p.1 

OAR Box 1490 

Prepped by Charmelle Mathews 

Document Number: 

1) IV-B-1 

Docket Number: 

A-94-52 

Printed 8/4/2008 11:51:46 AM Sheet 1 of 273 
P.2 

FINAL SITE VISIT REPORT 

NONCONFIDENTIAL BASED ON PLANT COMMENTS 

TO: Project File 

Reinforced Plastic Composites NESHAP 

FROM: Melanie Proctor, Pacific Environmental Services, Inc. and Keith Barnett, 

U. S. Environmental Protection Agency 

DATE: September 2, 1999, revised April 11, 2002 

SUBJECT: Site Visit — Appalachian Plastics, Inc., Glade Spring, VA 

EPA Contract 68-D6-0013, PES Project N823 

I. Purpose 

The purpose ofthis visit was to collect additional information on the open molding 

processes used by Appalachian Plastics, Inc. These processes include manual resin application, 

mechanical resin application, filament winding, and gel coating. The visit was also intended to 

provide additional information about Appalachian Plastics' Class 1 smoke and Class 1 flame 

retardant composite duct system that is produced with a methyl methacrylate based resin 

containing 60 percent hazardous air pollutants (HAP). 

II. 

III. 

Place and Date 

Appalachian Plastics, Inc. 

34001 Glove Drive 

Post Office Box 968 

Glade Spring, Virginia 24340 

m ?T^3 

EPA AIR DOCKET 

August 4, 1999 

Participants 

Appalachian Plastics. Inc. 

Mr. David DeBusk, General Manager 

Ms. Kelly DeBusk, Regulatory Compliance Specialist 

Ashland Chemical Company 

Mr. Timothy Pepper, Technical Service Manager - Specialty Resins Group 

Mr. David Harris, Account Executive - Specialty Resins/Southeast 
~3T P.3 

%V~ 2. 

S TXK& is W^ c rw^^4U 
P.4 

Site Visit Report - Appalachian Plastics, Inc. 

Page 3 

Chuck Elkins & Associates 

Chuck Elkins 

Composites Fabricators Association (CFA) 

Mr. John Schweitzer 

Mr. Steve McNally 

Pacific Environmental Services. Inc. (PES) 

Ms. Melanie Proctor, PES Project Lead 

Strongwell 

Mr. John Barker, Manager of Environment Affairs, Safety, and Loss Prevention 

U.S. EPA 

Mr. Keith Barnett, EPA Project Lead 

IV. Introduction 

After general introductions were made, Mr. Barnett explained the EPA's confidential 

business information (CBI) procedures and the steps involved in preparing the site visit report. 

Mr. Barnett also discussed the current stage ofthe project and indicated that the project is in the 

pre-proposal stage at this time. 

V. Resin Use and Product Discussion 

Mr. DeBusk explained that Appalachian Plastics has developed a unique Class 1 smoke 

and Class 1 flame retardant composite duct system that has a flame spread of less than 20 and 

smoke generation of less than 40 in accordance with the ASTM-E84 tunnel test. According to 

Mr. DeBusk, non Class 1 products will soon not be allowed in the construction industry. He 

further explained that the resin used to make this product, called MODAR resin, is a methyl 

methacrylate based resin with a HAP content of 60 percent. Mr. DeBusk indicated that 

Appalachian Plastics currently meets the preliminary MACT floors considered by EPA, but with a 

growing market for products made by the high HAP MODAR resin, Appalachian Plastics 

anticipates that it will be impossible for them to comply with the MACT standard by 2001. He 

provided a copy of a "MACT feasibility study" to show the market trends for his company and 

related MACT point value information (Attachment 1). According to Mr. DeBusk, the growing 
P.5 

Site Visit Report - Appalachian Plastics, Inc. 

Page 4 

market for the high HAP MODAR resin products and the shrinking or constant markets for other 

lower HAP resin products will not allow Appalachian Plastics to comply with the preliminary 

MACT standard by using emissions averaging. Mr. DeBusk explained that Appalachian Plastics 

produces products with 29 percent HAP resin for the coal mining industry, which currently allows 

them to offset the higher emissions from the MODAR resin. But as Mr. DeBusk pointed out, the 

market trend for coal mining products is declining and therefore the lower HAP resin products are 

not expected to be able to off set the high HAP resin products in the future. 

Mr. DeBusk also indicated that they cannot produce drive shafts with low HAP resins. He 

stated that Appalachian Plastics would potentially use 800,000 pounds of 45 percent HAP vinyl 

ester resin to produce drive shafts in the filament winding process. This is a noncorrosion 

resistant product, but would be considered high strength. 

Mr. DeBusk added the Appalachian Plastics has taken every allowable reduction method 

so far, which entailed switching to flow coaters/pressure-fed rollers and to the lowest possible 

resin HAP contents. He said that with all these reduction methods in place, Appalachian Plastics 

will still not be able to comply with the MACT standard by the year 2001. 

The Ashland representatives agreed with Mr. DeBusk's assessment and confirmed that 

Appalachian Plastics' Class 1 composite duct system was truly unique in that smoke generation 

values were less than 50. Mr. Pepper stated that for the MODAR resin, smoke generation values 

are typically less than 200, but Appalachian Plastics was able to achieve much lower smoke 

generation values by using a high amount of filler. Mr. Pepper added that smoke and flame 

retardant properties are achieved by either using a resin with a high aromatic content or by using a 

high filler loading. He added that the MODAR resin has a low aromatic content but it can be 

highly filled. The MODAR resin is only used at Appalachian to produce products with Class 1 

fire and smoke ratings. 

Mr. DeBusk pointed out that in addition to the good flame and smoke retardant 

properties, the MODAR resin has good UV and bullet resistance properties. He added that 

Appalachian Plastics was planning the market these excellent properties in future products. 

Mr. Barnett asked the Ashland representatives if there were other customers for the 

MODAR resin. Mr. Harris replied that there are approximately a half million pounds of MODAR 

resin sold each year. He added the other customers use the MODAR resin for pultruded parts 

and in the automotive industry. Mr. Harris also pointed out that the MODAR resin has a very fast 

cure time, which makes it more difficult to work with. Thus, he did not expect that their 

customers would want to switch to the MODAR resin unless they need it for a specific 

application. The other customers for the MODAR resin purchase the resin to achieve smoke 

values of 200 or less, but according to Mr. Harris smoke values of 200 or less can also be 

achieved by other resins, which have lower HAP contents than MODAR resin. 
P.6 

Site Visit Report - Appalachian Plastics, Inc. 

Page 5 

Mr. Barnett inquired if there is a clear distinction between corrosion-resistant and non 

corrosion-resistant applications. Mr. Schweitzer replied that there is a grey area between 

corrosion-resistant and non corrosion-resistant applications, which makes it difficult to clearly 

distinguish between the two applications. Mr. DeBusk stated that the price for corrosion-resistant 

products is generally higher than the price for non corrosion-resistant products. 

Mr. Schweitzer pointed out that the following three general characteristics apply for 

corrosion-resistant products: (1) Corrosion-resistant resins are generally more expensive and 

better than standard orthophthalic resins, (2) corrosion-resistant products are generally used for 

some type of chemical service, and (3) corrosion-resistant products generally have good 

temperature stability, which is achieved by the more complex molecular structure ofthe resin. 

VI. Plant Tour 

The first two processes viewed during the plant tour were the manual resin application and 

the filament winding processes. Both of these processes are used in combination to make ducting 

material. The product produced at the time ofthe site visit was the Class 1 smoke and Class 1 

flame retardant composite duct system. 

In producing the duct material, a corrosion-resistant vinyl ester liner is applied by manual 

application. For the main structure ofthe duct material, MODAR resin is applied by using the 

filament winding process. In the manual resin application process, the resin is applied by hand to 

the mandrel, which is covered by mylar film. During hand application, the resin is poured onto the 

rotating mandrel and rolled out. During filament winding, the reinforcement is pulled through the 

resin bath and wound on the rotating mandrel. Excess resin is removed from the mandrel and 

collected in an open container by using a squeegee. A portion ofthe excess resin that is collected 

is reapplied to the mandrel in areas where additional resin is needed. 

Hoods are installed over the filament winding machines to reduce employee exposure. 

After the resin is applied, the parts are moved to the curing area, where ovens are used to reduce 

the curing time for the duct material. The facility uses acetone for all cleaning operations at the 

facility. 

The facility has two filament winding machines in operation and a third filament winding 

machine is being added. The two existing filament winding machines produce duct up to eight 

feet in diameter and the new machine will produce duct up to 12 feet in diameter. 

The facility has 10 mixing vessels that are used to supply resin for the filament winding 

and manual resin application processes. The resin is poured from 55 gallon drums into the mixing 

vessels, filler and other additives are added, and the materials are mixed in the covered mixing 

vessels. After mixing, the resin mix is pumped to a dispenser near the filament winding machines. 
P.7 

Site Visit Report - Appalachian Plastics, Inc. 

Page 6 

In addition to the duct material, Appalachian Plastics' products also include tanks and 

pressure vessels. Mr. DeBusk pointed out a 50 psi pressure vessel that was produced by using a 

vinyl ester resin with a 45 percent HAP content. He added that they are currently evaluating a 

low HAP resin for the production ofthis product. The main part ofthe vessel was produced by 

the filament winding process and the vessel end caps were produced by manual resin application 

and by using flow coaters. In addition, gel coat was applied to the outside ofthe pressure vessel 

by hand. Mr. DeBusk explained that some facilities use gel coat on the outside of their vessels, 

but most facilities use pigmented resin instead. 

Mr. DeBusk indicated that the pressure vessel was certified by the National Sanitation 

Foundation. He added that the first certification took about one year and any subsequent 

certifications were done within six to eight months. Mr. DeBusk also pointed out the customers 

pay for the certification fees. 

Mr. DeBusk stated that the facility purchased one flow coater and converted one chopper 

gun to a flow coater, indicating that the facility has a total of two flow coaters. He said that the 

flow coaters are externally mixed. He added that the facility also has two chopper guns in the 

fabrication area and three chopper guns in the filament winding area. Mr. DeBusk explained that 

his facility's interest in the flow coaters was due to the pending MACT standard. 

Mr. DeBusk also pointed out that they use some ofthe same resin for manual resin 

application and filament winding. He explained that manual resin application is used to join 

different parts into one product. He added that it is important that the material used for the joints 

has the same physical properties than the rest ofthe part. Ms. Proctor asked Mr. Pepper if there 

are technical problems with using two different resins on the same part. Mr. Pepper replied that 

using two different resins on the same part does not necessarily cause problems provided that the 

two resin systems are compatible (e.g., have the same expansion and contraction properties). 

Mr. DeBusk indicated that ducting made with phenolic resins used to be installed in the 

semiconductor industry because of its good fire and flame retardant properties, but due to product 

failures the industry discontinued the use of phenolic ducting material. He added that IBM and 

Toshiba eliminated the use of reinforced plastic composites ducting material. Mr. DeBusk 

explained that phenolic resins will not work for corrosion-resistant applications. He stated that 

Appalachian Plastics is hoping to gain a large portion ofthe semiconductor ducting market with 

their MODAR resin duct material. 

Mr. DeBusk indicated that duct material used for the mining industry is considered fire 

retardant but not corrosion-resistant. He added that most other fire retardant products are also 

corrosion-resistant. Mr. Schweitzer pointed out that most filament wound products are in the 

corrosion-resistant market. He added that the majority of these products are underground storage 

tanks. Mr. DeBusk indicated that the playground equipment produced by Appalachian Plastics 

may or may not be considered corrosion-resistant. He added that their playground equipment is 
P.8 

Site Visit Report - Appalachian Plastics, Inc. 

Page 7 

exposed to chlorinated water at all times, which may make it a corrosion-resistant product. 

Mr. Barnett inquired how much ofthe reinforced plastic composites market was 

associated with corrosion-resistant products. Mr. Pepper replied that about 13 percent ofthe 

resin sold in the reinforced plastic composites market was sold for the production of corrosionresistant products. 
P.9 

Attachment 1 

MACT Feasibility Study Provided by 

Appalachian Plastics 

% 
P.10 

APPALACHIAN PLASTICS, INC. TEL5404292581 

P.O. BOX 1044 FAX: 540-429-2631 

GLADE SPRING, VA 24340 

Proposed MACT Standard 

Feasibility Studv 

°_ 
p.11 

• 

• 

• 

Table of Contents 

Introduction 

Summary of Tables 

MACT Jan 97- Dec 97 

MACT Jan 98- Dec 98 

Projected Increase 1999 

MAC T l??? (.All vinyiesiers to 3-3^6 HAFSJ 

MACT 1999 (All Atomized Operations Changed to Non-Atomized Operations) 

MACT 1999 (All Atomized Operations Changed to Non-Atomized Operations & AU 

vinylesters to 35%) 

Expected Increase for the Year 2000 

Expected Increase for the Year 2000 - Semiconductor Contract 

Expected Increase for the Year 2001 

Expected Increase for the Year 2001 + Semiconductor Contract 

Expected Increase for the Year 2002 

Expected Increase for the Year 2002 * Semiconductor Contract 

Expected Increase for the Year 2003 

Expected Increase for the Year 2003 - Semiconductor Contract 

Expected Increase for the Year 2004 

Expected Increase for the Year 2004 - Semiconductor Contract 

Expected Increase for the Year 2005 

Expected Increase for the Year 2005 - Semiconductor Contract 

lo 

i 

1 

3 

5 

7 

9 

11 

13 

15 

17 

19 

21 

23 

25 

27 

29 

31 

35 

37 

-
P.12 

introduction 

Appalachian Plastics has developed a unique Class I composite duct system utilizing a 

methyl methacrylate based resin. Tliis product meets all die requirements of the unifonn 

mechanical code 10-1 for people occupied spaces. This is the only composite duct system 

in existence that will handle certain corrosive en\ironments and also comply with stringent 

building codes. 

Specifiers and end users require corrosion equipment to have demonstrated satisfactory 

service for a period of not less than five years. Final approvals were obtained on this 

composite duct system in 1995 making the year 2000 our live year benchmark. Therefore, 

we anticipate a large increase in demand for this Class I duct system. 

Tlie Class I system utilizes the Modar resin highlighted in the tables. One of the primary 

marketing targets for this system is the semiconductor industry. Initial fab plants use 

massive duct systems to contain the corrosive chemicals used in the manufacmring of 

semiconductors. Therefore, in any given year, an additional 200,000 pounds of Modar 

resin would be processed in the event we are able to procure one semiconductor contract. 

The following tables show current status of operation and an estimated status of operation 

through the year 2005 based on anticipated market trends and the proposed MACT 

standard. Note by the year 2001 our general growth would make it impossible to comply 

with the MACT standard. In any given year, one semiconductor contract would also make 

it impossible to comply. 

Taking advantage of every allowable reduction method would still leave Appalachian 

Plastics non-compliant. The proposed standard would obliterate the ability to manufacture 

this unique and much needed product and gready hinder potential growtii for Appalachian 

Plastics. Inc. Some provisions need to be made to allow Appalachian Plastics to continue 

to manufacture this unique product. 

11 
P.13 

Summarv of Tables 

I. MACT Jan. 97 - Dec. 97 

This table depicts the rate of emissions for the calendar year 1997 based on the 

current proposed MACT Standard and current processes being utilized. 

H. MACT Jan. 98 - Dec. 98 

This table depicts the rate of emissions for the calendar year 1998 based on the 

current proposed MACT Standard and current processes being utilized. 

HI. Projected Increase 1999 

The table entitled "Projected Increase 1999" demonstrates the estimated increase 

for the calendar year 1999 based on current processes and the proposed MACT 

standard. 

TV. MACT 1999 (All Vinylesters to 35% HAPs) 

This table demonstrates the estimated status of operation for the 1999 calendar year 

if all vinylester resins were reduced to 35% HAPs. 

V. MACT 1999 (All Atomized Operations Change to Non-Atomized Operations) 

This table demonstrates the estimated status of operation for the calendar year 1999 

if all atomized operations were changed to non-atomized operations. This excludes 

gelcoats. 

VI. MACT 1999 (.All Atomized Operations Changed to Non-Atomized Operations & 

Vinylesters to 35%) 

This table demonstrates the estimated status of operation for the 1999 calendar year 

if all reduction methods provided are put into effect. This includes reducing the 

HAP content of all vinylester resins to 35% and changing all atomized operations 

to non-atomized operations. This does not include gelcoats. 

VII. Expected Increase for the Year 2000 

This is a projection of increase of emissions for the calendar year 2000 based on 

the cuirent proposed MACT standard and all allowable methods of reduction. 

VUl. Expected Increase for the Year 2000 - Semiconductor Contract 

This table illustrates the projected increase of emissions for the year 2000. plus an 

additional 200.000 pound increase in Modar resin. The 200.000 pounds of Modar 

would be typical for a semiconductor contract. 

LX. Expected Increase for the Year 2001 

This table is a projection of increase of emissions for the calendar year 2001 based 

on the current proposed MACT standard and all allowable methods of reduction. 

1 

I

-

*-* 
P.M 

X. Expected Increase for the Year 2001 - Semiconductor Contract 

This table illustrates the projected increase of emissions for the year 2001 plus a 

semiconductor contract. 

XI. Expected Increase for the Year 2002 

This table is a projection of increase of emissions for the calendar year 2002 based 

on the current proposed MACT standard and all allowable methods of reduction. 

XII. Expected Increase for the Year 2002 - Semiconductor Contract 

This table illustrates the projected increase of emissions for the year 2002 plus a 

semiconductor contract. 

XHI. Expected Increase for the Year 2003 

This table is a projection of increase of emissions for the calendar vear 2003 based 

on the current proposed MACT standard and all allowable methods of reduction. 

XIV. Expected Increase for the Year 2003 •+• Semiconductor Contract 

Tliis table illustrates the projected increase of emissions for the year 2003 plus a 

semiconductor contract. 

XV. Expected Increase for the Year 2004 

This table is a projection of increase of emissions for the calendar year 2004 based 

on die current proposed MACT standard and all allowable methods of reduction. 

XVL Expected Increase for the Year 2004 - Semiconductor Contract 

This table illustrates the projected increase of emissions for the year 2004 plus a 

semiconductor contract. 

XVII. Expected Increase for the Year 2005 

This table is a projection of increase of emissions for the calendar year 2005 based 

on the current proposed MACT standard and all allowable methods of reduction. 

XVlll Expected Increase for the Year 2005 - Semiconductor Contract 

This table illustrates die projected increase of emissions for the year 2005 plus a 

semiconductor contract. 

2 

13 
Mact Jan 97 - Dec 97 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Process 

Vlech. non-atomized/Corrosion 

PMCorrosion 

Mech. non-atomized/Corrosion 

Mech. Atomized/Corrosion 

Vlech. non-Atomized/Corrosior 

Mech. Atomized/Corrosion 

Vlech. Non-Atomized/Corrosior 

Hetron Q6362 "Mech. Atomized/Filled 

Hetron Q6362 * FW/Non-Corrosion/Filled 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

v/lech. Non-Atomized/Corrosior 

V—b FW/HSS-Corrosion 

Mech. Atomized/Unfilled 

FW/Non-Corrosion 

FW/Non-Corrosion 

FW/Corrcsion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Quantity 

2150 

19764 

35136 

1540 

29260 

1925 

36575 

12198 

191102 

6364.16 

3579.84 

4860 

7140 

23388.75 

23388.75 

472.5 

0 

0 

0 

1002.8 

1504.2 

0 

0 

0 

0 

% HAP 

41 

43 

43 

36 

36 

39 

39 

29 

29 

~ 35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

Value 

121 

169 

135 

173 

90 

213 

108 

98 

102 

85 

130 

227 

154 

270 

270 

155 

387 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

260150 

3340115 

4743360 

266420 

2633400 

410025 

3950100 

1195404 

19482404 

540953.6 

465379.2 

1103220 

1099560 

6314962.5 

6314962.5 

73237.5 

0 

0 

0 

376050 

144403.2 

0 

0 

0 

0 

Maxiumum 

Point Value 

344000 

2325072 

5621760 

246400 

4681600 

303000 

5852000 

1951680 

24643260 

1018265.6 

465379.2 

437400 

928200 

3040537.5 

3461535 

75600 

0 

0 

0 

274767.2 

106798.2 

0 

0 

o 

0 

IH 
P.16 

Mact Jan 97 - Dec 97 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6539 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resin: 

Quantity 

0 

0 

0 

0 

0 

0 

0 

0 

3421 

3421 

0 

0 

408193 

% HAP oint Valu 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

35 

338 

85 

338 

85 

114 

74 

• 108 

70 

Point Value X 

Quantity 

0 

0 

0 

0 

0 

0 

0 

0 

389994 

253154 

0 

0 

130.7402515 

Maximum 

Point Value 

0 

0 

0 

0 

0 

0 

0 

0 

242891 

242891 

0 

0 

139.806505 

A 

is 
Mact Jan 98 - Dec 98 

P.17 

Resin 

Hetron 137 

Hetron 922 

Hetron 322 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process Quantity % HAP 

Mech. non-atomized/Corrosion 7600 

FW/Corrosion 42606 

Mech. non-atomized/Corrosior 75744 

Mech. Atomized/Corrosion 704 

Vlech. non-Atomized/Corrosior 13376 

Mech. Atomized/Corrosion 2800 

vlech. Non-Atomized/Corrosior 53200 

Mech. Atomized/Filled 14852.7 

FW/Non-Corrosion/Filled 232692.3 

C 

vlech. Non-Atomized/Corrosior 27738.88 

~TP*.\1 ke***.<b ?on. Sv^-vxvw.., (?v»b -coaeo*5i^ 

•o FW/Ne-n-Corrosion 15603.12 

Mech. Atomized/Unfilled 30909.6 

FW/Non-Corrosion 45410.4 

FW/Non-Corrosion 44550 

FW/Corrosion 44550 

Mech. Non-Atomized/Fiiled 900 

Mech. Atomized/Corrosion 14400 

Mech. Atomized 0 

Manual 0 

Mech. Atomized 1186 

Manual 1779 

Mech. Atomized 0 

Manual 0 

Mech. Atomized 0 

Manual 0 

41 

43 

43 

36 

36 

33 

39 

29 

29 

35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

Value 

121 

169 

135 

173 

90 

213 

108 

98 

102 

85 

130 

227 

154 

270 

270 

155 

387 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity/ 

919600 

7200414 

10225440 

121792 

1203840 

596400 

5745600 

1455564.5 

23734614.6 

2357804.8 

2028405.6 

7016479.2 

6993201.6 

12023500 

12028500 

139500 

5572800 

0 

0 

444750 

170784 

0 

0 

0 

0 

Maxiumum 

Point Value 

1216000 

6305688 

12119040 

112640 

2140160 

448000 

8512000 

2376432 

30249999 

4438220.8 

2028405.6 

2781864 

5903352 

5791500 

6593400 

144000 

2304000 

0 

0 

324964 

126309 

0 

0 

0 

0 

11* 
P.18 

Mact Jan 98 - Dec 98 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resin: 

Quantity 

0 

0 

0 

0 

0 

0 

0 

0 

5170 

5170 

0 

0 

680942 

% HAF 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

1

 oint Valu 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Point Value X 

Quantity 

0 

0 

0 

0 

0 

0 

0 

0 

589380 

382580 . 

0 

0 

148.2592503 

Maximum 

Point Value 

0 

0 

0 

0 

0 

0 

0 

0 

367070 

367070 

0 

0 

138.9987905 

\7 
P.19 

Projected Increase 1999 

Resin 

Hetron 197 

Hetron 322 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process Quantity % HAP 

Mech. non-atomized/Corrosion 7863 41 

FW/Corrosion 55728 43 

Mech. non-atomized/Corrosion 99072 43 

Mech. Atomized/Corrosion 1243.9625 36 

Vlech. non-Atomized/Corrosior 23635.2875 36 

Mech. Atomized/Corrosion 3124.6985 39 

Vlech. Non-Atomized/Corrosior 59369.2715 39 

Mech. Atomized/Filled 14110.065 29 

FW/Non-Corrosion/Filled 221057.685 29 

Vlech. Non-Atomized/Corrosior 26900.43 35 

FW«a-Corrosion 15131.52 35 

Mech. Atomized/Unfilled 24381 40 

FW/Non-Corrosion 35819 40 

FW/Non-Corrosion 53905.5 60 

FW/Corrosion 53905.5 60 

Mech. Non-Atomized/Filled 1089 60 

Mech. Atomized/Corrosion 14400 49 

Mech. Atomized 87 45 

Manual 130.5 45 

Mech. Atomized 1468 37 

Manual 2202 37 

Mech. Atomized 223 34 

Manual 342 34 

Mech. Atomized 158.8 35 

Manual 238.2 35 

Point 

Value 

121 

169 

135 

173 

90 

213 

108 

98 

102 

85 

130 

227 

154 

270 

270 

155 

387 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

9418032 

13374720 

215205.5125 

2127175.875 

665560.7805 

6411881.322 

1382786.37 

22547883.87 

2286540.3 

1967097.6 

5534487 

5516126 

14554435 

14554485 

168795 

5572800 

47067 

19444.5 

550500 

211392 

72960 

27018 

53674.4 

20247 

Maxiumum 

Point Value 

1258080 

8247744 

15851520 

199034 

3781646 

499951.76 

9499083.44 

2257610.4 

28737499.05 

4304076.3 

1967097 6 

2194290 

4656470 

7007715 

7973014 

174240 

2304000 

23838 

9265.5 

402232 

156342 

62472 

24282 

43511.2 

16912.2 

\t 
P.20 

Projected Increase 1999 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resin: 

Quantity 

145.2 

217.3 

262 

393 

107.6 

161.4 

20 

30 

1835 

1835 

1950 

1950 

724497.47 

% HAP 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

oint Valu 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Point Value X 

Quantity 

54450 

20908.8 

88556 

33405 

36368.8 

13719 

6760 

2550 

209190 

135790 

210600 

136500 

150.7259723 

Maximum 

Point Value. 

39784.8 

15463.8 

71788 

27903 

29482.4 

11459.4 

5480 

2130 

130285 

130285 

138450 

138450 

141.3364333 

ll 
P.21 

MACT 1999 (Aii vinyiesters to 35% HAPs) 

Kesin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process Quantity % HAP 

Mech. non-atomized/Corrosior 7863 41 

FW/Corrosion 55728 35 

Mech. non-atomized/Corrosior 99072 35 

Mech. Atomized/Corrosion 1243.9625 36 

Mech. non-Atomized/Corrosior 23635.2875 36 

Mech. Atomized/Corrosion 3124.6985 35 

Vlech. Non-Atomized/Corrosior 59369.2715 35 

Mech. Atomized/Filled 14110.065 29 

FW/Non-Corrosion/Filled 221057.685 29 

Vlech. Non-Atomized/Corrosior 26900.48 35 

FW/lSBi-Corrosion 15131.52 35 

Mech. Atomized/Unfilled 24381 40 

FW/Non-Corrosion 35819 40 

FW/Non-Corrosion 53905.5 60 

FW/Corrosion 53905.5 60 

Mech. Non-Atomized/Fiiled 1089 60 

Mech. Atomized/Corrosion 14400 49 

Mech. Atomized 87 45 

Manual 130.5 45 

Mech. Atomized 1468 37 

Manual 2202 37 

Mech. Atomized 228 34 

Manual 342 34 

Mech. Atomized 158.8 35 

Manual 238.2 35 

Point 

Value 

121 

130 

85 

173 

90 

160 

85 

98 

102 

85 

130 

227 

154 

270 

270 

155 

387 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

7244640 

8421120 

215205.5125 

2127175.875 

499351.76 

5046388.078 

1382786.37 

22547883.87 

2286540.8 

1967097.6 

5534437 

5516126 

14554485 

14554485 

168735 • 

5572800 

47067 

19444.5 

550500 

211392 

72960 

27018 

53674.4 

20247 

Maxiumum 

Point Value 

1258080 

8247744 

15851520 

199034 

3781646 

499351.76 

9499083.44 

2257610.4 

28737499.05 

4304076.3 

1967097.6 

2194230 

4656470 

7007715 

7978014 

174240 

2304000 

23833 

9265.5 

402232 

156342 

62472 

24282 

43511.2 

16912.2 

lo 
P.22 

MACT 1999 (All vinylesters to 35% HAPs) 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resin: 

Quantity 

145.2 

217.8 

262 

393 

107.6 

161.4 

20 

30 

1835 

1835 

1950 

1950 

724497.47 

% HAP oint Valu Point Value X 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Quantity 

54450 

20903.3 

88556 

33405 

36363.8 

13719 

6760 

2550 

209190 

135790 

210600 

136500 

138.7754899 

Maximum 

Point Value 

39784.8 

15463.S 

71788 

27903 

29482.4 

11459.4 

5480 

2130 

130285 

130285 

138450 

138450 

141.3364333 

10 M 
P.23 

MACTi999 (Aii Atomized Operations changed to Non-Atomized Operations) 

Resin 

Hetron 197 

Hetron 322 

Hetron 322 

Hetron 39P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process 

Mech. non-atomized/Corrosior 

FW/Corrosion 

Mech. non-atomized/Corrosior 

Mech. non-atomized/Corrosion 

Mech. non-Atomized/Corrosior 

Mee. Non-Atomized/Corrosion 

Quantity 

7863 

55728 

99072 

1243.9625 

23635.2875 

3124.6985 

Vlech. Non-Atomized/Corrosior 59369.2715 

Mech. Non-Atomized/Filled 

FW/Non-Corrosion/Filled 

vlech. Non-Atomized/Corrosior 

FW/tt»-Corrosion 

Mech. Non-Atomized/Unfilled 

FW/Non-Corrosion 

FW/Non-Corrosion 

FW/Ccrrosion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

14110.065 

221057.685 

26900.48 

15131.52 

24381 

35819 

53905.5 

53905.5 

1089 

14400 

87 

130.5 

1468 

2202 

228 

342 

158.3 

238.2 

% HAP 

41 

43 

43 

36 

36 

39 

39 

29 

29 

35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

value 

121 

169 

135 

90 

90 

108 

108 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

3418032 

13374720 

111356.625 

2127175.875 

337467.438 

6411881.322 . 

776053.575 

22547883.87 

2286540.8 

1967097.6 

2779434 

5516126 

14554435 

14554485 

168795 

2606400 

47067 

19444.5 

550500 

211392 

72960 

27018 

53674.4 

20247 

Maxiumum 

Point Value 

1258080 

8247744 

15851520 

199034 

3781646 

499951.76 

9499083.44 

2257610.4 

28737499.05 

4304076.8 

1967097.6 

2194290 

4656470 

7007715 

7978014 

174240 

2304000 

23338 

9265.5 

402232 

156342 

62472 

24282 

43511.2 

16912.2 

11 ^ ^ -
P.24 

MACT1999 (All Atomized Operations changed to Non-Atomized Operations) 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 . 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total # s of Resin: 

Quantity 

145.2 

217.8 

262 

393 

107.6 

161.4 

20 

30 

1835 

1835 

1950 

1950 

724497.47 

% HAF 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

oint Valu 

375 

96 

338 

35 

338 

85 

338 

85 

114 

74 

108 

70 

Point Value X 

Quantity 

54450 

20908.8 

88556 

33405 

36368.8 

13719 

6760 

2550 

209190 

135790 

210600 

136500 

141.3960184 

Maximum 

Point Value 

39784.8 

15463.3 

71788 

27903 

29482.4 

11459.4 

5480 

2130 

130285 

130285 

138450 

138450 

141.3364333 

12 23 
P.25 

MACT 1999 (All Atomized Operations changed to Non-Atomized Operations & All vinylesters to 35%) 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 93P 

Hetron 33P 

Hetron 332 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process 

Mech. non-atomized/Corrosion 

FW/Corrosion 

Mech. non-atomized/Corrosior 

Mech. non-atomized/Corrosior. 

Quantity 

7863 

55728 

99072 

1243.9625 

Vlech. non-Atomized/Corrosior 23635.2875 

Meo Non-Atomized/Corrosion 3124.6985 

vlech. Non-Atomized/Corrosior 59369.2715 

Mech. Non-Atomized/Filled 

FW/Non-Corrosion/Filled 

Vlech. Non-Atomized/Corrosior 

FW/N*«w-Corrosion 

Mech. Non-Atomized/Unfilled 

FW/Ncn-Corrosion 

FW/Non-Corrosion 

FW/Corrosion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

14110.065 

221057.685 

26900.48 

15131.52 

24381 

35819 

53305.5 

53905.5 

1089 

14400 

87 

130.5 

1463 

2202 

228 

342 

153.8 

238.2 

% HAP 

41 

35 

35 

36 

36 

35 

35 

29 

29 

35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

Value 

121 

130 

85 

90 

90 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

ooo 

85 

Point Value X 

Quantity 

951423 

7244640 

8421120 

111956.625 

2127175.875 

265599.3725 

5046388.078 

776053.575 

22547883.87 

2286540.8 

1967097.6 

2779434 

5516126 

14554485 

14554485 

168735 

2606400 

47067 

19444.5 

550500 

211392 

72960 

27018 

53674.4 

20247 

Maxiumum 

Point Value 

1258080 

8247744 

15851520 

193034 

3781646 

433351.76 

9499083.44 

2257610.4 

28737499.05 

4304076.8 

1967097.6 

2194290 

4656470 

7007715 

7978014 

174240 

2304000 

23838 

9265.5 

402232 

156342 

62472 

24282 

43511.2 

16912.2 

13 

* f 
P.26 

MACT 1999 (All Atomized Operations changed to Non-Atomized Operations & All vinylesters to 35%) 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resin: 

Quantity 

145.2 

217.3 

262 

393 

107.6 

161.4 

20 

30 

1835 

1835 

1950 

1950 

724497.47 

% HAP oint Valu Point Value X 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Quantity 

54450 

20903.8 

88556 

33405 

36368.8 

13719 

6760 

2550 

209190 

135790 

210600 

136500 

129.5749236 

Maximum 

Point Value 

39784.8 

15463.8 

71788 

27903 

29482.4 

11459.4 

5480 

2130 

130285 

130285 

138450 

138450 

141.3364333 

14 IS 
Expected increase for the Year 2000 

P.27 

Kesin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Krocess Quantity % HAP 

Mech. non-atomized/Corrosion 7863 41 

FW/Corrosion 61300.3 35 

Mech. non-atomized/Corrosion 108979.2 35 

Mech. non-atomized/Corrosion 1243.9625 36 

Vlech. non-.Atomized/Corrosicr 23635.2875 36 

Mee. Non-Atomized/Corrosion 3537.16835 35 

vlech. Non-Atomized/Corrosior68156.19865 35 

Mech. Non-Atomized/Filled 17933.551 29 

FW/Non-Corrosion/Filled 281037.299 29 

Vlech. Non-Atomized/Corrosior 29590.523 35 

FW#tee-Corrosion 16644.672 35 

Mech. Non-Atomized/Unfilled 26819.1 40 

FW/Non-Corrosion 39400.9 40 

FW/Non-Corrosion 84456.7911 60 

FW/Corrosion 84456.7911 60 

Mech. Non-Atomized/Filled 1706.1978 60 

Mech. Atomized/Corrosion 14400 49 

Mech. Atomized 95.7 45 

Manual 143.55 45 

Mech. Atomized 1211.75 37 

Manual 1817.64 37 

Mech. Atomized 250.3 34 

Manual 376.2 34 

Mech. Atomized 174.68 35 

Manual 262.02 35 

Point 

Value 

121 

130 

85 

90 

90 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

333 

85 

Point Value X 

Quantity 

951423 

7363104 

9263232 

111956.625 

2127175.875 

304909.3098 

5793276.885 

986620.305 

28665804.5 

2515194.38 

2163807.36 

3057377.4 

6067738.6 

22803333.6 

22803333.6 

264460.659 

2606400 

51773.7 

21388.95 

454410 

174493.44 

80256 

29719.8 

59041.84 

22271.7 

Maxiumum 

Point Value 

1258080 

9072518.4 

17436672 

193034 

3781646 

573346.936 

10904991.78 

2870168.16 

36534848.87 

4734484.48 

2163807.36 

2413719 

5122117 

10979382.84 

12499605.08 

272991.648 

2304000 

26221.8 

10192.05 

332022.24 

129052.44 

68719.2 

25710.2 

47862.32 

18603.^2 

15 V* 
Expected Increase for the Year 2000 

P.28 

Resin Process Quantity % HAP oint Valu Point Vaiue X Maximum 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total # s of Resin: 

159.72 

239.58 

288.2 

432.3 

118.36 

177.54 

22 

33 

2018.5 

2018.5 

2145 

2145 

885346.497 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Quantify 

59895 

22333.68 

37411.6 

36745.5 

40005.68 

15090.9 

7436 

2805 

230109 

149369 

231660 

150150 

135.9831228 

Point Value 

43763.28 

17010.13 

78966.8 

30693.3 

32430.64 

12605.34 

6028 

2343 

143313.5 

143313.5 

152295 

152295 

140.7318549 

16 TJ 
Expected Increase for the Year 2000 + Semiconductor Contract 

P.29 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-457S 

Process Quantity % HAP 

Mech. non-atomized/Corrosion 7863 41 

FW/Corrosion 61300.3 35 

Mech. non-atcmized/Corrosion 108979.2 35 

Mech. non-atomized/Corrosion 1243.9625 36 

Mech. non-Atomized/Corrosior 23635.2875 36 

Meo Non-Atomized/Corrosion 3587.16835 35 

Vlech. Non-Atomized/Corrosior68156.19865 35 

Mech. Non-Atomized/Filled 17938.551 29 

FW/Non-Corrosion/Filled 281037.299 29 

Vlech. Non-Atomized/Corrosior 29590.528 35 

FW/MwfcCorrosion 16644.672 35 

Mech. Non-Atomized/Unfilled 26319.1 40 

FW/Non-Corrosion 39400.9 40 

FW/Non-Corrosion 183456.7911 60 

FW/Corrosion 183456.7911 60 

Mech. Non-Atomized/Filled 3706.1978 60 

Mech. Atomized/Corrosion 14400 49 

Mech. Atomized 95.7 45 

Manual 143.55 45 

Mech. Atomized 1211.76 37 

Manual 1817.64 37 

Mech. Atomized 250.8 34 

Manual 376.2 34 

Mech. Atomized 174.58 35 

Manual 262.02 35 

Point 

y_ajy£ 

121 

130 

85 

90 

90 

85 

85 

55 

102 

35 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

7963104 

3263232 

111356.625 

2127175.875 

304903.3033 

5793276.885 

986620.305 

28665304.5 

2515194.88 

2163807.36 

3057377.4 

6067738.6 

49533333.6 

49533333.6 

574460.659 

2606400 

51773.7 

21388.95 

454410 

174493.44 

80256 

29719.8 

59041.84 

22271.7 

Maxiumum 

Point Value 

1258080 

9072518.4 

17436672 

199034 

3781646 

573946.936 

10904991.78 

2870168.16 

36534848.87 

47344S4.48 

2163807.36 

2413719 

5122117 

2384'9332.84 

27151605.08 

592991.643 

2304000 

26221.8 

10192.05 

332022.24 

129052.44 

68719.2 

26710.2 

47862.32 

18603 42 

17 

^% 
Expected Increase for the Year 2000 + Semiconductor Contract 

P.30 

Resin Process Quantity % HAP oint Valu Point Value X Maximum 

MGH-6591 

MGH-6531 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

159.72 

239.58 

288.2 

432.3 

118.36 

177.54 

22 

33 

2018.5 

2018.5 

2145 

2145 

Total #" s of Resin: 1085346.497 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Quantity 

59895 

22933.68 

37411.6 

36745.5 

40005.68 

15090.9 

7436 

2805 

230109 

149369 

231660 

150150 

160.4668941 

Point Value 

43763.28 

17010.13 

78966.8 

30693.3 

32430.64 

12605.34 

6028 

2343 

143313.5 

143313.5 

152295 

152295 

140.4514182 

18 24 
P.31 

Expected Increase for the Year 2001 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process 

Mech. non-atomized/Corrosion 

FW/Corrosion 

Mech. non-atomized/Corrosion 

Mech. non-atomized/Corrosion 

Quantity 

7363 

67430.38 

119877.12 

1243.9625 

Vlech. non-Atomized/Corrosior 23635.2875 

Mee. Non-Atomized/Corrosion 3945.885185 

Vlech. Non-Atomized/Corrosior74971.81852 

Mech. Non-Atomized/Filled 

FW/Non-Corrosion/Filled 

17400.39447 

272606.18 

Vlech. Non-Atomized/Corrosior 32549.5808 

FW/4SS8-Corrosion 

Mech. Non-Atomized/Unfilled 

FW/Non-Corrosion 

FW/Non-Corrosion 

FW/Corrosion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

18309.1392 

29501.01 

43340.99 

105570.9889 

105570.8639 

2132.747251 

14400 

105.27 

157.905 

1332.936 

1999.404 

275.88 

413.82 

192.143 

288.222 

% HAP 

41 

35 

35 

36 

36 

35 

35 

23 

23 

35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

Yalue 

121 

130 

85 

90 

30 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

PointValueX 

Quantity. 

951423 

8766014.4 

10189555.2 

111956.625 

2127175.875 

335400.2407 

6372604.574 

957021.6959 

27805830.36 

2766714.363 

2380188.096 

3363115.14 

6674512.46 

28504167 

28504133.25 

330575.3238 

2606400 

56951.07 

23527.845 

499851 

191942.784 

83281.6 

32691.78 

64946.024 

24498.87 

Maxiumum 

Point Value 

1258080 

9373770.24 

19180339.2 

199034 

3781645 

631341.6296 

11995490.96 

2784063.115 

35438803.4 

5207932.928 

2380188.096 

2655090.9 

5634328.7 

13724228.56 

15624487.86 

341239.5601 

2304000 

28843.98 

11211.255 

365224.464 

141957.684 

.75591.12 

29331.22 

52348.552 

20463.762 

19 3o 
Expected Increase for the Year 2001 

P.32 

Resin Process Quantity % HAP oint Valu Point Value X Maximum 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total If s of Resin 

175.692 

263.538 

317.02 

475.53 

130.196 

195.294 

24.2 

36.3 

2220.35 

2220.35 

2359.5 

2359.5 

955892.9032 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338' 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Quantity 

65884.5 

25299.648 

107152.76 

40420.05 

44006.248 

16599.99 

8179.6 

3085.5 

253119.9 

164305.9 

254826 

165165 

141.1010833 

Point Value 

48139.608 

18711.198 

86863.48 

33762.63 

35673.704 

13865!874 

6630.8 

2577.3 

157644.85 

157644.85 

167524.5 

167524.5 

140.9592539 

20 

•>l 
Expected increase for the Year 2001 + Semiconductor Contract 

P.33 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4573 

MGH-4578 

Process 

Mech. non-atomized/Corrosion 

FW/Corrosion 

Mech. non-atomized/Corrosion 

Mech. non-atomized/Corrosion 

Mech. non-Atomized/Corrosior 

Mee. Non-Atomized/Corrosion 

Quantity 

7863 

67430.33 

119877.12 

1243.9625 

23635.2875 

3945.885185 

Vlech. Non-Atomized/Corrosior74971.81852 

Mech. Non-Atomized/Filled 

FW/Non-Corrosion/Filled 

Vlech. Non-Atomized/Corrosior 

FW/Wwu-Corrosion 

Mech. Non-Atomized/Unfilled 

FW/Non-Corrosion 

FW/Non-Corrosion 

FW/Corrcsion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

Mech. Atomized 

Manual 

Mech. Atomized ' 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

17400.39447 

272606.18 

32549.5808 

18309.1392 

29501.01 

43340.99 

204570.9889 

204570.9889 

4132.74725 

14400 

105.27 

157.905 

1332.936 

1999.404 

275.88 

413.82 

192.148 

288.222 

% HAP 

41 

35 

35 

36 

36 

35 

35 

29 

29 

35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

Value 

121 

130 

85 

90 

90 

85 

35 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

333 

85 

Point Value X 

Quantity 

951423 

8766014.4 

10189555.2 

111356.625 

2127175.375 

335400.2407 

6372604.574 

357021.6353 

27805830.36 

2766714.368 

2380188.096 

3363115.14 

6674512.46 

55234167 

55234167 

640575.3233 

2606400 

56951.07 

23527 845 

499851 

191942.784 

88231.6 

32691.78 

64946.024 

24498.87 

Maxiumum 

Point Value 

1258080 

9979770.24 

19180339.2 

193034 

3781646 

631341.6236 

11395490.96 

2784063.115 

35438803.4 

5207932.928 

2380188.096 

2655090.9 

5634328.7 

26594228.55 

30276506.35 

661239.56 

2304000 

28843.98 

11211.255 

365224.464 

141957.684 

75591.12 

29381.22 

52643.552 

20463.762 

21 

3^ 
P.34 

Expected Increase for the Year 2001 + Semiconductor Contract 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 ' 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of ResinQuantity 

175.692 

263.538 

317.02 

475.53 

130.196 

195.294 

24.2 

36.3 

2220.35 

2220.35 

2359.5 

2359.5 

1155893.028 

% HAF 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

oint Valu 

375 

96 

338 

35 

338 

85 

338 

85 

114 

74 

108 

70 

Point Value X 

Quantity 

65884.5 

25299.648 

107152.76 

40420.05 

44006.248 

16599.99 

8179.6 

3085.5 

253119.9 

164305.9 

254826 

165165 

163.2050314 

Maximum 

Point Value 

48139.608 

18711.198 

86863.48 

33762.63 

35673.704 

13865.374 

6630.8 

2577.3 

157644.85 

157644.85 

167524.5 

167524.5 

140.6565876 

22 

33 
Expected increase for the Year 2002 

P.35 

Resm 

Hetron 197 

Hetron 922 

Hetron 322 

Hetron 39P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process 

Mech. non-atomized/Corrosion 

FW/Corrosion 

Quantity 

7863 

74173.968 

Mech. non-atomized/Corrosion 131864.332 

Mech. non-atomized/Corrosion 1243.9625 

Mech. non-Atomized/Corrosior 23635.2875 

Meo Non-Atomized/Corrosion4340.473704 

Vlech. Non-Atomized/Corrosior 

Mech. Non-Atomized/Filled 

FW/Non-Corrosion/Filled 

Vlech. Non-Atom ized/Corrosioi 

FW/4fe»irCorrosion 

Mech. Non-Atomized/Unfilled 

FW/Non-Corrosion 

FW/Non-Corrosion 

FW/Corrosion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

82469.00037 

16878.38264 

264427.9946 

35804.16 

20140.05312 

32451.111 

47675.089 

131963.7361 

131963.7361 

2665.934063 

14400 

115.797 

173.6955 

1466.2296 

2199.3444 

303.468 

455.202 

211.3628 

317.0442 

'/, HAP 

41 

35 

35 

36 

36 

35 

35 

29 

29 

35 

35 

40 

40 

60 

60 ' 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

Value 

121 

130 

85 

90 

90 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

9642615.34 

11208510.72 

111956.625 

2127175.875 

368940.2643 

7009865.031 

928311.045 

26971655.45 

3043353.6 

2618206.906 

3699426.654 

7341963.706 

35630208.75 

35630208.75 

413219.7797 

2606400 

62646.177 

25880.6295 

543336.1 

211137.0624 

97109.76 

35960.958 

71440.6264 

26948.757 

Maxiumum 

Point Value 

1258080 

10977747.26 

21098373.12 

193034 

3781646 

634475.7326 

13195040.06 

2700541.222 

34375639.3 

5728665.6 

2618206.906 

2920593.93 

6197761.57 

17155285.69 

19530632.94 

426549.45 

2304000 

31728.373 

12332.3805 

401746.9104 

156153.4524 

83150.232 

32319.342 

57913.4072 

22510.1382 

23 

3-j 
P.36 

Expected Increase forthe Year 2002 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6583 

MG-6583 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Quantity 

133.2612 

283.8318 

348.722 

523.083 

143.2156 

214.8234 

26.62 

33.33 

2442.385 

2442.385 

2595.45 

2595.45 

Total Ht s of Resin: 1041058.081 

% HAP oint Vaiu Point Value X 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Quantity 

72472.95 

27829.6123 

117868.036 

44462.055 

48406.8728 

18259.989 

8997.56 

3394.05 

278431.89 

180736.49 

280308.6 

181631.5 

146.6270273 

Maximum 

Point Value 

52953.5688 

20582.3178 

95549.828 

37138.393 

39241.0744 

15252.4614 

7293.88 

2835.03 

173409.335 

173409.335 

184276.95 

184276.95 

141.150965 

24 35 
Expected increase for the Year 2002 + Semiconductor Contract 

P.37 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process 

Mech. non-atomized/Corrcsion 

FW/Corrosion 

Quantity 

7863 

74173.363 

Mech. non-atomized/Corrosion 131864.832 

Mech. non-atomized/Corrosion 1243.3625 

Mech. non-Atomized/Corrosior 23635.2875 

Meo Non-Atomized/Corrosion 4340.473704 

Vlech. Non-Atomized/Corrosior82469.00037 

Mech. Non-Atomized/Filled 

FW/Non-Corrosion/Filled 

vlech. Non-Atomized/Corrosio 

FW/Nan-Corrosion 

Mech. Non-Atomized/Unfilled 

FW/Non-Corrosion 

FW/Non-Corrosion 

FW/Ccrrosion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

• Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

16878.38264 

264427.9946 

35804.16 

20140.05312 

32451.111 

47675.089 

230963.7361 

230963.7361 

4665.934063 

14400 

115.797 

173.6955 

1466.2296 

2199.3444 

303.468 

455.202 

211.3628 

317.0442 

% HAP 

41 

35 

35 

36 

36 

35 

35 

29 

29 

35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

"** T 

ol 

37 

34 

34 

35 

35 

Point 

Value 

121 

130 

85 

90 

90 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

336 

85 

Point Value X 

Quantity 

951423 

. 9642615.84 

11208510.72 

111956.625 

2127175.875 

368940.2648 

7009865.031 

928311.045 

26971655.45 

3043353.6 

2618206.906 

3699426.654 

7341963.706 

62360208.75 

62360208.75 

723213.7737 

2606400 

62646.177 

25880.6295 

543836.1 

211137.0624 

37103.76 

35960.958 

71440.6264 

26948.757 

Maxiumum 

Point Value 

1258080 

10977747.26 

21098373.12 

193034 

3781646 

634475.7326 

13195040.06 

2700541.222 

34375639.3 

5728665.6 

2618206.906 

2920599.99 

6197761.57 

3002'5285.69 

34182632.94 

746549.45 

2304000 

31728.378 

12332.3805 

401746.9104 

156153.4524 

83150.232 

32319.342 

57913.4072 

22510.1382 

25 

3G 
P.38 

Expected Increase for the Year 2002 + Semiconductor Contract 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total If s of Resin: 

Quantity 

193.2612 

289.8918 

348.722 

523.083 

143.2156 

214.3234 

26.62 

39.93 

2442.385 

2442.385 

2595.45 

2595.45 

1241058.081 

% HAP oint Valu 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Point Value X 

Quantity 

72472.95 

27829.6128 

117868.036 

44462.055 

48406.8728 

18259.989 

8997.56 

3394.05 

278431.89 

180736.49 

280308.6 

181631.5 

166.3236031 

Maximum 

Point Value 

52953.5688 

20582.3178 

95549.828 

37138.893 

39241.0744 

15252.4614 

7293.88 

2835.03 

173409.335 

173409.335 

184276.95 

184276.95 

140.838173 

26 

57 
P.39 

Expected increase for the Year 2003 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron SSP 

Hetron SSP 

Hetron 332 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process 

Mech. non-atomized/Corrosion 

FW/Corrosion 

Quantity 

7863 

31591.3648 

Mech. non-atomized/Corrosion 145051.3152 

Mech. non-atomized/Corrosion 1243.9625 

Mech. non-Atomized/Corrosior 23635.2875 

Mee. Non-Atomized/Corrosion 4774.521074 

Vlech. Non-Atomized/Corrosior 

Mech. Non-Atomized/Filled 

FW/Non-Corrosion/Filled 

Vlech. Non-Atomized/Corrosio 

FW/fedao-Corrosion 

Mech. Non-Atomized/Unfilled 

FW/Non-Corrosion 

FW/Non-Corrosion 

FW/Corrosion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

90715.9004 

16372.03116 

256495.1548 

39384.99277 

22154.05843 

35696.2221 

52442.5979 

164954.6701 

164954.6701 

3332.417578 

14400 

127.3767 

191.06505 

1612.85256 

2419.27884 

333.8148 

500.7222 

232.49908 

348.74862 

% HAP 

41 

35 

35 

36 

36 

35 

35 

29 

29 

35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

Value 

121 

130 

85 

90 

90 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

10606877.42 

12329361.79 

111956.625 

2127175.875 

405334.2913 

7710851.534 

900461.7136 

26162505.79 

3347724.335 

2880027.596 

4069369.319 

8076160.077 

44537760.93 

44537760.93 

516524.7246 

2606400 

68910.7947 

28468.69245 

604619.71 

232250.7686 

106820.736 

39557.0538 

78534.68904 

29643.6327 

Maxiumum 

Point Value 

1258080 

12075521.S9 

23208210.43 

199034 

3781646 

763923.3718 

14514544.06 

2619524.385 

33344370.12 

6301538.843 

2880027.596 

3212659.989 

6817537.727 

21444107.12 

24413291.18 

533186.3125 

2304000 

34901.2155 

13565.61855 

441921.6014 

171768.7976 

91465.2552 

.35551.2782 

63704.74792 

24761.15202 

27 

3& 
P.40 

Expected Increase forthe Year 2003 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resin 

Quantity 

212.58732 

313.88098 

383.5942 

575.3913 

157.53716 

236.30574 

29.282 

43.923 

2686.6235 

2686.6235 

2854.995 

2854.995 

1143869.263 

% HAP oint Valu 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Point Value X 

Quantity 

79720.245 

30612.57408 

129654.8396 

48903.2605 

53247.56008 

20085.9879 

9897.316 

3733.455 

306275.079 

198810.139 

308339.46 

199849.65 

152.5142534 

Maximum 

Point Value 

58248.92568 

22640.54958 

105104.8108 

40852.7823 

43165.18184 

16777.70754 

8023.268 

3118.533 

190750.2685 

190750.2685 

202704.645 

202704.645 

141.3043874 

28 

1°, 
Expected Increase for the Year 2003 + Semiconductor Contract 

P.41 

Resin 

Hetron 197 

Hetron 322 

Hetron 322 

Hetron SSP 

Hetron 33P 

Hetron 332 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process 

Mech. non-atomized/Corrosion 

FW/Corrosion 

Quantity 

7863 

81591.3648 

Mech. non-atomized/Corrosion145051.3152 

Mech. non-atomized/Corrosion 

Vlech. non-Atomized/Corrosior 

1243.9625 

23635.2875 

Mee. Non-Atomized/Corrosion 4774.521074 

vlech. Non-Atomized/Corrosior 90715.9004 

Mech. Non-Atomized/Filled 

FW/Non-Corrosion/Filled 

16372.03116 

256495.1548 

Vlech. Non-Atomized/Corrosior39384.99277 

FW/JSiP Corrosion 

Mech. Non-Atomized/Unfilled 

FW/Non-Corrosion 

FW/Non-Corrosion 

PA/ZCorrosion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

22154.05843 

35696.2221 

52442.5979 

263954.6701 

263954.6701 

5332.417578 

14400 

'127.3767 

191.06505 

1612.85256 

2419.27884 

333.3148 

500.7222 

232.4990S 

348.74862 

% HAP 

41 

35 

35 

36 

36 

35 

35 

29 

29 

35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

Value 

121 

130 

85 

90 

30 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity. 

951423 

10606877.42 

12329361.79 

111956.625 

2127175.875 

405834.2913 

7710851.534 

900461.7136 

26162505.79 

3347724.385 

2880027.596 

4069369.319 

8076160.077 

71267760.93 

71267760.93 

826524.7246 

2606400 

68910.7947 

28468.69245 

604819.71 

232250.7686 

106820.736 

39557.0538 

73584.68904 

29643.6327 

Maxiumum 

Point Value 

1258080 

12075521.33 

23208210.43 

139034 

3781646 

763923.3718 

14514544.06 

2613524.385 

33344370.12 

6301598.843 

2880027.596 

3212659.989 

6817537.727 

34314107.12 

39065291.18 

853186.8125 

2304000 

34301.2158 

13565.61355 

441321.6014 

171768.7976 

91465.2552 

35551.2752 

63704.74792 

24761.15202 

29 

H-o 
P.42 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Expected Increase for the Year 2003 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resin 

Quantity 

212.58732 

318.38093 

383.5942 

575.3913 

157.53716 

236.30574 

29.282 

43.923 

2686.6235 

2686.6235 

2854.995 

2854.995 

1343869.263 

+ Semiconductor Contract 

% HAP oint Valu 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

35 

338 

85 

114 

74 

108 

70 

Point Value X 

Quantity 

79720.245 

30612.57408 

129654.8396 

48908.2605 

53247.56008 

20085.9879 

9897.316 

3733.455 

306275.079 

198310.139 

308339.46 

199849.65 

169.8278046 

Maximum 

Point Value 

58248.92568 

22640.54958 

105104.8108 

40352.7823 

43165.18184 

16777.70754 

8023.268 

3118.533 

190750.2685 

190750.2685 

202704.645 

202704.645 

140.9926923 

30 

H-l 
Expected increase for the Year 2004 

P.43 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 9SP 

Hetron SSP 

Hetron 332 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process Quantity % HAP 

Mech. non-atomized/Corrosion 7863 41 

FW/Corrosion 89750.50128 35 

Mech. non-atomized/Corrosion 159556.4467 35 

Mech. non-atomized/Corrosicn 1243.9625 36 

Vlech. non-Atomized/Corrosior 23635.2875 36 

Mee. Non-Atomized/Corrosion 5251.973181 35 

Vlech. Non-Atomized/Corrosior99787.49044 35 

Mech. Non-Atomized/Filled 15880.37022 29 

FW/Non-Corrosion/Filled 248800.3001 29 

Vlech. Non-Atomized/Corrosior43323.49204 35 

FW/JB**Corrosion 24369.46428 35 

Mech. Non-Atomized/Unfilled 39265.84431 40 

FW/Non-Corrosion 57686.85769 40 

FW/Non-Corrosion 206193.3376 60 

FW/Corrosion 206193.3376 60 

Mech. Non-Atomized/Filled 4165.521973 60 

Mech. Atomized/Corrosion 14400 49 

Mech. Atomized 140.11437 45 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

210.171555 45 

1774.137816 37 

2661.206724 37 

367.19628 34 

550.79442 34 

255.748988 35 

383.623482 35 

Point 

Value 

121 

130 

85 

90 

90 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

11667565.17 

13562297.97 

111956.625 

2127175.875 

446417.7204 

8481936.688 

873447.8622 

25377630.62 

3682496.324 

3168030.356 

4476306.251 

8883776.084 

55672201.16 

55672201.16 

645655.9058 

2606400 

75801.87417 

31315.5617 

665301.331 

255475.8455 

117502.8096 

43512.75918 

86443.15794 

32607.99597 

Maxiumum 

Point Value 

1258080 

13233074.19 

25529031.48 

199034 

3781646 

840315.709 

15965998.47 

2540939.236 

32344039.02 

6931758.727 

. 3168030.356 

3533925.963 

7499291.5 

26805133.83 

30516613.97 

666483.5155 

2304000 

38331.33738 

14922.13041 

436113.7613 

188945.8774 

100611.7807 

39106.40332 

70075.22271 

27237.26722 

31 

Y2-
P.44 

Expected Increase for the Year 2004 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resin 

Quantity 

233.846052 

350.769078 

421.95362 

632.93043 

173.290876 

259.936314 

32.2102 

48.3153 

2955.28585 

2955.28585 

3140.4945 

3140.4945 

: 1268055.494 

% HAP oint Valu 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Point Value X 

Quantity 

87692.2695 

33673.83149 

142620.3236 

53799.03655 

58572.31609 

22094.58669 

10887.0476 

4106.8005 

336902.5869 

218691.1529 

339173.406 

219834.615 

158.701989 

Maximum 

Point Value 

64073.81825 

24904.60454 

115615.2919 

44933.06053 

47481.70002 

18455.47829 

8825.5948 

3430.3863 

209825.2954 

209825.2954 

222975.1095 

222975.1095 

141.4182 

32 

<-b 
P.45 

Expected increase for the Year 2004 + Semiconductor Contract 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 932 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process 

Mech. non-atomized/Corrosior 

FW/Corrosion 

Mech. non-atomized/Corrosior 

Mech. non-atomized/Corrosior 

Mech. non-Atomized/Corrosior 

Quantity % HAP 

7863 

89750.50128 

159556.4467 

1243.9625 

• 23635.2875 

Meo Non-Atomized/Corrosion 5251.973181 

Vlech. Non-Atomized/Corrosio 

Mech. Non-Atomized/Filled 

FW/Non-Corrosion/Filled 

r99787.49044 

15380.87022 

248800.3001 

Vlech. Non-Atomized/Corrosior43323.49204 

FW/TWBI-Corrosion 24369.46428 

Mech. Non-Atomized/Unfilled 39265.84431 

FW/Non-Corrosion 

FW/Non-Corrosion 

FW/Corrosion 

Mech. Non-Atomized/Filled 

Mech. Atomized/Corrosion 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

57686.85769 

305193.3376 

305193.3376 

6165.521973 

14400 

140.11437 

210.171555 

1774.137816 

2661.206724 

367.19623 

550.79442 

255.743983 

383.623482 

41 

35 

35 

36 

36 

35 

35 

29 

29 

35 

35 

40 

40 

60 

60 

60 

49 

45 

45 

37 

37 

34 

34 

35 

35 

Point 

Value 

121 

130 

85 

90 

90 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

11667555.17 

13562297.97 

111956.625 

2127175.875 

446417.7204 

8481936.688 

873447.8622 

25377630.62 

3682496.324 

3168030.356 

4476306.251 

8883776.084 

82402201.16 

82402201.16 , 

955655.9058 

2606400 

75801.37417 

31315.5617 

665301.581 

255475.3455 

117502.8096 

43512.75918 

86443.15794 

32607.99597 

Maxiumum 

Point Value 

1258080 

13233074.19 

25529031.48 

199034 

3781646 

340315.70S 

15965998.47 

2540939.236 

32344039.02 

6931758.727 

3168030.356 

3533925.933 

7499291.5 

39675133.39 

45168613.97 

986483.5155 

2304000 

33391.33738 

14922.18041 

466113.7616 

188945.6~74 

100611.7807 

39106.40332 

70075.22271 

27237.26722 

33 44* 
P.46 

Expected Increase for the Year 2004 + Semiconductor Contract 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resin 

Quantity 

233.846052 

350.769078 

421.95362 

632.93043 

173.290876 

259.936314 

32.2102 

48.3153 

2955.28585 

2955.28585 

3140.4945 

3140.4945 

: 1468055.494 

% HAP oint Valu Point Value X 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Quajiiiiy. 

87692.2695 

33673.83149 

142620.3236 

53799.08655 

58572.31609 

22094.58669 

10887.0476 

4106.8005 

336902.5869 

218691.1529 

339173.406 

219834.615 

173.7079627 

Maximum 

Point Value 

64073.81825 

24904.60454 

115615.2919 

44938.06053 

47481.70002 

18455.47829 

8825.5948 

3430.3863 

209825.2954 

209825.2954 

, 222975.1095 

222975.1095 

141.1173667 

34 

^ 
Expected increase for the Year 2005 

P.47 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4573 

MGH-4578 

Process Quantity % HAP 

Mech. non-atomized/Corrosion 7863 41 

FW/Corrosion 98725.55141 35 

Mech. non-atomized/Corrosion 175512.0914 35 

Mech. non-atomized/Corrosion 1243.9625 36 

Mech. non-Atomized/Corrosior 23635.2875 36 

Mee. Non-Atomized/Corrosion 5777.170499 35 

vlech. Non-Atomized/Corrosior 109766.2395 35 

Mech. Non-Atomized/Filled 15404.44412 29 

FW/Non-Corrosion/Filled 241336.2911 29 

Vlech. Non-Atomized/Corrosior47655.84125 35 

FW/«W»-Corrosion 26806.4107 35 

Mech. Non-Atomized/Unfilled 43192.42874 40 

FW/Non-Corrosion 63455.54346 40 

FW/Non-Corrosion 257741.6721 60 

FW/Corrosion 257741.6721 60 

Mech. Non-Atomized/Filled 5206.902466 60 

Mech. Atomized/Corrosion 14400 49 

Mech. Atomized 154.125807 45 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

231.1887105 45 

1951.551598 37 

2927.327396 37 

403.915903 34 

605.873862 34 

281.3233868 35 

421.9858302 35 

3oint 

/a|ye 

121 

130 

85 

90 

90 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

12834321.63 

14918527.77 

111956.625 

2127175.875 

491059.4924 

9330130.356 

847244.4264 

24616301.7 

4050746.506 

3484833.391 

4923936.376 

9772153.693 

69590251.46 

69590251.46 

807069.3822 

2606400 

83382.06159 

34447.11786 

731331.3491 

281023.4301 

129253.0906 

47864.0351 

95087.47374 

35868.79557 

Maxiumum 

Point Value 

1258080 

14611331.61 

28081934.62 

199034 

3781646 

924347.2799 

17562598.32 

2464711.058 

31373717.85 

7624934.6 

3484833.391 

3887318.587 

8249220.65 

33506417.37 

38145767.46 

833104.3945 

2304000 

42230.47112 

16414.39845 

534725.1377 

207840.2451 

110672.9588 

43017.0442 

77082.74498 

29960.99394 

35 ty 
P.48 

Expected Increase for the Year 2005 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Total #" s of Resir 

Quantity 

257.2306572 

385.8459858 

464.148982 

696.223473 

190.6199636 

285.9299454 

35.43122 

53.14683 

3250.814435 

3250.814435 

3455.04395 

3455.04395 

1:1418222.096 

% HAP oint Valu 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Point Value X 

Quantity 

96461.49645 

37041.21464 

156882.3559 

59178.99521 

64429.5477 

24304.04536 

11975.75236 

4517.48055 

370592.8456 

240560.2682 

373144.7466 

241853.0765 

165.1176389 

Maximum 

Point Value 

70481.20007 

27395.06499 

127176.8211 

49431.86658 

52229.87003 

20301.02612 

9708.15428 

3773.42493 

230807.8249 

230807.8249 

245308.1205 

245308.1205 

141.4924511 

36 47 
Expected increase for the Year 2005 + Semiconductor Contract 

P.49 

Resin 

Hetron 197 

Hetron 922 

Hetron 922 

Hetron 99P 

Hetron 99P 

Hetron 992 

Hetron 992 

Hetron Q6362 

Hetron Q6362 

Derakane 

Derakane 

FRP 220 

FRP 220 

Modar 

Modar 

Modar 

RCI ISO 

MGH-5495 

MGH-5495 

MGH-6589 

MGH-6589 

MGH-4579 

MGH-4579 

MGH-4578 

MGH-4578 

Process Quantity % HAP 

Mech. non-atomized/Corrosion 7863 41 

FW/Corrosion 98725.55141 35 

Mech. non-atomized/Corrosion 175512.0914 35 

Mech. non-atomized/Corrosion 1243.9625 36 

Mech. non-Atomized/Corrosior 23635.2875 36 

Mee. Non-Atomized/Corrosion 5777.170499 35 

Vlech. Non-Atomized/Corrosior 109766.2395 35 

Mech. Non-Atomized/Filled 15404.44412 29 

FW/Non-Corrosion/Filled 241336.2911 29 

Vlech. Non-Atomized/Corrosior47655.84125 35 

FW/teton-Corrosion 26806.4107 35 

Mech. Non-Atomized/Unfilled 43192.42874 40 

FW/Non-Corrosion 63455.54346 40 

FW/Non-Corrosion 356741.6721 60 

FW/Corrosion 356741.6721 60 

Mech. Non-Atomized/Filled 7206.902466 60 

Mech. Atomized/Corrosion 14400 49 

Mech. Atomized 154.125807 45 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

231.1887105 45 

1951.551598 37 

2927.327396 37 

403.915908 34 

605.873862 34 

281.3238868 35 

421.9858302 35 

Point 

Value 

121 

130 

85 

90 

90 

85 

85 

55 

102 

85 

130 

114 

154 

270 

270 

155 

181 

541 

149 

375 

96 

320 

79 

338 

85 

Point Value X 

Quantity 

951423 

12834321.68 

14918527.77 

111956.625 

2127175.875 

491059.4924 

9330130.356 

847244.4264 

24616301.7 

4050746.506 

3484833.391 

4923936.876 

9772153.693 

96320251.46 

96320251.46 

1117069.882 

2606400 

83382.06159 

34447.11786 

731831.8491 

281023.4301 

129253.0906 

47864.0351 

95087.47374 

35868.79557 

Maxiumum 

Point Value 

1258030 

1461138161 

28081934.62 

199034 

3781646 

324347.27SS 

17562598.32 

2464711.058 

31373717.85 

7624934.6 

3484833.391 

3887318.587 

8249220.65 

46376417.37 

52797767.46 

1153104.395 

2304000 

42230.47112 

16414.39845 

534725.1377 

207840.2451 

110672.9538 

43017.0442 

77082.74498 

29960.99394 

37 W 
P.50 

Expected Increase for the Year 2005 + Semiconductor Contract 

Resin 

MGH-6591 

MGH-6591 

MGH-7213 

MGH-7213 

MGH-5496 

MGH-5496 

MGH-2460 

MGH-2460 

MG-6589 

MG-6589 

MG-2904 

MG-2904 

Process 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Mech. Atomized 

Manual 

Manual/Non-Suppressed 

Manual/Suppressed 

Manual/Non-Suppressed 

Manual/Suppressed 

Quantity 

257.2306572 

385.8459858 

464.148982 

696.223473 

190.6199636 

285.9299454 

35.43122 

53.14633 

3250.814435 

3250.814435 

3455.04395 

3455.04395 

Total if s of Resin: 1618222.096 

% HAP oint Valu Point Value X 

37 

37 

35 

35 

35 

35 

35 

35 

40 

40 

39 

39 

375 

96 

338 

85 

338 

85 

338 

85 

114 

74 

108 

70 

Quantity 

96461.49645 

37041.21464 

156882.3559 

59178.99521 

64429.5477 

24304.04536 

11975.75236 

4517.48055 

370592.8456 

240560.2682 

373144.7466 

241853.0765 

177.9381734 

Maximum 

Point Value 

70481.20007 

27395.06499 

127176.8211 

49431.86653 

52229.87003 

20301.02612 

9708.15428 

3773.42493 

230807.8249 

230807.8249 

245308.1205 

245308.1205 

141... 2103574 

38 ^