content(wt%): 0.280 VOCs(lbs): 198.2
Midnight Gelcoat(963LA862) Usage(lbs): 1,373.0 HAP Content(wt%): 0.280 HAPs(Ibs): 198.3
Density(lb/gal): 10.59
CAS No Chemical Weight% E-Factor HAPfTAP Lbs
80-62-6 Methyl Methacrylate 5.63% 0.045 61.8
100-42-5 Styrene 22.34% 0.099 136.5
©Value Environmental 6/14/2008 Page 9 of 12

Fountain Powerboats Washington Plant: Usage and VOC&HAP Emissions Year Ending: December 2007
963RH333 Us: gal): 87.3 -ontent(wt%). 0.288 s; 136.5
Red Gelcoat(963RH333) Usa9a(lbs): 928.0 ,Ar-Content(wt%): 0.288 119s): 136.5
Density(lb/gal): 10.63
CAS No 'hemicsl Veight% =rtor HAPITAP LbS
80-62-6 Methyl Methacrylate 5.81% 0.045 41.8
100-42-5 Styrene 22.95% 0.102 94.8
963WJ825 Usage(gal): 6,700.3 VOC Content(wt%: 0.285 VOCs Obc. 12,243.9
White Gelcoat(963WJ825) Usage(lbs) 76,135.2 HAP Content(wt%): 0.277 11,638.4
Density(lb/gal): 11.36
CAS No Chemical Weight% E-Factor HAPITAP L
80-62-6 Methyl Methacrylate 8.50% 0.068 5,139.1
100-42-5 Styrene 19.18% 0.085 6,499.2
963YH582 Usage(ga;; 50.5 VOC Content(wt%): 0.279 VOCs(lbs). 78.4
Yellow Gelcoat(963YH582) Usage(lbs): 545.01 HAP Content(wt%): 0.280 HAPs(lbs) 78.4
Density(Ib/gal): 10.80
CAS No Chemical /Veight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 5.75% 0.045 24.5
100-42-5 Styrene 22.20% 0.099 53.8
963YJ133 Usage(gal). 127.61 VOC Content(wt%): 0.279 DCs(lbs): 211.5
Fighting Yellow Gelcoat Usage(lbs, 1,413.0 HAP Content(wt%): 0.279 HAPs(lbs): 211.5
(963YJ133) Density(lb/gal): 11.08
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 6.11% 0.053 74.2
100-42-5 Styrene 21.83% 0.097 137.3
963YK140 Usage(gal): 7.0 OG Content(wt',-y 0.283 VOCs(II)-; 10.9
Canary Yellow Gelcoat Usage(lbs): 75.0 HAP Content(wt%): 0.283 HAPs(Ibs): 10.9
(963YK140) Density(lb/gal): 10.66
CAS No Chemical Weight% E-Factor HAPITAP Lbs
80-62-6 Methyl Methacrylate 5.58% 0.045 3.4
100-42-5 Styrene 22.69% 0.101 7.6
970C949 Usage(gal): 9.0 JOC Content(wt%): 0.920 VOCs(lbs): 14.1
Polycor 8%Wax Solution Usage(lbs! 67.2 -iAP Content(wt%): 0.920 ''Aft(lbs): 14.1
(970C949) Density(lb/gal): 7.46
c U.r, Chemical Weight% E-Face: HAPITAP Lbs
100-42-5 Styrene 92.00% 0.210 14.1
970XJ037 Usage(gal): 141.7 'OC Content(wt; 0.583 JOGS(ibs, 146.1
Patchaid(970XJ037) !'sage(lbs): 1,212.6 HAP Content(wt%): 0.574 HAPs(lbs) 134.9
Density(lb/gal): 8.56
CAS No Chemical Weight% E-Factor HAPITAP Lbs
100-42-5 Styrene 57.40% 0.111 134.9
©Value Environmental 6/14/2008 Page 10 of 12

Fountain Powerboats Washington Plant:Usage and VOC&HAP Emissions Year Ending: December 2007
NONE1 Usage(gal). 45.5 VOC Content(wt%): 0.433 VOCs(Ibs): 167.4
3M Perfect It 05936 Usage(lbs): 387.1 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
Density(Ib/gal): 8.51
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
NONE11 Usage(gal): 485.61 VOC Content(wt%): 0.672 VOCs(Ibs): 2,549.6
Staput Adhesive(SP4H) Usage(Ibs): 3,795.0 HAP Content(wt%): 0.000 HAPs(lbs): 0.0
'Ib/gal): 7.81
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
NONE12 Usage(gal): 13.01 VOC Content(wt%): 0.200 VOCs(Ibs): 3.1
Filler Bondo Usage(Ibs): 124.7 HAP Ccwt<: 0.200 t'" " s'. 3.1
Density(lblgal): 9.59
CAS No Chemical Weight% E-Factor HAP(TAP Lbs
100-42-5 Styrene 20.00% 0.025 3.1
NONE13 Usage(gal): 29.3 VOC Content(wt%l: 0.750 VOCs(Ibs): 127.5
Adhesive(3M Super 77) Usage(lbs): 170.0 HAP Content(wt%): 0.010 HAPs(lbs): 1.7
Density(lb/ga1): 5.81
j= • t n Chemical Weight% E-Factor HAPlTAP Lbs
110-54-3 n-Hexane 1.00% 0.010 1.7
NONE15 Usage(gal): 1,045.0 VOC Content(wtu/o 0.175 VOCs(Ibs): 1,555.7
Cleaner(HPP5) Usage(lbs): 8,889.E HAP Content(wt/.): 0.000 HAPs(lbs): 0.0
Density(Ib/gal): 8.51
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
No reportable HAPs 0.00% 0.000 0.0
NONE2 Usage(gal): 338.5 VOC Content(wt4%p: 0.660 VOCs(Ibs): 2,349.2
3M Imperial 06044 Usage(ibs): 3,557.1 HAP Content(}4.''F>;+. 0.000 HAPs(Ibs): 0.0
Density(lb/gal): 10.51
CAS No Chemical Weight% E-Factor HAWTAP Lbs
No reportable HAPs 0.00% 0.000 0.0
NONE20 Usage(gal): 5.0 VOC Content(m ° 0.300 V 0i--= Ibs1: 1.5
Arjay Putty Usage(Ibs): 45.9 HAP Content(wt%): 0.300 FIAPs(Ibs): 1.5
Density(Ib/gal): 9.17
CAS No Chemical Weight% E-Factor HAPlTAP Lbs
100-42-5 Styrene 30.00% 0.032 1.5
NONE21 Usage(gal): 5.1 VOC Content(wt%): 1.000 VOCs(Ibs): 38.0
Styrene Monomer Usage(lbs): 38.0 HAP Content(wt%): 1.000 HAPs(Ibs): 38.0
Density(Iblga1) 7.51
CAS No Chemical Weight% E-Factor HAP/TAP Lbs
100-42-5 Styrene 100.00% 1.000 38.0
©Value Environmental 6/1 412 0 0 8 Page 11 of 12

Fountain Powerboats Washington Plant: Usage and VOC&HAP Emissions Year Ending: December 2007
NONE5 Usage(gai; 212.0 .F. 0.700 1,040.0
Wax Honey(P5401520) Usage(Ibs; 1,185.2 HAP Content(wt'ir). 0.000 HAPs(lbs): 0.0
Density(lb/gal; 7.01
C A.v No Chemical Weight% E-Factor HAPITAP Lbs
No reportable HAPs 0.00% 0.000 0.0
Month(Ibs) Month(tons)
VOCs: 106,153 53.08
HAPs: 84,588 42.29
©Value Environmental 6/14/2008 Page 12 of 12

Fountain Powerboats Washington Plant:Usage&Emissions Year Ending: December 2007
Emissions (lbs) Emissions (tons)
HAP?
98-82-8 Cumene 4 0.00
84-74-2 Dibutyl Phthalate 215 0.11
131-11-3 Dimethyl Phthalate 244 0.12
100-41-4 Ethylbenzene 135 0.07
N/A Glycol Ethers 62 0.03
822-06-0 Hexamethylene diisocyanate 2 0.00
67-56-1 Methyl Alcohol 3 0.00
108-10-1 Methyl Isobutyl Ketone 355 0.18
80-62-6 Methyl Methacrylate 17,483 8.74
101-68-8 Methylenebis(phenylisocyanate 1 0.00
110-54-3 n-Hexane 71 0.04
N/A Nickel Compounds 11 0.01
No reportable HAPs 0 0.00
100-42-5 Styrene 64,374 32.19
108-88-3 Toluene 820 0.41
1330-20-7 Xylene(mixed isomers) 808 0.40
Subtotal 84,588 42.29
HAP?
141-78-6 Ethyl Acetate 57 0.03
78-93-3 Methyl Ethyl Ketone 1,067 0.53
Subtotal 1,123 0.56
Total 85,711 42.86
©Value Environmental 6/14/2008 Page 1 of 1
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