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HomeMy WebLinkAboutSEPA EPIC-30-87 - SEATTLE RENDERING WORKS - INCINERATOR / WASTE-HEAT BOILERSEATTLE RENDERING WORKS INSTALL NEW INCINERATOR / WASTE -HEAT BOILER 5795 S. 130T" PLACE EPIC -30 -87 November 17, 1989 Bill Hammond 5795 South 130th Place Seattle, WA 98178 Re: Landscaping Dear Mr. Hammond, I met with Bruce Hanson on Thursday November 9 to review the landscape materials that have been installed on your site. Mr. Hanson explained the overall concept and we walked through the site and observed the newly planted materials. They appeared very healthy and appropriate both in placement and numbers. Mr. Hanson stated that he was anticipating a delivery of evergreens which would complete the planting program by early December. This letter is acknowledgement that the City has inspected and approved the landscape materials that have been added to your site during summer and fall of 1989. I am certain, based on observations on the site and discussions with Mr. Hanson concerning the quality and care placed in choosing and planting the materials, that they will be maintained in a healthy condition and will ultimately provide an appropriate level of screening for your operation as well as enhancing the immediate environment for your employees. If you have any questions please feel free to call. I can be reached at 433 -1849. Thank you for your cooperation. Sincerely, Molly A. Headley Assistant Planner cc: Epic File 30 -87 UCU 87 -3 -UCU A•IDAV IT OF DIST•IBUTION I, JOANNE JOHNSON hereby declare that: [[ Notice of Public Hearing [[ Notice of Public Meeting Board of Adjustment Agenda Packet Q Board of Appeals Agenda Packet J Planning Commission Agenda Packet [[ Short Subdivision Agenda Packet 0 Determination of Nonsignificance Mitigated Determination of Non - significance 0 Determination of Significance and Scoping Notice 0 Notice of Action 0 Official Notice [J Notice of Application for 0 Other &horeline Management Permit [[ Shoreline Management Permit [[ Other was mailed to each of the following addresses on THURSDAY, JANUARY 14, 1988 , 19 WASHINGTON STATE DEPARTMENT OF ECOLOGY ENVIRONMENTAL REVIEW SECTION MAIL STOP PV -11 OLYMPIA, WA 98504 ATTN: KAREN BEATTY PERMIT COORDINATOR Name of Project File Number SEATTLE RENDERING WORKS EPIC -30 -87 WAC 197 -11 -970 DETERMINATION OF NONSIGNIFICANCE Description of Proposal INSTALL NEW INCINERATOR /WASTE -HEAT BOILER Proponent SEATTLE RENDERING WORKS Location of Proposal, including street address, if any 5795 S. 130TH PLACE SEATTLE, WA 98188 Lead Agency: City of Tukwila File No. EPIC -30 -87 (RE: 87- 3 -UCU) The lead agency for this proposal has determined that it does not have a probable significant adverse impact on the environment. An environmental impact statement (EIS) is not required under RCW 43.21C.030(2)(c). This decision was made after review of a completed environmental checklist and other information on file with the lead agency. This information is available to the public on request. There is no comment period for this DNS [[ This DNS is issued under 197 -11- 340(2). Comments must be submitted by . The lead agency will not act on this proposal for 15 days from the date below. Responsible Official Rick Beeler Position /Title Planning Director Address 6200 Southcenter Bouleva Date /31 /788 Signature Phone 433 -1846 You may appeal this determination to the City Clerk at City Hall, 6200 Southcenter Boulevard, Tukwila, WA 98188 no later than 10 days from the above date by written appeal stating the basis of the appeal for specific factual objections. You may be required to bear some of the expenses for an appeal. Copies of the procedures for SEPA appeals are available with the City Clerk and Planning Department. FM.DNS NARRATIVE DESCRIPTION OF PROPOSED AIR POLLUTION CONTROL SYSTEM AND OPERATION The control system will be in two parts. System No. 1 will collect the hot moist vapors and systtem No. 2 will collect the dry hot fumes. The wet vapor system will collect approximately 4600 cubic feet of vapors per minute and at an average temperature of 184 degrees fahrenheit. These vapors will be transported by ducting to an air to air condenser that will be installed as part of this project. This condenser will have 806 square feet of bare tubing. The tubes are one inch in diameter and have ten aluminum fins per inch and they are two and one quarter inches outside diameter. The hot wet vapors will pass through the tubes, ambient air will be pulled across the outside of the tubes, cooling them as the heat from the hot vapors passes through the wall of the tubes and into the aluminum fins where it will than be transferred into the ambient air as it passes over the fins. It is planned to cool the vapors down to 100 degrees Fahrenheit. As this happens water will be condensed from the vapors. This water will be piped to the water treatment system for processing. The non - condensibles, (the air that will not condense anymore) some 600 cubic feet per minute, at maximum conditions, will be ducted to the proposed incinerator where they will be incinerated along with the fumes from system No. 2. The fumes from system No. 2 approximately 2600 cubic feet per minute (at maximum conditions) will pass through a cyclone. The cyclone will separate the majority of the particulate matter prior to entering the incinerator. The incinerator will be installed first as there will be a 10 to 12 week lead time on the boiler. The incinerator is presently in preparations for installation and will be on job site, in Seat- tle, by November 18. It is designed to incinerate 5000 cubic of air per minute from 80 degrees Fahrenheit to 1200 degrees Fahren- heit and retain the vapors at 1200 degrees for at least .3 seconds before exhausting them through the stack to the atmo- sphere. Phase No. 2 will be to install the new waste heat boiler. • • The stack gases (hot incinerated air) will then pass through the waste heat boiler, which is a shell and tube heat exchanger. The hot stack gases from the incinerator will pass through the inside of the tubes. The tubes will be inside a cylindrical shell. Water will be pumped into the shell and flow around the tubes where the heat from the stack gases will be transferred into the water and be heated until it becomes steam. The stack gases will enter the waste heat boiler at 1200 degrees Fahrenheit and discharge to the atmosphere at 450 degrees Fahrenheit. There will not be any fume or vapor generating equipment added to the plant operation as part of the project. There will be changes made in how the vapors and fumes are processed as listed and described below. 1. There will be a 5000 cubic feet per minute incinerator installed with full intentions of adding to it a waste heat boiler. 2. The odius fumes and vapors that are presently being scrubbed and condensed in a venturi scrubbe and burned in the exist- ing boiler will be relocated to the proposed incinerator for a 99% incineration. The vapors that are presently being ducted to the E.R.C. scrubber will be processed in the wet vapor condenser that is part of the new project, with exceptions of the vapors from the yellow grease system. These vapors contain low intensity odors and can be easily processed in the E.R.C. scrubber. 3. Two stainless steel vapor recovery systems will be in- stalled, one for hot wet vapors and the second one for dry hot fumes. 4. An air to air condenser will be installed to condense the hot wet vapors. The non - condensibles (air that will not condense any further) will be ducted to the incinerator and . and waste heat boiler. 5. The E.R.C. vapor scrubber will continue to operate for the purpose of scrubbing any scavenger odors and to provide vapor scrubbing for the yellow grease system. ro"I✓ ;p9=1 • 2•o�A T M 7R��vT , a- STArtt-0AS 3,iS 04AR -GBr _ _ :CONDG'RXED. WArm∎ f {' ' To WATEC TR E•rH Cr1T • .::scATTl:E_.Rc1JbE JNc .VAPo2 GOAJTf - L 'FLOW PI A. GA2AT"% , • Performance: • PRELIMINARY SPECIFICATIONS THERMAL OXIDIZER 5000 SCFM Designed in accordance with United States Environmental-Protection Agency's Publication AP -40 to raise 5000 SCFM from ambient temper- . ature 75 °F to-1200 °F with a .3 second retention time, 40 fps'" velocity. Furnace: Constructed from 3/16 carbon steel plate, lined with 5 inches of insulating high temperature castable refractory. Support Stand: The stand will be constructed from a minimum,of 6" "H" beam and be designed to meet the local seismic requirements. Burner: Gas Train: • SBECO conversion gas burner or equivalent with a capacity of 7.0 million BTU, complete with an electrically ignited pilot and ultra- violet scanner. This burner will insure intimate flame contact, re- sulting in maximum. efficiency. 2" - Manufactured to comply. with Factory Mutual Insurance's re- quirements, by utilizing a proof of closure electrical gas valve, high and low gas pressure switches,'modulating gas valve, a press- ure gauge, plug cocks and gas pressure regulator. Control Panel: A NEMA 12 panel \equipped with the following: • Fireye, Factory Mutual Insurance and UL approved flame safeguard • system. Boiler: • . Barber- Colman 560 digital automatic modulating temperature control equipped with manual override and a low temperature alarm (if unit drops below set point alarm will sound). • Barber- Colman 120 high temperature limit. . Alarm (flame failure). • . Alarm silence switch. . Indicating lights and switches. . Motor starters. Disconnect.. ..... . 440V to 110V transformer.• The boiler_ will be a 125 H.P. firetube and come complete with all equipment necessary for its operation including: One -.3" steam stop valve (250 PSI). . One - 3" check valve (250 PSI). • -2- • . Two - Safety valves. . One - McDonnell - Miller 93 7B modulating feed water control. . One - Low water cutoff. . One - Low -low watercutoff. . One - High pressure limit. . One - Slow opening blow down valve. . One - Quick opening blow down valve. . One - Modulating feed water valve with manual by pass. . One - 2" 250 PSI check valve. . One - 250 PSI valve. . One - Induced air blower with a capacity of 10,000 CFM at 500 °F complete with motor, sheaves and OSHA approved belt guard. . One - 10' stack for the blower complete with motorized damper. f'UGR I S eUNU AIK ruLLU I IUN 6 N 1 KUL AutnU T ENGINEERING DIVISION 200 WEST MERCER STREET • P.O. BOX 9863 • SEATTLE. WASHINGTON 98109 • (2061 3447334 Notice of Construction and Applicatio *Note: Information required by Section la must be completed, for this form to b a tad for review. FORM 50-149-1 (6/83) FOR BASIC PROCESS EQUIPMENT FORMS JM!4 1 I ►OOO ATf __ ° — N/ p PLEASE CONSULT INSTRUCTION SHEET BEFORE FORWARDING I. _ CITYrt l �111ii- a• COMPLETE THE (j� 1 2 3 _ ; 4 :,;. 5 G SECTIONS INDICATED '7 _i 8 h �3 10 11 \k�T2 b. COMPANY (OR OWNER) IN- TAL •Tie,., • !PR S iii na. 1'Cs �V S. / 3� _... g�78, c. COMPANY (OR OWNER) NAME ''\ SCAT TLe 126Nt 1 .I N 6 WO RiS d. APPLICANT , SEATTLE. R NDER1 Nc. W Vets e. PREPARED BY: (Name and title) .Triolr►As W VA UGH AI.l CNC.. HAM I PREPA ) BY (Signature) PHONE AG. W/ J �f 2682801 Z a, PROCESS EQUIPMENT DATA 0. b. Title VAPOR COl.l.6cTlNG v 5 re• rl 1. s M-L�� • c. Make and M clel . oWt.) t StGi..j g. Auxiliary Equipment MO "- d. Dimensions (LxWxH) Sea DRAwINC NO41oo_t2S n. Connected To H AT *so' L61G�- V�IAs>� e. No. of units; rated capecity 2, 3 • b. • c. d. a. I. g. Equipment h. Connected To: 4 e. • BURNER DATA No b. Type of Burner, Fuel c. Make and Model d. Rated Capacity e. No. of units; ignition method I. g. CFM Exhausted (Temperature) h. Connected To: ( °F) 5 6 a• STACKS, VENTS AND .., II EXHAUST OPENINGS Type of Vent Sys TeM N0. 1 TO c4�ti:`aNScm c. Dimensions SYs Te m No. 1— S l9bblA. 2 154 "ALA,'ISoJo ( Temperature) OO m ! 8¢- °F 6Cao (MD F1.- dplcluuP Po4Nt- PIPINc. �4•S. 6•'bIk. iftest 1 • e. No. of vents; Material of construction !,SY3...));'aA ND. Z TO TN C. I 1V C 'TL7 R - .�dAS•fC 'F4AT fbO1l.aR _Jo. g.. CFM Exhausted Now S c4L N0. Z. h. Connected To: CAN D E Ns C.R. / N(.QT INW-4 ATOM. 1101 toga. • TANKS AND KETTLES IIP b. Type of Tank, Materiel c. Dimensions (LxWxH),in inches d• Surface Area (Sq.' Ft.) 0 Closed 0 Open e. No. of tanks; Materiel of construction f. g. Auxiliary Equipment h. Connected To: 7 a. • FAN DATA ■ , b. Type of Fan (Designate Blade) pl•�ASC..A I4SC UXCISTIWO 2 sae i3 0I Lea. I.IN ,.• Make and Model (1. Motor Data sec 1NUNGRAT02 wA%TG elCoNT QO I (-CA F,1'J RPM HP e. No. of tans; Material of construction 1. g.. CFM Exhausted (Temperature) h. Connected To: I °F) $ • •OVENS AND FURNACES b• Type of Oven or Furnace c. Make and Model d. Rated Capacity e. No. of ovens; Materialebf construction . t. g. CFM Exhausted (Temperature) h. Connected To: ( °F) 9 • 4 OPERATIONAL DATA I' b. Type of Operation 0 Batch X Continuous c. Operating Schedule (Normal) d. Mode of Operations SHIFTS/DAY 0 1 IN 2 0 3 0 Manual KAuto 0 Semi -Auto e. Duration of Batch (Hrs /Batch) I. u. Daily Number of Batches h. /4r (Ave) ZO (Max) 10 • CONVEYOR DATA b. Type of Conveyor (Pheumatic, Bolt) C. Make and Model d. Capacity e. Dimensions (LxWxH) 1. g. No. of Pickups No. of Discharge Pts h. Connected To: GAS FLOW b. ACTUAL CFM c. SCFM (Reg I Standard) d. TEMPERATURE (•F) IN OUT 11 •. PRESSURE DROP 1. EFFICIENCY 9. INLET AND OUTLET POLLUTANT t,. CONCENTRATIONS . - 12 '• ADDITIONAL DATA b' ATTACH BROCHURE Milk14 A. L1LAOf ✓f3. • ATITAC { P)ANtS ' 1(F` &. `1 + /SPEC : {4—r r - Lk , ' DATA d' ATTACH EMISSION,ESTI TE r/_44TTAC lc ab)pn)/y hOwTalI 4i len) y 43 . h. m A • ouIPMENT WITH MAKE. b MODEL. CAPACITY I. . e'❑ SUBMIT NARRATIVE D SC IPTI t`Y F PR �_ j J 4 �Q P S I. ❑ SUBMIT SOURCE TEST DATA r { ❑ SUBMIT MODELING er Iv I . {•'� I• ❑ k• ❑ FORM 50-149-1 (6/83) TABU 1 EMISSION SOURCES List all sources, including thb application, of air contaminants on applicant's property. If applkantt has submitted thb information in an miler emission inventory, t wi not be necessary to duplicate the requested information. Instead, indiate that this page has been submitted and Ile only changes from the embsiota inventory and Bet w source data. ALL SOURCES ` EMISSION POINT NU (MBER rom plot plan UST POLLUTANT EMISSIONS (CHEMICAL COMPOSITION) . & WT. OF EACH FLOW RATE OF EACH LISTED EMISSION GASEOUS PARTICULATE THE C ARE NO MEV./ Sc; c,4 •2,Es S crJc BEE PA PEE. ON Dui. -T '1 OK- rc , Fur THC NLy GVI ANG W lLL, 'E Sty TA41, Pt-Aci ( TI-# EM l 1 THE TN CI NI as4Tai ON TFtE. NEw SYSTEM . MIS \.J!t LL k FREs. h)rLy ON -T1-lE ERC Sa12(i agc. PosS A Le "T-O .l NIL- i t,I E RATE T1-Ft H 1( 13U 2D THAT 1S N A A.T The 3 A. M 71 rn E-. ? i A K,.E. i `1-" E 1NT5,NS1T`j ODoRS Winf 2 ! t r j-Ke- STACKS ONLY EMISSION POINT NUMBER from plot elan STACK HEIGHT ABOVE ROtU)ND STACK INTERNAL DIAMETER A (h EXIT TEMP. DEG. (F) - VELOCFIY (FT/SEC) MOI'S. 0“ I - L,As7- , ft L /Nc. 6 474-VA FOR C c77 Ci; :G Sere f't -__. N G Tpt .. VAPoR.s FROM THE, ZOILER A &iA . T1 elte.E: - -:C3 r LL. e tqo �k _0 . ?oii.rr1 ° Lai VE MucH of ni 13U 2D THAT 1S N A A.T The 3 A. M 71 rn E-. ? i A K,.E. i `1-" E 1NT5,NS1T`j ODoRS Winf 600A co' TP 0 - - ENCLOSE THE FOLLOWING INFORMATION: 1. EMISSIONS OTHER THAN THROUGH STACKS (HORIZONTAL VENTS. ETC.) 2. STACK'S HEIGHT ABOVE SUPPORTING OR ADJACENT STRUCTURES. 3. DIMENSIONS OF NON-CIRCULAR STACKS. 4. RESULTS OF TESTS INDICATING AVERAGE PARTICLE SIZE, DENSITY, ETC. • TA -PLE .1 • EMISSION SOURCES , List all sources, inchiding this application, of air contaminants-on applicant's property.' If applicant has rabttdtted this !dogmatics in an earlier emission bnetttory...h wfll not be necessary to duplicate the requested information. Instead, Indicate 'that this pine has been anbndtied and fist only changes from the etnbeion Inventory and Bst hew source data. . ALL SOURCES EMISSION POINT NUMBER from clot clan LIST POLLUTANT EMISSIONS (CHEMICAL coMPOSmoN) & WT. OF EACH FLOW RATE OF EACH LISTED EMISSION rGASEOUS PARTICULATE E1 PRE VIOth Ly FILeb n Y , k--- PART 1C (ALAre AM i a tz_S 400 Sc Fn 7.4 LB /NR 8.1 Lain R 3 ,4\. .. • • STACKS ONLY EMISSION POINT NUMBER plot Asir STACK HEIGHT ABOVE GR jND STACK INTERNAL DIAMETER AT hE71QT • TEMP. DEG. (F) VELOCITY (FT/SEC) MOTS. S 0 ,4\. .. • ENCLOSE ME FOLLOWING INFORMATION: 1. EMISSIONS OTHER THAN THROUGH STACKS (HORIZONTAL VENTS, ETC.) 2. STACK'S HEIGHT ABOVE SUPPORTING OR ADJACENT STRUCTURES. 3. DIMENSIONS OF NON.CIRCUTAR STACKS. 4. RESULTS OF TESTS INDICATING AVERAGE PARTICLE SIZE, DENSITY, ETC. CONDENSER: Emissions estimate. Vapors will enter condenser at approximately 184° F. Exit condenser at 100° F. Estimate that non condensibles will be 13% of inlet vapors. Estimate inlet vapors 4600 SCFM So: (.13) (4600) = 598 SCFM - Say 600 SCFM These vapors will go to the incinerator. Waste heat boiler for 99% incineration. DUCT WORK FUME & VAPOR COLLECTING SYSTEM: SYSTEM NO. 1: Estimate 4600 ACFM Vapors at 184° F. This vapor will go to the condenser an will be reduced to approximately 600 SCFM at 100° F + 20 F. SYSTEM NO. 2: Estimate 2600 SCFM fumes collected from machinery after high temperature cooking process. The fumes will go to a cyclone where the particulate matter will be removed down to approximately 10 micron in. size. After the cyclone they will travel by ducting to the inlet of the incinerator. They will enter the incinerator at 1000 F to 120° F. Here they will be come primary air for the incinerator. • The particulate matter left in the fumes will flash at 400° F to 600 F and will contribute to their own incineration. See Drawing No. 100 - 128 for all pick up points and header routing through plant. Also see location of new machinery. ::: _.. PUGET �UND AIR POLLUTION VNTROL AGENCY ENGINEERING DIVISION 200 WEST MERCER STREET • P.O. BOX 9863 • SEATTLE, WASHINGTON 98119 Notice of Construction and Applicati • * completed, for this form to • Note: Information required by Section la must be co p • ����cc 111 \�11 • r )•s3�3#ba4 LTl n Ifor App • acce•ted -for �reyie V.- _ � {l� , o al FOR AIR POLLUTION CONTROL EQUIPMENT ONLY I FORM R PLANNING „, DEPT. PLEASE CONSULT INSTRUCTION SHEETS BEFORE FORWARDING a. COMPLETE THE 1 2 u 3 n 4 5 6 SECTIONS INDICATED 7 '(— 8 0 9 • •le 11 12 � t. COMPANY IOR OWNER) INSTALLATION ADDRESSC 5795 SO. /30-S4= p[AG4 SEA. �9i78 c• COMPANY IOR OWNER) NAME (I \' ; ` ' ' SPAT T LE j AE.,21.NIQ l�.f t0lL�'JS d. APPLICANT SSA -r-rL- .4S••• = .nJDC21 N W0 2•IC -z -.- e• PREPARED BY: (Name and Title) `-/ tt // i� UA V CN(.e. MAN A4 I. PRE RED BY: (Signature) l el." (/ q PHQNE `2 l3) Z46-*MVQ1 OMAl p. .. OhAU a' AIR POLLUTION CONTROL EQUIPMENT DATA - -• b. TYPE OF EQUIPMENT A F"FeR- ZL112r�11�R c. MAKE AND MODEL s $ E cp d• DIMENSIONS IL x W x H) /51 A 34-" b i A. 2 e. NUMBER OF UNITS I I. CAPACITY 5000 Sc F/, g. AUXILIARY EQUIPMENT A) O 1J 6 h. CONNECTED TO: WAs-ra Mawr $0 rf Lem 3 a. BAGHOUSE b. NUMBER OF BAGS c. SHAKING CYCLE (auto or manual rapping or reverse air) d. CLOTH AREA e. MATERIAL USED 1• g. AIR TO CLOTH RATIO (Ft. /Min.) h. CONNECTED TO: 4 • ELECTROSTATIC PRECIP. b. ELECTRODE SEPARATION (FTI c. COLL. ELECTRODE DIMENSIONS: W x L (Feet) d. MEAN VELOCITY OF GAS (FPS) e. AREA (Se Ft) 1. VOLTAGE g• COLL. ELECTRODE OR PLATE AREA (Se Ft) , h. CONNECTED TO: 5 6 a. BURNER DATA b. TYPE OF BURNER. FUEL AS c. MAKE AND MODEL Sf ECcD d. RATING 7, 0001 000 Orw H R e. NUMBER OF UNITS /IGNITION Obit eG cTR-dN ) C- 1• g• CFM EXHAUSTED (Temp) h. CONNECTED TO: P,uFFAL& &c.—' -. •ter 4...2-. ._13L CCArs Z SIAWAR - a. ✓ STACKS, VENTS b. TYPE OF VENT Sec . A r-r-A 4-te b D c. DIMENSIONS (1. x H a WI d. DAMPERS e. NUMBER OF VENTS. MAT•L USED 1• ■ g• CFM EXHAUSTED (Temp) h. CONNECTED TO: • 7 • SCRUBBER DATA b. TYPE OF FLOW (Spray. Bubbler) c. PACKING TYPE /SIZE d. PRESSURE DROP (Inches of water) • e. COMPOSITION OF SOLUTION 1. g. FLOW RATE (GPH) h. MAKE UP (GPM) 8 • • FAN DATA b. TYPE OF FAN (Designate Blade) g A b t AL c. MAKE AND MODEL d. MOTOR DATA RPM HP e. NUMBER OF FANS. MAT•L USED (.9 E.. i1.) CA DJ STS&.. 1. Ste. •ATTAcrteu bra, g• CFM EXHAUSTED I Temp @ SP) •h. 905 D CFH CONNECTED TO: WASTE r+E.A aO)L a. CYCLONE DATA b. TYPE OF CYCLONE O Common 0 Split Duct 0 Multiclone c. MAKE AND MODEL d. INLET AREA Sq. Ft. . e. NUMBER OF UNITS. MAT'L USED f. BODY DIA. (INCH)IOUTLET DIA. (INCH) g. BODY HEIGHT (INCH( EFFICIENCY h. CONNECTED TO: 10 a• COLLECTION DATA b. DESCRIPTION OF COLLECTED Rz &ipe a P.S. opo c. AMOUNT COLLECTED POUNDS /DAY d. PARTICLE SIZE (MICRONS Average) e. TYPES OF POLLUTANTS u Particulate o Gas o Odor f. g• COLLECTION EFFICIENCY . h. DISPOSITION OF COLLECTION WASTE 11 a. GAS FLOW b. ACTUAL CFM q 050 ,..-c, co • c. SCFM (Reg I Standard) d. TEMPERATURE (•F) IN ia,� °F our l7�°rl` .soo o e. PRESSURE DROP 1. EFFICIENCY g• INLET AND OUTLET POLLUTANT CONCENTRATIONS h. NOT-a 1 500 °F IF Rot (,ER Is u - ,• 12 a. ADDITIONAL DATA • ATTACH BROCHURE c ATTACH PLANS /SPECS d• ATTACH EMISSION ESTIMATE LJ I/ Y e' SUBMIT NARRATIVE IN DESCRIPTION F PROCESS ' SUBMIT SOURCE TEST DATA g. SUBMIT MODELING DATA h. ATTLACH A SC�HE'OULE OF EQUIPMENT WITH MAKE, MODEL. CAPACITY I•� , ✓ FORM 50.149.1 (6/83) : 1,1 1 e PUGETTOUND AIR POLLUTION IIONTROL AGENCY <<.•_ ■ ENGINEERING DIVISION j. 200 WEST MERCER STREET • P.O. BOX 9863 • SEATTLE, WASHINGTON 98109 • (206) 344 -7334 Notice of Construction and Application for Approval *Note: Information required by Section la must be completed, for this form to be accepted for review. FOR BASIC PROCESS EQUIPMENT F FO R M C DATE N/C p PLEASE CONSULT INSTRUCTION SHEET BEFORE FORWARDING V '•a• COMPLETE THE 1 2 L� 3 �[v X5 r] 6 b b. COMPANY (OR OWNER) INSTALLATION ADDRESS c. COMPANY (OR OWNER) NAME ° d d. APPLICANT e. PREPARED BY: (Name and title) f f. P PARED BY: (Si nature) C C .iI P ZONE 2 . a. b b. T'tl c c. a e an Model d d. Dimensions (LxWxH) e. No. of units; rated capacity 1 1. g g. Auxiliary Equipment h h. Connected To: $ h a. b b, c c. d d. e. t t. g g. Equipment h. Connected To: 4 e a. b b. Type of Burner, Fuel c c. Make and Model d d. Rated Capacity e. No. of units; ignition method 1 1. g g. CFP.4 Exhausted (Temperature) h h. Connected To: FORM 50-149-1 (6/83) . 1 PUGET IUND AIR POLLUTION �NTROL AGENCY ENGINEERING DIVISION 200 WEST MERCER STREET • P.O. BOX 9863 • SEATTLE, WASHINGTON 98109 • (206) 344.7334 Notice of Construction and Application for Approval i*Note: Information required by Section la must be completed, for this form to be accepted for review. FOR BASIC PROCESS EQUIPMENT FORM S DATE N/C ft PLEASE CONSULT INSTRUCTION SHEET BEFORE FORWARDING tea. COMPLETE THE } 1 l 2 3 —' 4 5 :T G SECTIONS INDICATED no E3 8 y ), ..9 :J 10477:11 6-112 \ b. COMPANY (OR OWNER) INSTALLATION ADDRESS S7 {- 5 .So - I J O �'b p LC.(`.. Ss 4. '?8'7a c. COMPANY (OR OWNER) NAMEr SeATTLE.. R 0 eR.1H` V/OIZK•& d. APPLICANT SE.ATT'LE. RENDeTLLMG \/ORk --- e. PREPARED BY: (Name and title) T»0MAS \A/ . V&u.c i EwG. 11A NAG - f. PR ARED BY: (Sign ture) � CO. Ua.A •4 -.-.. L 13) g. PHONE 2.68 -ZeoI 2 a' PROCESS EQUIPMENT le DATA ► h. Title AIR Tt A Coubf.N�R c. Make and Model H urSONd B — 204 d. Dimensions (LxWxH) 2441 . K (31-0 "whc e. No. of units; rated capacity d 1.1 /`OOO , s� cT A� IN uo•r Ow- v7 /Jo•f 9• AuxiliNOENiement C• � LAN° AT0R - WASrc. HCAT Bolt 3 a. 4 • b. c. d. e. I. g. Equipment h. Connected To: 4 a. BURNER DATA ► b. Type of Burner, Fuel c. Make and Model d. Rated Capacity e. No. of units; ignition method f. . g• CFM Exhausted (Temperature) ( °F) h. Connected To: 5 6 a• STACKS, VENTS AND le EXHAUST OPENINGS Po b. Type of Vent a,r DiA S ..S' c. Dimensions . D/A. S.S.. PIPE. d. e. No. of vents; Material of construction 1 41 r304 s. s. I. g• CFM Exhausted (Temperature) 4'Oc (100°F) h. Connected To: INCINERATOR - \ AAS T'I" NEAT toll- 'R 44 TANKS AN'D KETTLES 1110 b. Type of Tank, Material c. Dimensions (LxWxH) in inches d• Surface Area (Sq. Ft.) ❑ Closed ❑ Open e. No. of tanks; Material of construction f. 9. Auxiliary Equipment h. Connected To: 7 a. 4 FAN DATA P. b. Type of Fan (Designate Blade) Ito LINE - 4II:L*be C. Make and Model tAbsor) d. Motor Data IT SD RPM 7.5 HP e. No. of fans; Material of construction 2 - FIDGfs.aus f. 9 -O" A IA- g. CFM Exhausted (Temperature) N /A- (131 °F) h. Connected To: 13 o r rOm £1D e O F TUBE. 81/NDL2- 8 a. •OVENS AND FURNACES b. Type of Oven or Furnace c. Make and Model d. Rated Capacity e. No. of ovens; Material of construction f. g• CFM Exhausted (Temperature) ( °F) h. Connected To: 9 a. 4 OPERATIONAL DATA ► b. Type of Operation � ❑Batch at Continuous c. Operating Schedule (Normal) SHIFTS /DAY 0 x.2 03 d. Mode of Operations ❑Manual kg Auto ❑Semi -Auto e. Duration of Batch (Hrs /Batch) - I. g. Daily Number of Batches /ed. (Ave) 2.0 (Max) h. 10 a. 44 CONVEYOR DATA • b. Type of Conveyor (Pheumatic. Bolt) c. Make and Model d. Capacity e. Dimensions (LxWxH) N/A f. Al /A• g. No. of Pickups No. of Discharge Pts h• Connected To: GAS FLOW b. ACTUAL CFM c. SCFM (Rep I Standard) d. TEMPERATURE ('F) IN OUT 11 e. PRESSURE DROP f. EFFICIENCY 9. INLET AND OUTLET POLLUTANT CONCENTRATIONS h. 12 a. ADDITIONAL DATA b c ATTACH PLANS g• SUBMIT MODELING /SPECS d !ATTACH EMISSION ESTIMATE (show calculation) ATTACH BROCHURE N D au E Av*i LJI "L e e' SUBMIT NARRATIVE DESCRIPTION OF PROCESS •-1 f' SUBMIT SOURCE TEST DA TA DATA h. ATTACH A SCHEDULE OF MAKE. MODEL. CAPACITY En . ( + L • r, i I I 0 j L.1Aci , - 6'� . ..c k. 1. ❑ FORM 50-149-1 (6/83) • • SPENCER BOILER & ENGINEERING INC.. 12106 SOUTH CENTER STREET, SOUTH GATE, CALIFORNIA 90280 DIRECT FLAME THERMAL OXIDIZER DESIGN CALCULATIONS - BAKER COMMODITIES GIVEN: 1. Source of contaminate - Rendering Plant 2. Effluent- Rendering odors 3. Effluent volume - 5,000 SCFM. 4. Effluent temperature at thermal oxidizer inlet - 100 °F. PROBLEM: Determine thermal oxidizer dimensions, burner type, burner input, and operating temperature in accordavce with requirements of EPA AP -40. 1. Burner selection: SBECO conversion burner. 2. Temperature selection: Given 1200 °F. 3. Burner capacity: (a) Net heat required to raise the effluent to 1200 °F. Assumed properties of air Enthalpy @ 1200 °F = 21.78 BTU /SCF Enthalpy @ 100 °F = .74 BTU /SCF Net enthalpy = 21.04 • (b) Diameter of Afterburner: Assume velocity @ 40 fps Afterburner cross section = 240 - 6 Ft 2 40 Diameter = = 2.76 ft = 32" .785 5. Combustion chamber length: Assume .3 sec. retention Length = .3 x 40 = 12' min. DESIGN SUMMARY, Burner type. - SBECO Conversion Afterburner Temp. - 1200 0F Burner Input - 7,000,000 BTU /Hr. Afterburner Dia. - 32" ID Afterburner Length - 12' _ • • a =WAH = 5000 x 60 x 21.04 = 6,312,000 BTU /Hr. (b) Natural gas input required: 6.312.000 _ 939 6,722 Ft3 /Hr. 4. Combustion chamber size: (a) Volume of gases in afterburner • V = Oven effluent air - effluent used for combustion products from combustion of natural gas. (1) Air for combustion of natural gas in (3b) above. Air required = 10.36 Ft3 /Ft3 gas 6722 x 10.36 - 1161 SCFM • 60 (2) Products from combustion of natural gas: Combustion products = 11.45 SCFM /Ft3 gas 6722x11.45 _ 60 1283 SCFM (3) Volume of gases in afterburner: 5000 - 1161 + 1283 = 5122 SCFM (4) Volume of gases @ 120,0 °F (1460 °R) 5122 x 1460 - 240 CFS 60 x 520 TABU 'h EXCHANGER DATA SHEE" r�.eam 1PM SS- I N Type of Device: At R TO A I R Manufacturer:HU•OSON ENG. CORP. Number from flow diagram: 3 Model Numbcr: 8- 204. Size (h2).' 804 13A RE TUBE Capital Cost: $151000 Service of Unit: VAPOR CoN DEN S E R Operating Cost: 1500'. / MONTH PERFORMANCE DATA Shell Side Tula Side Inlet Rate (Ib /hr) v L v 5/074. L 494 inlet Components . and wt.50: sT1MAT1ON 92% $ °lo W ILL NAVE .cow () E N S I N.G'._CN HEADERS . Outlet Rate (1b/hr) V L V L Outlet Components and wig,: N / A 155 87.0 ~ Specific fic Heat (BTU /lb -4') V L V 1,057 L 1 Thermal Conductivity (BTU /hr- ft -'F) V L V N/ A L N /A . Latent Heat (BTU /lb) 85 8 T 1.[. Temperature ( °F) - lo: Out: Design: 1 O g ° F 200 u R. 17 o P sr O. PPressurc (PSIG) - Operating: ecj : atgn: .170 PS= Qo I A 1 O PST G • .... _ ....... No. Passes Per Shell d. Velocity (Ft/Sec) /0 Pressure Drop (PSI) Al / A Fouling Factor (BT1J/hr -ft2 °F) AI / A flat Exchanged (BTU/hr) 11i 4001000 U0 (BiU /hr -ft2 °F) Service 40 Clean /1/41 /A Corrosion Allowance (inches) ( a Length (feet) 20 Lo" Diameter (feet) .15 x, 8 X Z O I 1.D. OD. I.D. O.D. 1" Baffles T No. of Tubes: 154. 41_ .0 0 p . . '?:? NOTI�.OF COMPLETIP . Regulation (;; Section 6.09(a), requires that the owner or applicant notify the Agency of work covered by .the application and when its operation will begin. This form is provided for assist yolin complying with this part of the Regulation. APPLICCANT,or OWNER SECTION Mail tQ: ,Puget, Sound. Air. Pollution Control Agency 'Till 'PIan''Review Section 209:.West= Mercer Street. -205 le' Washington 98119 • omp etion of.tt your, convenienceA scribed,below was completed on Signaturs.of Owner and /or Applicant Kra AGFNCY,USE ONLY Notice of Construction Project Description: '° One SBECO Incinerator at 7MMBH with #3. HR Single Pass Heat. Recovery Boiler; System No 1 collects hot moist vapors to Air -to -Air Condensor, non. - condensibles to incinerator; System No. 2 collects dry hot fumes an ducts to incinerator; incinerator has temperature setpoint Owner's Name Mr . William Hammond /Seattle Rendering Works , Inc . Seattle; WA-901 /8 Location,: 5795'. So. ' 130th Place, Seattle, WA 98178 • Follow -up .... Date Inspected ' REMARKS:' Inspector check ❑ Engineer and Inspector check (Estimated Completion Date Plus 7) O$M 413.11.1.'.4/$3 • '•RESTRICTNS &'CONDITIONS CONTINUED:- IO _ 4._ Seattle Rendering Works, Inc. shall follow its "Raw Materials Trucks and /or Trailers Handling .Procedure at all times. (See below) RAW MATERIAL TRUCKS AND /OR TRAILERS HANDLING PROCEDURE • At the last raw material pick' up, the driver, wit 'a neutralizing agent on the raw material. When the trucks and /or trailers arrive at the' yard, the shift foreman will see that the following wi1T.'be: done. :a) inspect the condition of the raw material b) if additional neutralizing agent is needed,...„ it is to be added c) if material should.be covered with a tarp, he will see that it is covered d) he will have the lower quality raw material processed first e) after unloading the raw material, the truck and /or :trailer will be washed and sprayed with a neutralizing agent ) after the truck and /or trailer•'leaves the un • l oadi ng .area, the area will be. cleaned and neutralized • • )= the unloading 'area i s to' be� washed :and " • rtment of Labor & Industries 'ELECTRICAL INSPECTION SECTION • ELECTRICAL WORK PERMIT LATE READY /) l;:" ;7 PLEASE DRAW MAP. BELOW FROM THE NEAREST MAIN STREET OR HIGHWAY `' ELECTRICAL CONTRACTOR 1* wlRlD•sY: LICENSE NUMBER r 's, yPACLQY :DESCRIPTION (RESIDENCE, NURSING HOME. ETC.) ADDRESS P INSPECTION COUNTY . f 2/ %R7. CERTIFY THAT I AM THE OWNER (OR AUTHORIZED AGENT) OF THE ABOVE NAMED p4 OR A UCEN8ED ELECTRICAL CONTRACTOR (OR THE FIRM'S AUTHORIZED AGENT) .1181D• AM ' MAI ORG THE ELECTRICAL INSTALLATION OR ALTERATION IN COMPLIANCE WITH THE :'ELECTRICAL LAW, CHAPTER 10.28 RCW. SIGNATURE (OWNED OR ADMINISTRATOR) THIS PBRMIT EXPIRES ONE (1) YEAR FROM DATE OF ISSUE >,; T8 PORARY SERVICE A'ioILE HOME '.¢MIiIIERCIAL / %''tINDU$$'RIAL T1'. FAMILY 1400 ELECTRICAL WORK PERMIT 1.117 -1028- 4100 3 .t2/1F1/137 : f . PM C12635f34O CO -. TFH) t1.6:;.Ot WHITE — INSPECTOR CANARY —AUDIT -' CITY OF TUKWILA CN CENTRAL PERMIT SYSTEM EPIC EPIC -30 -87 ENVIRONMENTAL REVIEW ROUTING FORM: FILE UCU -3 -87 SEATTLE RENDERING WORKS TO: El BLDG Q PLNG (1 P.W. FIRE n POLICE El P & R PROJECT INSTALL NEW INCINERATOR AND WAST -HEAT BOILER LOCATION 5795 S. 130TH PLACE SEATTLE FILE NO. DATE TRANSMITTED 12/7/87 RESPONSE REQUESTED BY 12/16/87 STAFF COORDINATOR J. PACE RESPONSE RECEIVED THE ATTACHED ENVIRONMENTAL CHECKLIST WAS RECEIVED REGARDING THIS PROJECT. PLEASE REVIEW AND COMMENT BELOW TO ADVISE THE RESPONSIBLE OFFICIAL REGARDING THE THRESHOLD DETERMINATION. THE ENVIRONMENTAL REVIEW FILE IS AVAILABLE IN THE PLANNING DEPART- MENT THROUGH THE ABOVE STAFF COORDINATOR. COMMENTS REGARDING THE PROJECT YOU WISH CARRIED TO THE PLANNING COMMISSION, BOARD OF ADJUSTMENT, AND CITY COUNCIL SHOULD BE MADE ON THE ATTACHED CENTRAL PERMIT SYSTEM ROUTING FORM. ITEM COMMENT NOTE: THIS WILL BE DISCUSSED AT THE DECEMBER 17, 1987 DRC 7-0 P r 3 r 4 ✓ 1��1 �✓I G� /Ge/ /� // � /I/I G!/ !6t ib0/ 6T t?A- d -9df e,.-• 4 / r „0-4►/r.% "HA'610h l/, ���✓1 ,/P Gr9y. -C— rr 1�Serei�7L ��s/e (/9 r5) ,. ����y� k fA f sQ cAti;.1f /l- 4045- /off . /9' d /4 €i. s;,{ t ee2' /r r ✓ e5 s4/ Hofer /x.,15-c, l 79 L47�e� .��� r /< p.-P� w1r / or L / lr ,h 4 cr/e.- L, 4/4 #; % /D✓� • C4,4 51 ?1) DATE //7 — 7 COMMENTS PREPARED BY C.P.S. Form 11 • CITY OF TUKWILA • CENTRAL PERMIT SYSTEM CN EPIC EPIC -30 -87 FILE UCU -3 -87 ENVIRONMENTAL REVIEW ROUTING FORM: SEATTLE RENDERING WORKS TO: BLDG 1-1 PLNG n P.W. FIRE (l POLICE ( ] P & R PROJECT INSTALL NEW INCINERATOR AND WAST =HEAT BOILER LOCATION 5795 S. 130TH PLACE SEATTLE FILE NO. DATE TRANSMITTED 12/7/87 STAFF COORDINATOR J. PACE RESPONSE REQUESTED BY 12/16/87 RESPONSE RECEIVED THE ATTACHED ENVIRONMENTAL CHECKLIST WAS RECEIVED REGARDING THIS PROJECT. PLEASE REVIEW AND COMMENT BELOW TO ADVISE THE RESPONSIBLE OFFICIAL REGARDING THE THRESHOLD DETERMINATION. THE ENVIRONMENTAL REVIEW FILE IS AVAILABLE IN THE PLANNING DEPART- MENT THROUGH THE ABOVE STAFF COORDINATOR. COMMENTS REGARDING THE PROJECT YOU WISH CARRIED TO THE PLANNING COMMISSION, BOARD OF ADJUSTMENT, AND CITY COUNCIL SHOULD BE MADE ON THE ATTACHED CENTRAL PERMIT SYSTEM ROUTING FORM. ITEM COMMENT NOTE: THIS WILL BE DISCUSSED AT THE DECEMBER 17, 1987 DRC ' -/_ (j)4Q fec5 -age h 7/44 xwi 7 4010 aybeb4 tgr 4/6' g P040' Ai's I-I A2' r 44/19141 �'' t adl , 6'7 gi„ ! erk lam, U►Ots ' ,s 5-66 hem eyvs'T)1 . JS ;I a E/oth )4ta7L tj)a6 / c- c( ' ^ priaa�.e . . CA) a$ a 9-e-rhni ;ssual Car LOCLS i cliee G_a, B ?lw14)1 9.0p►m( las IJa %I °l /QL.' • o 1 ) yrrr ► On, L2a1cid1n Q,. 7114 6a/ter ©prat ►c-n_ aik tI ob04) t\atu1 .p:i2Yrdt kart 1-6 We L- ,11,E Go, DATE ri/F7 COMMENTS PREPARED BY C.P.S. Form 11 %get Sound Air Pollution Control Agency CONSTRUCT, HEREBY ISSUES AN ORDER OF APPROVAL NOV O STRUCT, INSTALL, OR ESTABLISH Date ; y 1 3 1987 Notice of Construction No. 2988 One SBECO Incinerator at 7MMBH with #3 HR Single Pass Heat Recovery Boiler; System No. 1 collects hot moist vapors to Air -to -Air Condensor, non - condensibles to incinerator; System No. 2 collects dry hot fumes and ducts to incinerator; incinerator has temperature setpoint controller A Mr. William Hammond p SPatt1P Rendering Wnrks Tnr P NAME 5795 Sn 118th P1 arP C STREET A Seattle, WA N T CITY STATE 5795 So. 130th Place, 98178 ZIP ` INSTALLATION ADDRESS STREET Same Q NAME w N E STREET R CITY STATE 'Seattle, WA 98178 CITY STATE THIS ORDER IS ISSUED SUBJECT TO THE FOLLOWING RESTRICTIONS AND CONDITIONS 1. Approval is hereby granted as provided in Article 6 of Regulation 1 of the Puget Sound Air Pollution Control Agency to the applicant to install, alter or establish the equipment, device or process described hereon at the INSTALLATION ADDRESS in accordance with the plans and specifications on file in the Engineering Division of PSAPCA. 2. Compliance with this ORDER and its conditions does not relieve the owner or operator from the responsibility of compliance with Regulations 1 or 11, RCW 70.94, or any other emission control requirements, nor from the resulting liabilities and /or legal remedies for failure to comply. ..• This approval does not relieve the applicant or owner of any requirement of any other governmental agency. 4. Seattle Rendering Works, Inc. shall follow its "Raw Materials Trucks and /or Trailers Handling Procedures" at,all times. (over) sin Harry Natters Reviewing E : ineer Form 54118, (1/85) r4 O A. • . Dammkoehler Air Pollution Control Officer RAW MATERIAL TRUCKS AND /OR TRAILERS HANDLING PROCEDURES 1. At the last raw material pick up, the driver will spray a neutralizing agent on the raw material. 2. When the trucks and /or trailers arrive at the yard, the shift foreman will see that the following will be done: a) inspect the condition of the raw material b). if additional neutralizing agent is needed, it is to be added c) if material should be covered with a tarp, he will see that it is covered d) he will have the lower quality raw material processed first e) after unloading the raw material, the truck and /or trailer will be washed and sprayed with a neutralizing agent f) after the truck and /or trailer leaves the un- loading area, the area will be cleaned and neutralized g) the unloading area is to be washed and neutralized every shift 3. Each weekend on Saturday all trucks and trailers are washed and neutralized by an outside service, or by our personnel. SEATTLE RENDERING WORKS,INC. .11 Li rlb Puget Soul" Air Pollution control A • ency___ _ P.O. Box 9863 - Seattle, Washington 98109 11rn E Serving i JAN 1x.1988 KING, KITSAP, PIERCE & SNOHOMISH COUNTIES INVOICE To: Seattle Rendering Works Mr. William Hammond 5795 S. 130th Place Seattle WA 98178 CITY OF TkTIOMICA PLANNING DEPT. Date: November 3, 1987 On receipt of payment of this invoice, your Notice of Construction No. 2988 will be filed and evaluated per Articii 6 of the Agency's Bsgklation I. Filing Fee $ 50.00 Plan Examination i Inspection Fee 530.00 Total Fes $580.00 PLEASE MAIL DUPLICATE COPY WITH YOUR PAYMENT FORM NO. 61.164 3/81 BACKGROUND • 1. Name of proposed project, if applicable: .Seattle Rendering Works • Control No. EpillOile No. Ve) /A Fee $100.00 Receipt No. ENVIRONMENTAL CHECKLIST 2. Name of applicant: Seattle Re•ndering.Works•, Inc. 3. Address and phone number of applicant and contact person: 5795 so. 130th Place Seattle, WA 98178 (Bill Hammond 937 -4074) 4. Date checklist prepared: 11/3/87 5. Agency requesting Checklist: City of Tukwila 6. Proposed timing or schedule (including phasing, if applicable): Incinerator installation /operation by January 7s 1988 Waste -Heat Boiler installation /operation by March, 1988 7.. Do you have any plans for future additions, expansion, or further activity related to or connected with this proposal? If yes, explain. No 8. List any environmental information you know about that has been prepared, or will be prepared, directly related to this proposal. Does Not Apply 9. Do you kno.; whether applications are pending for governmental approvals of other proposals directly affecting the property•covered by your proposal? If yes, explain. Yes, improvements to storm sewer and.pavement.are being carried out. currently under City -of Tukwila permits. -2- • DEC. - 11987 err( OF TUKVWit.A • PLANNING 1EPT. 10. List any governmentIpprovals or permits that will be needed for proposal. our Y P Building Permit. Conditional Use Permit • 11. Give brief, complete description of your proposal, including the proposed uses and the size of the project and site. There are several questions later in this checklist that ask you to describe certain aspects of your proposal. You do not need to repeat those answers on this page. Section E requires a complete description of the objectives and alternatives of your proposal and should not be summarized here. 12' x.30'metal frame addition to existing building. Will enclose proposed waste - heat _boiler armed i nci ner..ator... Fogs_and . vapors in.. .the .renering_P.rncess_ will_be.___ ,collected and conveyed to the waste -heat boiler_and_incineratnr to s_igaifirantly_ reduce odor emissions. 12. Location of the proposal. Give sufficient. information for.a person to understand the precise° location of your proposed project, including a street address, if any, and section, township, and range, if known. If a proposal would occur over a range of area, provide the range or boundaries of the site(s). Provide a legal description, site plan, vicinity map, and topographic map, if reasonably available. While you should submit any plans required by the agency, you are not required to duplicate maps or detailed plans submitted with any permit applica- tions related to this checklist. Seattle Rendering Works Sec. 14 5795 South l30th Place Twp. 23 Seattle, WA 9B178 Rng.li 13. Does the proposal lie within an area designated on the City's Comprehensive Land Use Policy Plan Map as environmentally sensitive? Yes, site Shoreline designated for special development considerations. site is_ .wed on three sides by Duwamish Rive ET •v vv WWI, •.v•—v v• •o • ••. V•.••. • • • d.. ENVIRONMENTAL ELEMENTS • I.Y 4144,. I VII ;VI Agency Use Only Earth a. General description of the site (circle one): Flat, rolling, hilly, steep slopes, mountainous, other Bounded by Duwamish River of 3 sides -steep bank. b. What is the steepest slope on the site (approximate percent slope)? 6 %,•note: at river bank 40% to vertical. c. What general types of soils are found on the site (for example, clay, sand, gravel, peat, muck)? If you know the classification of agricultural soils, specify them and note any prime farmland. Puyallup very fine sandy loam. (U.S.D.A. Survey) d. Are there surface indications or history of unstable soils in the immediate vicinity? If so, describe. • No, natural erosion at•river.banks. e. Describe the purpose, type, and approximate quanti- ties of any filling or grading proposed. Indicate source of fill. Does not apply. f. Could erosion occur. as a result of clearing, construction, or use? If so, generally describe. No g. About what percent of the site will be covered with impervious surfaces after project construction (for example, asphalt or buildings)? • No Change, addition will enclose existing concrete slab h. Proposed measur• to reduce or control erosion, other impacts to the earth, if any: Does Not Apply. 2. Air a. What types of emissions t� the air would result from the proposal (i.e., . dust, automobile odors, industrial wood smoke) during construction and when the project is completed? If any, generally describe and give approximate quantities if known. 1- le 1 e • • - • 1 1- YUI441. IV11 I VI Agency Use Only • • s: dry hot fumes and hot wet vapors. Condensibles in tie wet vapor would be removed in the proposed waste -heat boiler non- condensibles would be ducted to the_pr.oposed incinerator along with the hot fumes for 99% incineration. b. Are there any off -site sources of emissions or odor that may affect your proposal? If so, generally describe. No • 1- '11 c. Proposed measures to reduce or control emissions or other impacts to air, if any: None 1) Is there any surface water body on or An the immediate vicinity of the site (including year - round and seasonal streams, saltwater, lakes, ponds, wetlands)? If yes, describe type and provide names. If appropriate, state what stream or river it flows. into. Site is bounded by Duwamish River on three sides. 2) Will the prect require any work over, ins or adjacent to (within 200 feet) the described waters? If—yes, please describe and attach available plans.No. 3) Estimate the amount of fill and dredge material that would be placed in or removed from surface water or wetlands and indicate the area of the site that would be affected. Indicate the source of fill material. N/A 4) Will the proposal require surface 'water withdrawals or diversions? Give general description, purpose, and .approximate quan- tities, if known. No 5) Does the proposal lie within a 100 -year floodplain? If so, note location on the site pl an. No 6) Does the proposal involve any discharges of waste materials to surface waters? If so, describe the type of waste and anticipated volume of discharge. No LvaivaLiuLI iur Agency Use Only b. Ground: 1 1 1) Will ground water be withdrawn, or will water be discharged to ground water? .Give general description, purpose, and approximate quan- tities, if known.No 2) Describe waste materials that will be discharged into the ground from septic tanks or other sour- ces, if any (for example: Domestic sewage; industrial, containing the following chemicals...; agricultural; etc.) Describe the general size of the system, the number of such systems, the number of houses to be served (if applicable), or the number of animals or humans the system(s) are expected to serve. No Change c. Water Runoff (including storm water): • 1) Describe the source of runoff (including storm water) and method of collection and disposal, if any (include quantities, if known). Where will this water flow? Will this water flow into other waters? If so, describe. Runoff is due to rainfall and is (1) collected in catch basins and conveyed by piep to outfall at the river (2) • collected in and conveyed by ditch and culverts to outfall at the river-1T drains naturally overland to river bank and then the Duwamish River eventually flows into Puget Sound. See Horology Report submitted with Storm Drainage permit. application. Evaluation for Agency Use Only • tvaivation ror Agency Use Only 2) Could waste aterials enter ground or suri:ace waters? If so, generally describe.. No d.. Proposed measures to reduce or control surface, ground, and runoff water impacts, if any: No Change . Plants a. Check or circle types of vegetation found on the site: aL deciduous tree: alder, maple, aspen, other • evergreen tree: fir, cedar, pine, other shrubs ▪ grass pasture crop or grain ..x wet soil plants: cattail, buttercup, bullrush, skunk cabbage, other water plants: water lily, eelgrass, milfoil, other x other types of vegetation b. What kind and amount of vegetation will be removed or altered? No Change List threatened or endangered species known to be on or near the site. Not Known d. Proposed landscng, use of native plants, or ter measures to preserve or enhance vegetation on the site, if any: one Animals a. Circle any birds and animals which have been observed on or near the site or are known to be on or near the site: birds: hawk, heron, eagle, songbirds, other: Seagulls mammals: deer, bear, elk, beaver, other: Not Known fish: bass, salmon, trout, herring, shellfish, other: b. List any threatened or endangered species known to be on or near the site. Not Known c. Is the site part of a migration route? If so, • explain. Do not kwow d. Proposed measures to preserve or enhance wildlife, if any:, None 1.1 M• V M V 1 V I Agency Use Only . Agency use Unly 6. Energy and Natural 410burces • < a. What kinds of elfergy (electric, natural gas, oil, wood stove, solor) will be used to meet the • completed project's energy needs? Describe whether it will be used for heating, manufacturing, etc. Natural Gas will fuel_proposed incinerator b. Would your project affect the potential use of solar energy by adjacent properties? If so, generally describe. No c. What kinds of energy conservation features are included in the plans of this proposal? List other proposed measures to reduce or control energy impacts, if any: N/A 7. Environmental Health a. Are there any environmental health hazards, including exposure to toxic chemicals, risk of fire and explosion, spill, or hazardous waste, that could occur as a result of this proposal? If so, describe. No 1) Describe special emergency services that might b.q, required. N/A 2) Proposed measures to reduce or control environ- mental health hazards, if any: N/A Noise • • 1) What types of- noise exist in the area which may affect your project (for example: traffic, equipment, operation, other) ?_N/A 2) What types and levels of noise would be created by or associated with,the project on a short - term or a long -term basis (for example: traf- fic, construction, operation, other)? Indicate what hours noise would come from the site. Noises associated with framing. Approximately hours of operation 7:30 -4:30 3) Proposed measures to reduce or control noise impacts, if any: None . Land and Shoreline Use What is the current use of the site and adjacent properties? Wastemeat and fish by_produce are rendered into feed meal. Adjacent_prourty (east) is Northern P— acifi c Railroad tracks with vacant property beyond. Bounded on north, west, and south bri Duwamish River. b. Has the site been used for agriculture? If so, describe. Not Known c. Describe any structures on the site. Single Story office and lab buildings. Three processing buildings with attached meal storage silos. Five small out- buildings, two sheds and a house. Agency Use Only Agency Use Only d. Will any strucs be demolished? If so, will? No e. What is the current zoning classification of the site? MH - Light Industrial f. What is the current comprehensive plan designation of the site? Light Industrial g. If applicable, what is the current shoreline master program designation of the site? N/A h. Has any part of the site been classified .as an "environmentally sensitive" area? If so, specify. Yes, Shoreline Classified: "Special Development Cons i derat i ons". i. Approximately how many people would reside or work in the completed project? 30 -40 Workers Approximately 'how many people would the completed project displace? None . Proposed measures to avoid or reduce displacement impacts, if any: N/A 1. Proposed measures to ensure the proposal is com- patible with existing and projected land uses and plans, if any: N/A Housing < a. .Approximately hog many units would be provided, if • , any? Indicate whether high, middle, or low - income • housing? N/A • 1 Approximately how many units, if any, would be eli- minated? Indicate whether high, middle, or low- income housing. None c. Proposed measures to reduce or control housing impacts, if any: N/A 10. Aesthetics a. What is the tallest height of any proposed structure(s), not including antennas; what is the principal exterior building material(s) proposed? + 32 ft. — Metal Frame & Roof b. What views in the immediate vicinity would be altered or obstructed ?'No Change . ' Proposed measures to reduce or control aesthetic impacts, if any: N/A LYUIUUI.Ivn IUI Agency Use Only 11. Light and Glare • . What type of 'Fight or glare will the proposal produce? What time of day would it mainly occur? . None L Y u l u Q. I V l l 'VI Agency Use Only b. Could light or glare from the finished project be a safety hazard or interfere with views? No c. .What existing off -site sources of light or glare may affect your proposal? None d. Proposed measures to reduce or control light and glare impacts, if any: None 12.' Recreation a. What designed and informal recreational oppor- tunities are in the immediate vicinity? N/A b. Would the proposed project displace any existing recreational uses? If so, describe. No c. Proposed measures to reduce or control impacts on recreation, including recreation opportunities to be provided by the project or applicant, if any: None -14- • 13. Historic and Cultural Preservation a. Are there any places or objects listed on, or pro poS'ed for,' national, state, or local, preservation .registers known to be on or next to the site? If so, generally describe. No Generally describe any landmarks or evidence of • historic, archaeological, scientific, or cultural importance known to be on or next to the site. None. c. Proposed measures to reduce or control impacts, any:N /A 14. Transportation a. Identify public streets and highways serving the site, and describe proposed accss to the existing street system. Show on site plans, if any. Site is presently accessed by South 130th Street. No Change to access will be made. b. Is the site currently served by public transit? If not, what is the approximate distance to the nearest tt``d'tisit stop? No, 'approximately 1/2 mile to Interurban Avenue. c. How many, parking spaces would the completed project have? How many would the project eliminate? Noparking el iminatcdJndic7— : .. -15- • Evaluation for Agency Use Only d. Will the prop. require any new roads .or strs, or improvements to existing roads or streets, not including driveways? If so, generally describe • (indicate whether public or private). No e. Will the project use (or occur in the immediate vicinity of) water, rail, or air transportation? If so, generally describe. No f. How many vehicular trips per day would be generated by the completed project? If known, indicate when peak volumes would occur. No Change Proposed measures to reduce or control transpor- tation impacts, if any: None 15. Public Services A. Would the project result in an increased need for public services (for example: fire protection, police protection, health care, schools, other)? If so, generally describe. No b. Proposed measures to reduce or control direct impacts on public services, if any. N/A LYQIUQI.IUu IUI Agency Use Only 16. Utilities a. Cir le utilities — currently available ite: • electrici y natural ga water • o e sanitary s r, (SE is system) other. • • b. Describe the utilities that are proposed for the project, the utility providing the service, and the general construction activities on the site or in the immediate vicinity which might be needed. No Change Signature The above answers are true and complete to the best of my knowledge. I understand that the lead agency is relying on them to make its decision. Signature: Date Submitted: PLEASE CONTINUE TO THE NEXT PAGE. -17- Agency Use Only Agency Use Only 0. SUPPLEMENTAL SHEET FdlkONPROjECT ACTIONS (do not use this sheet for project actions) • Because these questions are very general, it may be helpful to read them in conjunction with the list of the elements of the environment. .When answering these questions, be aware of the extent the proposal, or the types of activities likely to result. from the proposal, would affect the Atem at a greater intensity or at a faster rate than if the proposal were not imple- mented. Respond briefly and in general terms. 1. .How would the proposal be likely to increase discharge to water; emissions to air; production, storage, or release of toxic or hazardous substances; or' production of noise? Would not increase existing discharges or emissions. . Proposed measures to avoid or reduce such increases are: Proposal would reduce odor emiccionc 2. How would the proposal be likely to affect plants, ani- mals, fish, or marine life? No Change Proposed measures to protect or conserve plants, ani- mals, fish, or marine life are: N/A • Agency Use Only How would the proplal be likely to deplete energ or natural resources? N/A Proposed measures to protect or conserve energy and natural resources are: N/A 4. How would the proposal be likely to use or affect environmentally sensitive areas or areas designated (or eligible or under study) for governmental protection; such as parks, wilderness, wild and scenic rivers, threatened or endangered species habitat, historic or cultural sites, wetlands, floodplains, or prime farmlands? N/A Proposed measures to protect such resources or to avoid or reduce impacts are: N/A 5. How would_ the proposal be likely to affect land and shoreline 'use, inclduing whether it would allow or encourage land or shoreline uses incompatible with existing plans? No Change Proposed measures to avoid or reduce shoreline and use impacts area: N/A How does the proposal conform to the Tukwila Shoreline Master Plan? N/A 6. How would the proposal be likely to increase demands on transportation or public services and utilities? N/A Proposed measures to reduce or respond to such demand(s) are: None 7. Identify, if possible, whether the proposal may conflict with local, state, or federal laws or requirements for the protection of the environment. None 1..1/ Y I M Y V 0,041 1 WI Agency Use Only nyenLy uc vn Iy • Does the proposal •1ict with policies of the Tuk411a Comprehensive Land Use Policy Plan? If so, what poli- cies of the Plan? No— Proposed measures to avoid or reduce the conflict(s) are: N/A NV 1/V VVI. 11 ..V11..V 10 1 I41 V aV I 11I E. SUPPLEMENTAL SHEETIIPOR ALL PROJECT AND NON PRO T PROPOSALS The objectives and the alternative means of reaching the objectives for a proposal will be helpful in reviewing the aforegoing items of the Environmental Checklist. This information provides a general overall perspective of the proposed action in the context of the environmental infor- mation provided and.the submitted plans, documents, suppor- tive information, studies, etc. 1. What are the objective(s) of the proposal? Improve air quality by removing odors generated in rendering process 2. What are the alternative means of accomplishing these objectives? Does Not apply. Work is being done with the approval of Puget Sound Air Pnllutinq rontrol Inspector Mr. Harry Waters. Please compare the alternative means and indicate the preferred course of action: Does not apply .. • 4 1 V M v. 11 11.11 Agency Use Only • Evaluation for Agency Use Only 4e Does the proposal conflict with policies of the Tukwila . Comprehensive Land Use Policy Plan? If so, what poli- cies of the Plan? No Proposed measures to avoid or reduce the conflict(s) are: N/A -23- SP.ENPER BOILER & ENGiINIIPRING INC. NEW a RECONDITIONED BOILERS. AIR POLLUTION CONTROL a HEAT RECOVE . DISTRIBUTOR FOR: ABCO IND. - BOILERS, GENERAL OFFICES AND FACTORY F. 0. sox 2366 12101 E. CENT61 STRUT SOUTH OATS. CALIF. 0E0 (213) 11311-0211 (213) p0.1103 Baker Commodities 4020 Bandini Los Angeles, Ca. 90023 CRANE COCHRANE ENVIRONME October 19, 1987 / Attention: Mr. Bill Sikes Subject: Quotation #2811 - Afterburner & Waste Heat Boiler. Reference: Meeting on October 16, 1987. Dear Bill: VIONID TAL S YST 11.1999 �,... r...- . FRESNO RANC CITY OF TL1 a ,�s viw Nua 017 P LAN NI N CTRPSNO UF. Purusant to your request during the referenced meeting we are pleased to provide you with a firm fixed price quotation to modify and install an existing after- burner. The quotation also includes the price to furnish and install a new waste heat boiler. The afterburner will be designed in accordance with EP AP40 and will have the capacity to raise 5000 SCFM of effluent from 70 °F to 1200 °F. The installation will be in accordance with Hartford Insurance, city,and state requirements The modification will consist of: One - Refractory lined "T" extension with one vent to atmosphere and one to the waste heat boiler. One - New gas ring with diffuser. One - New gas train. One - New control panel complete with disconnect, Fireye flame failure controls, electronic ignition, indicating lights, switches, alarm, alarm silence, modulating temperature control, high temperature limit, air flow switch and motor starters. One - 10' stack for afterburner. One - Support stand. One - Dual thermocouple. The boiler will be a 125 H.P. firetube and come complete with all equipment necessary for its operation including: One - 311 steam stop valve (250 PSI). • -2- One - 3" check valve (250 PSI). Two - Safety valves. One - McDonnell - Miller 93 7B modulating feed water control. One - Low water cutoff. One - Low -low water cutoff. One - High pressure limit. One - Slow opening blow down valve. One - Quick opening blow down valve. One - Modulating feed water valve with manual by pass. One - 2" 250 PSI check valve. One - 250 PSI valve. One - Induced air blower with a capacity of 10,000 CFM at 500 °F complete with motor, sheaves and OSHA approved belt guard. One - 10' stack for the blower complete with motorized damper. Price (plus applicable tax) $79,800.00. The above price is based on accomplishing the installation in two phases. Phase I will consist of installing the afterburner (as modified) and the control panel. Phase II will consist of installing the waste heat boiler and associated equip- ment. The above price is based on all lines being brought to within 6' of the equip- ment. If this is not the case we will be pleased to bring all lines to the equipment on a "time and material" basis. Delivery of Phase I will be three weeks after receipt of order. The delivery of Phase II will be eight to ten weeks after receipt of order. Terms: $15,000 on receipt of the order, $15,000 on completion of Phase I, $15,000 on delivery of Phase II and the balance on completion. Warranty: All work done under this contract shall be guaranteed against defects in material and workmanship for a period of one year. Thank you for considering Spencer Boiler & Engineering Inc. for this application. Very truly yours, SPENCER BOILER & ENGINEERING INC. Frank L. Reed President FLR /amd