Cargo por

0 $25.79 $40.54 $47.57 $50.24 $53.03 $55.97 emisión a/ 50 nuevas posiciones @ $ 55,050 b/ 40 mevas posiciones @ $ 55,050 c/ 15 mevas posiciones @ $ 55,050 d/ Factor IPC de 5% Incluye beneficios marginales y gastos marginales (equipo, materiales, entrenamiento) Los cómputos realizados para determinar el cargo por emisión no incluye CO, substancias Clase I y II bajo el Titulo VI de la Ley Federal, y cualquier contaminante regulado por la Sección 112(r) de la Ley Federal de Aire Limpio. La Junta no establece un límite hasta los 4000 tons por año. D-1 APPENDIX E 63.44 De minimis emission rates CAS# Chemical Name De Minimis Basis Level (tons/year) 57147 1,1-Dimethyl hydrazine 0.008 UR 79005 1,1,2-Trichloroethan 1 UR 79345 1,1,2,2-Tetrachloroethane 0.3 UR 96128 1,2-Dibromo-3-chloropropane 0.01 UR 122667 1,2-Diphenylhydrazine 0.09 UR 106887 1,2-Epoxybutane 1 DEF=1 75558 1,2-Propylenimine (2-Methyl 0.003 UR aziridine) 120821 1,2,4-Trichlorobenzene 10 CAP- RfC 106990 1,3-Butadiene 0.07 UR 542756 1,3-Dichloropropene 1 DEF=1 1120714 1,3-Propane sultone 0.03 UR 106467 1,4-Dichlorobenzene(p) 3 UR 123911 1,4-Dioxane (1,4-Diethyleneoxide) 6 UR 53963 2-Acetylaminofluorine 0.005 UR 532274 2-Chloroacetophenone 0.06 RfC 79469 2-Nitropropane 1 DEF=1 540841 2,2,4 - Trimethylpentane 5 DEF=5 1746016 2,3,7,8-Tetrachlorodibenzo-p-dioxin 6E-07 UR 584849 2,4 - Toluene diisocyanate 0.1 ACUTE 51285 2,4-Dinitrophenol 1 CS 121142 2,4-Dinitrotoluene 0.02 UR 94757 2,4-D, salts, 10 CS esters (2,4-Dichlorophenoxy acetic acid) 95807 2,4-Toluene diamine 0.02 UR 95954 2,4,5-Trichlorophenol 1 DEF=1 88062 2,4,6-Trichlorophenol 6 UR 91941 3,3-Dichlorobenzidene 0.2 UR am CAS# Chemical Name De Minimis Basis Level (tons/year) 119904 3,3'-Dimethoxybenzidine 0.1 UR 119937 3,3'-Dimethyl benzidine 0.008 UR 92671 4-Aminobiphenyl 1 DEF=1 92933 4 - Nitrobiphenyl 1 DEF=1 100027 4 - Nitrophenol 5 DEF=5 101144 4,4-Methylene bis (2-chloroaniline) 0.2 UR 101779 4,4'-Methylenedianiline 1 DEF=1 534521 4,6-Dinitro-o-cresol, and salts 0.1 ACUTE 75070 Acetaldehyde 9 UR 60355 Acetamide 1 DEF=1 75058 Acetonitrile 4 RfC 98862 Acetophenone 1 CS 107028 Acrolein 0.04 RfC 79061 Acrylamide 0.02 UR 79107 Acrylic acid 0.6 RfC 107131 Acrylonitrile 0.3 UR 107051 Allyl chloride 1 DEF=1 62533 Aniline 1 UR 71432 Benzene 2 UR 92875 Benzidine 0.0003 UR 98077 Benzotrichloride 0.006 UR 100447 Benzyl chloride 0.1 ACUTE 57578 beta-Propiolactone 0.1 ACUTE 92524 Biphenyl 10 CS 117817 Bis(2-ethylhexyl)phthalate (DEHP) 5 UR 542881 Bis (chloromethyl)ether 0.0003 UR 75252 Bromoform 10 CAP-UR 156627 Calcium cyanamide 10 CS 105602 Caprolactam 10 CS 133062 Captan 10 CAP-UR CAS# Chemical Name De Minimis Basis Level (tons/year) 63252 Carbaryl 10 CS 75150 Carbon disulfide -1 CS 56235 Carbon tetrachloride 1 UR 463581 Carbonyl sulfide 5 DEF=5 120809 Catechol 5 DEF=5 133904 Chloramben 1 DEF=1 57749 Chlordane 0.01 GWP 7782505 Chlorine 0.1 ACUTE 79118 Chloroacetic acid 0.1 ACUTE 108907 Chlorobenzene 10 CS 510156 Chlorobenzilate 0.4 UR 67663 Chloroform 0.9 UR 107302 Chloromethyl methyl ether 0.1 ACUTE 126998 Chloroprene 1 DEF=1 1319773 Cresols/Cresylic acid (isomers 1 DEF=1 and mixture) 95487 o-Cresol 1 DEF=1 108394 m-Cresol 1 DEF=1 106445 p-Cresol 1 DEF=1 98828 Cumene 10 CS 334883 Diazomethane 1 DEF=1 132649 Dibenzofuran 5 DEF=5 72559 DDE p,p'-Dichlorodiphenyldi- 0.01 GWP chloroethylene) 84742 Dibutylphthalate 10 CS 111444 Dichloroethyl ether 0.06 UR (Bis(2-chloroethyl)ether) 62737 Dichlorvos 0.2 UR 11422 Diethanolamine 5 DEF=5 64675 Diethyl sulfate 1 DEF=1 60117 Dimethyl aminoazobenzene 1 DEF=1 : CAS# Chemical Name De Minimis Basis Level (tons/year) 79447 Dimethyl carbamoyl chloride 0.02 UR 68122 Dimethyl formamide 1 DEF=1 131113 Dimethyl phthalate 10 CS 77781 Dimethyl sulfate 0.1 ACUTE 106898 Epichlorohydrin 2 RfC 140885 Ethyl acrylate 1 UR 100414 Ethyl benzene 10 CAP-Rf C 51796 Ethyl carbamate (Urethane) 0.8 UR 75003 Ethyl chloride 10 CAP-Rf C 106934 Ethylene dibromide (Dibromoethane) 0.1 UR 107062 Ethylene dichloride 0.8 UR (1,2-Dichloroethane) 107211 Ethylene glycol 10 CS 151564 Ethylene imine (Aziridine) 0.003 UR 75218 Ethylene oxide 0.1 ACUTE 96457 Ethylene thiourea 0.6 UR 75343 Ethylidene dichloride 1 DEF=1 (1,1-Dichloroethane) 50000 Formaldehyde 2 UR 76448 Heptachlor 0.02 UR 118741 Hexachlorobenzene 0.01 GWP 87683 Hexachlorobutadiene 0.9 UR 77474 Hexachlorocyclopentadiene 0.1 ACUTE 67721 Hexachloroethane 5 UR 822060 Hexamethylene,-1, 6 -diisocyanate 0.02 RfC 680319 Hexamethylphosphoramide 0.01 RfC 110543 Hexane 10 CAP-Rf C 302012 Hydrazine 0.004 UR CAS# Chemical Name De Minimis Basis Level (tons/year) 7647010 Hydrochloric acid 10 CAP-Rf C 7664393 Hydrogen fluoride 0.1 ACUTE 123319 Hydroquinone 1 DEF=1 78591 Isophorone 10 CAP-UR 58899 Lindane (hexachlorcyclohexane, 0.01 GWP gamma) 108316 Maleic anhydride 1 CS 67561 Methanol 10 CS 72435 Methoxychlor 10 CS 74839 Methyl bromide (Bromomethane) 10 REC 74873 Methyl chloride (Chloromethane) 10 CAP-UR 71556 Methyl chloroform 10 CS (1,1,1-Trichloroethane) 78933 Methyl ethyl ketone (2-Butanone) 10 CAP-Rf C 60344 Methyl hydrazine 0.06 UR 74884 Methyl iodide (Iodomethane) 1 DEF=1 108101 Methyl isobutyl ketone 10 CS 624839 Methyl isocyanate 0.1 ACUTE 80626 Methyl methacrylate 10 CS 1634044 Methyl tert-butyl ether 10 CAP-Rf C 12108133 Methylcyclopentadienyl manganese 0.1 ACUTE 75092 Methylene chloride (Dichloromethane) 10 CAP-UR 101688 Methylene diphenyl diisocyanate 0.1 RfC 91203 Naphthalene 10 CS 98953 Nitrobenzene 1 CS 62759 N-Nitrosodimethylamine 0.001 UR 69892 N-Nitrosomorpholine 1 DEF=1 684935 N-Nitroso-N-methylurea 0.0002 UR 121697 N,N-Dimethylaniline 1 CS CAS# Chemical Name De Minimis Basis Level (tons/year) 90040 o-Anisidine 1 DEF=1 95534 o-Toluidine 4 UR 56382 Parathion 0.1 ACUTE 82688 Pentachloronitrobenzene 0.3 UR (Quintobenzene) 87865 Pentachlorophenol 0.7 UR 108952 Phenol 0.1 CS 75445 Phosgene 0.1 ACUTE 7803512 Phosphine 5 DEF=5 7723140 Phosphorous 0.1 ACUTE 85449 Phthalic anhydride 5 DEF=5 1336363 Polychlorinated biphenyls (Aroclors) 0.009 UR 106503 p-Phenylenediamine 10 CS 123386 Propionaldehyde 5 DEF=5 114261 Propoxur (Baygone) 10 CAP-UR 78875 Propylene dichloride 1 UR (1,2-Dichloropropane) 75569 Propylene oxide 5 UR 91225 Quinoline 0.006 UR 106514 Quinone 5 DEF=5 100425 Styrene 1 DEF=1 96093 Styrene oxide 1 DEF=1 127184 Tetrachloroethylene 10 CAP-UR (Perchloroethylene) 7550450 Titanium tetrachloride 0.1 ACUTE 108883 Toluene 10 CAP-Rf C 8001352 Toxaphene (chlorinated camphene) 0.01 GWP 79016 Trichloroethylene 10 CAP-UR 121448 Triethylamine 10 CAP-Rf C 1582098 Trifluralin 9 UR CAS# Chemical Name De Minimis Basis Level (tons/year) 108054 Vinyl acetate 1 DEF=1 593602 Vinyl bromide (bromoethene) 0.6 UR 75014 Vinyl chloride 0.2 UR 75354 Vinylidene chloride 0.4 UR (1,1-Dichloroethylene) 1330207 Xylenes (isomers and mixture) 10 CS 108383 m-Xylenes 10 CS 95476 o-Xylenes 10 CS 106423 p-Xylenes 10 CS CHEMICAL COMPOUND CLASSES - Arsenic and inorganic arsenic 0.005 UR compounds 7784421 Arsine 0.005 UR - Antimony compounds (except those 5 DEF=5 specifically listed)* 1309644 Antimony trioxide 1 DEF=1 1345046 Antimony trisulfide 0.1 CS 7783702 Antimony pentafluoride 0.1 ACUTE 28300745 Antimony potassium tartrate 1 CS - Beryllium compounds (except Beryllium 0.008 UR salts) - Beryllium salts 0.00002 UR - Cadmium compounds 0.01 UR 130618 Cadmium oxide 0.01 UR - Chromium compounds (except Hexavalent 5 DEF=5 and Trivalent) - Hexavalent Chromium compounds 0.002 UR - Trivalent Chromium compounds 5 DEF=5 10025737 Chromic chloride 0.1 ACUTE -- CAS# Chemical Name De Minimis Basis Level (tons/year) 744084 Cobalt metal (and compounds, except 0.1 CS those specifically listed) * 10210681 Cobalt carbonyl 0.1 ACUTE 62207765 Fluomine 0.1 ACUTE - Coke oven emissions 0.03 UR - Cyanide compounds (except those 5 DEF=5 specifically listed)* 143339 Sodium cyanide 0.1 ACUTE 151508 Potassium cyanide 0.1 ACUTE - Glycol ethers (except those 5 DEF=5 specifically listed) * 110805 2-Ethoxy ethanol 10 CAP-Rf C 111762 Ethylene glycol monobutyl ether 10 CAP-Rf C 108864 2-Methoxy ethanol 10 CAP-Rf C - Lead and compounds (except those 0.01 GWP specifically listed ) * 75741 Tetramethyl lead 0.01 GWP 78002 Tetraethyl lead 0.01 GWP 7439965 Manganese and compounds (except those 0.8 RfC specifically listed) * 12108133 Methylcyclopentadienyl manganese 0.1 ACUTE - Mercury compounds (except those 0.01 GWP specifically listed) * 10045940 Mercuric nitrate 0.01 GWP 748794 Mercuric chloride 0.01 GWP 62384 Phenyl mercuric acetate 0.01 GWP - Elemental Mercury 0.01 GWP - Mineral fiber compounds (except those a - specifically listed)* 1332214 Asbestos a I - Erionite a I CAS# Chemical Name De Minimis Basis Level (tons/year) - Silica (crystalline) a - - Talc (containing asbestos form a - fibers) - Glass wool a - - Rock wool a - - Slag wool a - - Ceramic fibers. a - - Nickel compounds (except those 1 DEF=1 specifically listed) * 13463393 Nickel Carbonyl 0.1 ACUTE 12035722 Nickel refinery dust 0.08 UR - Nickel subsulfide 0.04 UR - Polycyclic organic matter-POM (except 0.01 GWP those specifically listed)* 56553 Benz (a) anthracene 0.01 GWP 50328 Benzo(a)pyrene 0.01 UR 205992 Benzo (b) fluoranthene 0.01 GWP 57976 12-Dimethylbenz(a) anthracene 0.01 GWP 225514 Benz (c) acridine 0.01 GWP 218019 Chrysene 0.01 GWP 53703 Dibenz (ah) anthracene 0.01 GWP 189559 2:7,8-Dibenzopyrene 0.01 GWP 193395 Indeno (1,2,3-cd)pyrene 0.01 GWP - Dioxins & Furans (TCDD equivalent) ** - UR 7782492 Selenium and compounds (except those 0.1 CS specifically listed) 7488564 Selenium sulfide (mono and di) 0.1 CS 7783075 Hydrogen selenide 0.1 ACUTE 10102188 Sodium selenite 0.1 ACUTE 13410010 Sodium selenate 0.1 ACUTE 99999918 Radionuclides (including radon) b Legend: UR = Based on unit risk value DEF=1 = Used for carcinogens where no UR exists RfC = Based on reference concentration in IRIS CS = Used where no RfC is listed in IRIS CS=1-20: De minimis=10 CS=21-40: De minimis=1; CS>40: De minimis=0.1 DEF=5 = Used where no UR, RfC, or CS exists CAP = UR, or RfC yielded a value > 10 tons/year. Thus a CAP of 10 tons/year was used. IRIS II Integrated Risk Information System @ = A verified RfC not yet on IRIS GWP = Identified as of concern for persisitence by the Great Waters Program RfC = Based on Inhalation reference concentration listed in IRIS Acute = Identified as being of concern from short-term exposures Notes: For this chemical group, specific compounds or subgroups are named specifically in this table. For the remainder of the chemicals of the chemical group, a single de minimis value is listed, this value applies to compounds which are not named specifically. The "toxic equivalent factor" method in EPA/625/3-89-016, [U.S. EPA (1989) Interim procedures for estimating risk associated with exposure to mixtures] should be used for PCDD/PCDF mixtures. A different de minimis level will be determined for each mixture depending on the equivalency factors used which are compound specific. a De minimis values are zero pending public comment on the rule. Currently available data do not support assignment of a "trivial" emission rate, therefore, the value assigned will be policy based. b The EPA relies on subpart B and I, and Appendix E of 40 CFR part 61 and assigns a de minimis level based on an effective dose equivalent of 0.3 milliem per year for a 7 year exposure period that would result in a cancer risk of 1 per million. The individual radionuclides subject to de minimis levels used for section 112(g) are also contained in 40 CFR part 61. APENDICE G GUIAS PARA EL MANEJO DE ASBESTO El currículo deberá incluir como información mínima: INSPECTORES Todo inspector cumplirá con tres días entrenamiento. Estos tres días del curso incluirán, lecturas, demostraciones, 4 horas de entrenamiento práctico, entrenamiento individual para el uso del respirador y seguridad en el uso del mismo. Se recomienda el uso de material audiovisual para complementar las lecturas. Todo curso para inspectores debe contener la siguiente información: HISTORIA DEL ASBESTO - Identificación del asbesto - Uso y localización del asbesto en edificios - Apariencia física del asbesto EFECTOS A LA SALUD DEBIDO A LA EXPOSICION DEL ASBESTO - La relación del asbesto con algunas enfermedades - Rutas de exposición - Relación entre seguridad y dosis de asbesto - Efectos sinergéticos entre uso de cigarrillo y exposición a asbesto - Período de latencia del asbesto relacionado con las enfermedades que causa éste Discusión de asbestosis, cáncer del pulmón, misotelioma y cáncer de otros órganos FUNCIONES/CUALIFICACIONES Y ROLES DEL INSPECTOR - Qualificaciones del inspector y el planificador - Funciones y acreditaciones de inspector y la comparación de éste con un planficador - Discusión del proceso de inspección, incluyendo el proceso del inventario de los materiales que contienen asbesto en los edificios y el acceso físico a éstos G-1 RESPONSABILIDAD LEGAL Y SU DEFENSA - Responsabilidad del inspector y el planificador - Discusión de la política de responsabilidad de cada inspector DISCUSION SOBRE SISTEMA DE EDIFICIOS - Relación entre los sistemas de edificios - Repaso sobre - Organización de los sistemas de calentamientos, ventilación, aire acondicionado; como y donde se encuentra el asbesto en estos sistemas. ** Procesamientos adecuados y seguros durante la inspección G-2 DIVISION DE ASBESTO GUIAS PARA PLAN DE TRABAJO PARA REMOCIONES DE ASBESTO El Plan de Trabajo para remociones, deberá incluir, pero sin limitarse, la siguiente Información toda solicitud de aprobación de un permiso de remoción deberá cumplir con la Parte VII del Reglamento para el Control Atmosférica: 1. Nombre, dirección residencial y postal y número de teléfono de la persona responsable del manejo de los materiales que contienen asbesto. De tratarse de una persona jurídica, se debe incluir el nombre y dirección residencial y postal y número de teléfono del agente residente. Si se tratase de una sociedad se debe incluir la dirección fisica y postal de las oficinas principales. Cuando el dueño y el solicitante no son la misma persona, entonces la solicitud deberá estar acompañada de una autorización escrita y firmada por el dueño facultando al solicitante a radicar y llevar a cabo otras gestiones necesarias, relacionadas con la misma, en su nombre y representación ante la Junta. 2. Nombre, direcciones residencial y postal y número de teléfono del contratista principal o personas a cargo de la ejecución de las actividades; sefialando las actividades o tareas específicas que ejecutaron cada una de dichas personas, cuando aplique. 3. Nombre, dirección residencial y teléfono de la persona que preparó el plan de trabajo. 4. Ubicación exacta de edificio(s) o estructura(s) donde se llevaran a cabo la remoción y/o, desmonte del material que contienen asbesto. 5. Descripción del edificio 0 estructura. 6. Fecha estimada en que se iniciará la operación y fecha en que se espera culminar la misma. 7. Descripción detallada del método o procedimientos a utilizarse durante la operación. Los métodos de control pueden utilizarse simúltaneamente en un mismo proyecto. Deberán ser específicos en la descripcióndel método de remoción. G-3 8. Todo Edificio que no elimine totalmente el asbesto de sus facilidades deberá incluir un programa de operaciones y mantenimiento. El programa debe cumplir con las siguientes partes: a. Una lista 0 inventario de todos los materiales de construcción que tienen asbesto en el edificio. El inventario debe incluir, donde estan localizados los materiales y las condiciones en que se encuentran. b. Los materiales deberan ser identificados mediante sistema de etiquetas. C. Los materiales con asbestos deberán ser revisados cada seis (6) meses, para asegurarse que todavia estan en buenas condiciones. ch. Nombre del personal de mantenimiento que esta a cargo de revisar el área y la evidencia de que esta adiestrado para dicha labor. 9. Cantidad estimada en peso y volúmen de los desperdicioes a producirse durante la operación. 10. Medidas de seguridad y equipo de protección personal a utilizarse durante la operación, esto es, según la reglamentación que administra la Oficina de Seguridad y Salud en el Trabajo (OSHO) del Departamento de Recursos Humanos. 11. Nombre, dirección física y postal y teléfono de la persona o firma encargada de la trasportación de los desperdicios generados durante la operación. 12. Forma de transportación de los desperdicios han de ser dispuestos. 13. Medidas de seguridad y equipo a utilizarse durante la transportación de los desperdicios. 14. Nombre, dirección física y postal del lugar o facilidad donde se dispondran finalmente los desperdicios generados. 15. Descripción detallada del método de disposición final de los desperdicios. 16. Solicitud del Permiso Para Una Fuente de Emisión (Formulario PFE) del Area Calidad de Aire y Para Actividad Generante de Desperdicios Sólidos (Formulario DS-3) del Area de Contaminación de Terrenos de la Junta de Calidad Ambiental (JCA). 17. Incluir un plano 0 croquis de las estructuras 0 edificios donde se ilustrará distribuida el área de trabajo en caso de remoción. Este debe incluir pero sin limitarse cuarto limpio, baño, cuarto sucio, sistema de aire negativo, salidas de G-4 aire limpio. 18. Deberá aislar el área de trabajo de manera que evite el acceso de personas ajenas a dichas área. 19. Antes y durante la operación deberá húmedecer la superficie del material que no gane acceso al aire o al terreno. 20. Las porciones pequeñas del material de desecho asi como, todo material que se usó durante la limpieza 0 utilizados en el área de trabajo deberá empacarse en envases apropiados que evite la emisión de fibras 0 partículas fuera de los envases y dispuestos según aprobado por la Junta. 21. El área de trabajo tiene que estar rotulada de la siguiente manera: a. PELIGRO NO ENTRE, removiéndose material que contiene asbesto. b. Inhalar fibras de asbesto puede causar daños serios a la salud. c. Evite levantar polvo. 22. Deberá instalarse por lo menos dos (2) rótulos que contengan la información indicada en el inciso 21 en lugares visibles, accesibles y legibles en una distancia no mayor de cincuenta (50) pies y no menor de veinte (20) pies del área de trabajo. 23. El sitio de disposición se rotulará de la siguiente manera: PELIGRO AREA DE DISPOSICION DE ASBESTO 24. Las entidades 0 agencias responsables de la actividad relacionada con el manejo de asbesto deberán someter a la Junta cualquier información adicional que esta requiera. a. Durante las labores de remoción de asbesto se deberá cumplir con las siguientes normas: b. Durante los trabajos de remoción estará presente un supervisor certificado que evidencie estar en el registro de personas certificadas de la JCA en trabajos de asbesto. Deberá proveer el nombre y dirección y teléfono de éste. c. Ventilación local equipada con filtros HEPA. G-5 ch. Debe usarse dos (2) capas de polietileno (Poly) de 4mm en las paredes y dos (2) capas de 6mm en el suelo. d. Debe haber aleros de 3 pies de largo (un metro) entre cada cuarto de la unidad descontaminadora. e. Se tomaran sies (6) muestras de aire al dia. f. Se debe limpiar cuarto de trabajo con paños húmedos y esperar veinticuatro (24) horas. Limpiar el cuarto de nuevo con paños húmedos y aspirado de filtro HEPA. El cuarto se considera limpio cuando solamente hay .005 ft/cc. G-6 Pt. 763, Subpt. E, App. c 40 CFR Ch. I (7-1-93 Edition) Environmental Protection Agency Pt. 763, Subpt. E, App. c [52 FR 41894, Oct. 30, 1987] tionships and the lack of a safe exposure turbance; known or suspected causes of damlevel; the synergistic effect between olgaage or significant damage; and deterioration The 2-day training program shall include lec- APPENDIX c TO SUBPART E-EPA rette smoking and asbestos exposure; the laas assessment factors. tures, demonstrations, course review, and a MODEL CONTRACTOR ACCREDITATION tency period for asbestos-related diseases; a (1) Bulk sampling/documentation of asbestos written examination. EPA recommends the PLAN discussion of the relationship of asbestos exin schools. Detailed discussion of the "Simuse of audiovisual materials to complement posure to asbestosis, lung cancer, mesothellplified Sampling Scheme for Friable Surfaclectures, where appropriate. 1. Model Contractor Accreditation Plan for oma, and cancer of other organs. ing Materials (EPA 560/5-85-030a October The management planner training course States (c) Functions/qualifications and role of in- 1885);" techniques to ensure sampling in a 108: shall adequately address the following top- The Model Contractor Accreditation Plan spectors. Discussions of prior experience and randomly distributed manner for other than for States has six components: qualifications for inspectors and managefriable surfacing materials; sampling of non- (a) Course overview. The role of the manage- (1) Initial training. ment planners; discussions of the functions friable materials; techniques for bulk samment planner; operations and maintenance (2) Examinations, of an accredited inspector as compared to pling: sampling equipment the inspector programs; setting work priorities; protection (3) Refresher training course, those of an accredited management planner; of building occupants. should use; patching or repair of damage discussion of inspection process including indone in sampling: an inspector's repair kit; (b) Evaluation/Anterpretation of survey re- (4) Qualifications, (5) Decertification requirements, ventory of ACM and physical assessment. discussion of polarized light microscopy; sults. Review of TSCA Title II requirements (6) Reciprocity. (d) Legal liabilities and defenses. Responchoosing an accredited laboratory to analyze for inspection and management plans as For purposes of TSCA Title II accreditasibilities of the inspector and management bulk samples; quality control and quality asgiven in section 203(1)(1) of TSCA Title II: tion requirements, the duration of initial planner: a discussion of comprehensive gensurance procedures. summarized field data and laboratory reand refresher training courses is specified in eral liability policies, claims-made and 00- (j) Inspector respiratory protection and persults; comparison between field inspector's number of days. A day of training equals 8 currence policies, environmental and pollusonal protective equipment. Classes and chardata sheet with laboratory results and site hours including breaks and lunch. tion liability policy clauses; State liability survey. acteristics of respirator types; limitations of insurance requirements; bonding and the rerespirators; proper selection, inspection, (c) Hazard assessment. Amplification of In several instances, initial training lationship of insurance availability to bond courses for a specific discipline (e.g., workdonning, use. maintenance, and storage prodifference between physical assessment availability. ers. inspectors) require hands-on training. cedures for respirators; methods for field hazard assessment; the role of the manage- (e) Understanding building systems. The testing of the facepiece-to-mouth seal (posiment planner in hazard assessment; expla- For asbestos abatement contractors, superinterrelationship between building systems, nation of significant damage, damage. potenvisors and workers, hands-on training should tive and negative pressure fitting tests): including: An overview of common building tial damage. and potential significant daminclude working with asbestos-substitute qualitative and quantitative fit testing prophysical plan layout; heat, ventilation and cedures; variability between field and laboraage; use of a description (or decision tree) materials, fitting and using respirators, use air conditioning (HVAC) system types, physof glovebage, donning protective clothing. tory protection factors; factors that alter code for assessment of ACM; assessment of ical organization, and where asbestos is respirator fit (e.g., facial hair); the compofriable ACM: relationship of accessibility. viconstructing a decentamination unit as well found on HVAC components; building menents of a proper respiratory protection probration sources, use of adjoining space. and as other abatement work activities. Handschanical systems, their types and organizaair plenums and other factors to hazard ason training must permit contractors, supergram: selection and use of personal proteosessment. tion. and where to look for asbestos on such visors, and workers to have actual experitive clothing: use, storage, and handling of systems; inspecting electrical systems, in- (d) Legal implications. Liability: insurance ence performing tasks associated with asbesnon-disposable clothing. cluding appropriate safety precautions: readissues specific to planners; liabilities associtos abatement. For inspectors, hands-on (k) Recordkesping and writing the inspection ing blueprints and as-built drawings. ated with interim control measures, in-house training should include conducting & simureport. Labeling of samples and keying sam- (f) Public/employee/buiiding occupant relalated building walk-through inspection and ple identification to sampling location: recmaintenance. repair. and removal: use of retions. Notifying employee organizations sults from previously performed inspections. respirator fit testing. commendations on sample labeling: detailing about the inspection; signs to warn building of ACM inventory; photographs of selected (e) Evaluation and selection of control op- 1. Initial Training occupants; tact in dealing with occupants sampling areas and examples of ACM conditions. Overview of encapsulation. enclosure. and the press; scheduling of inspections to interim operations and maintenance, and retion: information required for inclusion in States have the option to provide Initial minimize disruption: and education of buildmoval; advantages and disadvantages of each the management plan by TSCA Title II sectraining directly or approve other entities to ing occupants about actions being taken. method; response actions described via a detion 203(1)(1). offer training. The following are the initial (g) Pre-inspection planning and review of pre- (1) Regulatory review. EPA Worker Proteocision tree or other appropriate method; training course requirements for persons revious inspection records. Scheduling the intion Rule found at 40 CFR Part 763, subpart work practices for each response action; quired to have accreditation under TSCA spection and obtaining access; building staging and prioritizing of work in both va- G; TSCA Title II; OSHA Asbestos Construc- Title IL record review; identification of probable hotion Standard 29 CFR 1928.58; OSHA rescant and occupied buildings; the need fo A. Inspectors. A State shall require that all mogeneous areas from blueprints or as-built containment barriers and decontaminatid pirator requirements found at 29 CFR persons seeking accreditation as inspectors drawings; consultation with maintenance or in response actions. 1910.134; the Friable ACM in Schools Rule complete a 3-day training course as outlined building personnel: review of previous in- (f) Role of other professionals. Use of indusfound at 40 CFR Part 763, subpart F; applicabelow. The 3-day program shall include Iecspection, sampling and abatement records of trial hygienists, engineers, and architects in ble State and local regulations, and diftures, demonstrations, 4-hours of hands-on a building; the role of the inspector in excludeveloping technical specifications for references in Federal/State requirements training. individual respirator fit testing. sions for previously performed inspections. where they apply and the effects, if any, on sponse actions; any requirements that may course review and a written examination. (h) Inspecting for friable and non-friable aspublic and non-public schools. exist for architect sign-off of plans; team ap- EPA recommends the use of audiovisual mabestos-containing material (ACM) and assessing (m) Field trip. To include a field exercise proach to design of high-quality job speciterials to complement lectures. where approthe condition of friable ACM. Procedures to fications. including a walk-through inspection; on-site priate. follow in conducting visual inspections for discussion on information gathering and de- (8) Developing an operations and mainte- The inspector training course shall adefriable and non-friable ACM; types of buildtermination of sampling locations; on-site nance (O&M) plan. Purpose of the plan; disquately address the following topics: ing materials that may contain asbestos; cussion of applicable EPA guidance dooupractice in physical assessment; classroom (a) Background information on asbestos. touching materials to determine friability: discussion of field exercise. ments; what actions should be taken by cus- Identification of asbestos, and examples and open return air plenums and their impor- (n) Course review. A review of key aspects todial staff; proper cleaning procedures; discussion of the uses and locations of asbestance in HVAC systems; assessing damage, of the training course. steam cleaning and high efficiency partiontos in buildings; physical appearance of assignificant damage, potential damage. and B. Management Planners. A State shall relate aerosol (HEPA) vacuuming; reducing bestos. potential significant damage; amount of susquire that all persons seeking accreditation disturbance of ACM; scheduling O&M for off- (b) Potential health effects related to asbestos pected ACM. both in total quantity and as a hours: rescheduling or canceling renovation as management planners complete an inspecexposure. The nature of asbestos-related dispercentage of the total area; type of damage: tion training course as outlined above and a in areas with ACM: boiler room mainteeases; routes of exposure; dose-response relaaccessibility: material's potential for dis- 2-day management planning training course. nance: disposal of ACM; in-house procedures for ACM-bridging and penetrating encapsu- 550 551 Pt. 763, Subpt. E, App. c 40 CFR Ch. I (7-1-93 Edition) Environmental Protection Agency Pt. 763, Subpt. E, App. C lants; pipe fittings; metal sleeves: polyvinyl (c) Overview of abatement construction er and building occupant health/medical conchloride (PVC). canvas, and wet wraps; musprojects. Abatement as a portion of a renovasiderations; replacement of ACM with nonleadman pursuant to collective bargaining lin with straps; fiber mesh cloth; mineral tion project; OSHA requirements for notifiasbestos substitutes; clearance of work area agreements. Under this Model Plan. at leas wool, and insulating cement; discussion of cation of other contractors on a multi-emafter abatement; air monitoring for clearone supervisor is required to be at the work employee protection programs and staff ployer site (29 CFR 1926.58). ance. site at all times while work is in progress training: case study in developing an O&M (d) Safety system design specifications. Con- (1) Preparing abatement drawings. Use of as- Asbestos workers must have access to ac plan (development, implementation process, struction and maintenance of containment built drawings; use of inspection photocredited supervisors throughout the duration and problems that have been experienced). barriers and decontamination enclosure sysgraphs and on-site reports: particular probof the project. (h) Regulatory review. Focusing on the tems; positioning of warning signs; electrical lems in abatement drawings. The contractor and supervisor's training OSHA Asbestos Construction Standard found and ventilation system look-out; proper (m) Contract preparation and administration. at 29 CFR 1826.58; the National Emission working techniques for minimising fiber retopics: course shall adequately address the following (n) Legal/tabilities/defenses Insurance con- Standard for Hazardous Air Pollutants lease: entry and exit procedures for the work siderations; bonding: hold harmless clauses; (a) The physical characteristics of asbestos (NESHAPS) found at 40 CFR Part 61, subarea; use of wet methods; use of negative use of abatement contractor's liability Insurand asbestos-containing materials. Identifica. parts A (General Provisions) and M (National pressure exhaust ventilation equipment; use Emission Standard for Asbestos): EPA Workof high efficiency particulate aerosol (HEPA) ance; cles. claims-made versus occurrence polition of asbestos, aerodynamic characteristics, typical uses, physical appearance, a re. er Protection Rule found at 40 CFR Part 763, vacuums; proper clean-up and disposal of as- (o) Replacement. Replacement of asbestos view of hazard assessment considerations. subpart G: TSCA Title II; applicable State bestos; work practices as they apply to enwith asbestos-free substitutes. regulations. capsulation, enclosure, and repair; use of (p) Rote of other consultants. Development tions. and a summary of abatement control op- (i) Recordkeeping for the management planglove bags and a demonstration of glove bag of technical specification sections by indus- (b) Potential health effects related to asbestos ner. Use of field inspector's data sheet along use. trial hygienists or engineers; the multidisciexposure. The nature of asbestos-related dis with laboratory results; on-going record- (e) Field trip. Visit an abatement site or plinary team approach to abatement design. eases; routes of exposure: dose-response keeping as a means to track asbestos disother suitable building site, including on- (q) Occupied buildings. Special design procetionships and the lack of a safe expos turbance; procedures for recordkeeping. site discussions of abatement design. builddures required in occupied buildings; edulevel; synergism between cigarette smoking (j) Assembling and submitting the manageing walk-through inspection, and discussion cation of occupants; extra monitoring recand asbestos exposure; latency period for disment plan. Plan requirements in TSCA Title following the walk-through. ommendations; staging of work to minimize case. II section 203(1)(1); the management plan as a (f) Employee personal protective equipment. occupant exposure; scheduling of renovation (c) Employee personal protective equipment. planning tool. To include the classes and characteristics of to minimize exposure. Classes and characteristics of respirator (k) Financing abatement actions. Economic respirator types; limitations of respirators: (r) Relevant Federal State, and local regutypes: limitations of respirators and their analysis and cost estimates; development of proper selection, inspection, donning, use, latory requirements. Procedures and standcost estimates; present costs of abatement maintenance, and storage procedures; methards, including: proper selection, inspection. donning, use, maintenance, and storage procedures: methversus future operations and maintenance ods for field testing of the facepiece-to-face (1) Requirements of TSCA Title II. ods for field testing of the facepiece-to-face costs; Asbestos School Hazard Abatement seal (positive and negative pressure fitting (2) 40 CFR Part 61, National Emission Act grants and loans. tests); qualitative and quantitative fit test- Standards for Hazardous Air Pollutants, subseal (positive and negative pressure fitting tests); qualitative and quantitative fit testing procedures; variability between field and (1) Course review. A review of key aspects of parts A (General Provisions) and M (National ing procedures: variability between field and laboratory protection factors; factors that the training course. Emission Standard for Asbestos). laboratory protection factors; factors that alter respirator fit (e.g., facial hair); compo- C. Abatement Project Designers. A State (3) OSHA standards for permissible exponents of a proper respiratory protection proalter respirator fit (e.g., facial hair): the shall require that all persons seeking accredsure to airborne concentrations of asbestos gram: selection and use of personal protecfibers and respiratory protection (29 CFR components of a proper respiratory protecitation as abatement project designers comtive clothing; use, storage, and handling of 1910.134). tion program: selection and use of personal plete either a 3-day abatement project denon-disposable clothing; and regulations COVsigner training course as outlined below or (4) EPA Worker Protection Rule, found at protective clothing: use, storage, and hanering personal protective equipment. 40 CFR Part 763, subpart G. dling of non-disposable clothing; and regulathe 4-day asbestos abatement contractor and (g) Additional safety hazards. Hazards en- (5) OSHA Asbestos Construction Standard tions covering personal protective equipsupervisor's training course that is outlined ment. countered during abatement activities and found at 29 CFR 1926.58. in the next sub-unit. The 3-day abatement how to deal with them, including electrical project designer training program shall in- (8) Course Review. A review of key aspects (d) State-of-the-art work practices. Proper hazards, heat stress, air contaminants other of the training course. work practices for asbestos abatement acclude lectures, demonstrations, a field trip. than asbestos, fire and explosion hazards. D. Asbestos Abatement Contractors and Sutivities including descriptions of proper con course review, and a written examination. (h) Fiber aerodynamics and control. Aeropervisors. A State shall require that all perstruction and maintenance of barriers a EPA recommends the use of audiovisual madynamic characteristics of asbestos fibers; sons seeking accreditation as asbestos abatedecontamination enclosure systems; post terials to complement lectures, where approimportance of proper containment barriers; priate. ment contractors or supervisors complete a tioning of warning signs; electrical and vensettling time for asbestos fibers; wet meth- 4-day training course as outlined below. The tilation system lockout; proper working The 3-day abatement project designer ods in abatement: aggressive air monitoring training course shall include lectures. demtechniques for minimizing fiber release: use training course shall adequately address the following abatement; aggressive air moveonstrations, at least 6 hours of hands-on of wet methods; use of negative pressure venfollowing topics: ment and negative pressure exhaust ventilatraining, individual respirator flt testing, tilation equipment; use of high efficiency (a) Background information on asbestos. tion as a clean-up method. course review, and a written examination. particulate air (HEPA) vacuums; proper Identification of asbestos; examples and dis- (1) Designing abatement solutions. Discus- EPA recommends the use of audiovisual maclean-up and disposal procedures. Work praccussion of the uses and locations of asbestos sions of removal, enclosure. and encapsulapriate. terials to complement lectures, where approtices for removal, encapsulation, enclosure, in buildings; physical appearance of asbestos. tion methods; asbestos waste disposal. and repair; emergency procedures for sudden (b) Potential health effects related to asbestos (j) Budgeting/cost estimation. Development The contractor may designate a supervisor releases; potential exposure situations; exposure. Nature of asbestos-related diseases; of cost estimates; present costs of abatement to serve as his agent for the purposes of the transport and disposal procedures, and recroutes of exposure; dose-response relationversus future operations and maintenance accreditation requirement. For purposes of ommended and prohibited work practices. ships and the lack of a safe exposure level: costs; setting priorities for abatement jobs TSCA Title II accreditation, asbestos abate- Discussion of new abatement-related techthe synergistic effect between cigarette to reduce cost. ment supervisors include those persons who niques and methodologies may be included. smoking and asbestos exposure; the latency (k) Writing abatement specifications. Means provide supervision and direction to workers (e) Personal hygiene. Entry and exit proceperiod of asbestos-related diseases; a discusand methods specifications versus performengaged in asbestos removal, encapsulation, dures for the work area; use of showers; and sion of the relationship between asbestos exance specifications; design of abatement in enclosure, and repair. Supervisors may inavoidance of eating. drinking, smoking, and posure and asbestosis, lung cancer. mesooccupied buildings; modification of guide clude those individuals with the position chewing (gum or tobacco) in the work area. thelioma, and cancer of other organs. specifications to a particular building: worktitle of foreman, working foreman, or Potential exposures, such as family exposure, shall also be included. 552 553 Pt. 763, Subpt. E, App. c $ 40 CFR Ch. I (7-1-93 Edition) Environmental Protection Agency Pt. 763, Subpt. E, App. c (f) Additional safety hazards. Hazards en- (a) Physical characteristics of asbestos. Iden- (1) Relevant Federal, State and local regucountered during abatement activities and tification of asbestos, aerodynamic characlatory requirements, procedures, and standards. 1. 50 multiple choice questions. how to deal with them, including electrical teristics, typical uses, and physical appear- With particular attention directed at rel- 11. Passing score: 70 percent. hazards, heat stress, air contaminants other ance, and a summary of abatement control evant EPA, OSHA, and State regulations than asbestos, fire and explosion hazards, options. 3. Refresher Training Courses concerning asbestos abatement workers. scaffold and ladder hazards, slips, trips and (b) Potential health effects related to asbestos (j) Establishment of respiratory protection For all disciplines except inspectors, a falls, and confined spaces. exposure. The nature of asbestos-related disprograms. State's accreditation program shall include (g) Medical monitoring. OSHA requirements eases, routes of exposure, dose-response rela- (k) Course review. A review of key aspects a 1-day annual refresher training course for for a pulmonary function test, chest X-rays tionships and the lack of a safe exposure of the training course. reaccreditation. Refresher courses for inand a medical history for each employee. level, synergism between cigarette smoking spectors shall be a half-day in length. Man- (h) Air monitoring. Procedures to determine and asbestos exposure, and latency period for 2. Examinations agement planners shall attend the inspector airborne concentrations of asbestos fibers, disease. Each State shall administer a closed book refresher course, plus an additional half-day including a description of aggressive sam- (c) Employee personal protective equipment. examination or designate other entities such on management planning. pling, sampling equipment and methods, rea- Classes and characteristics of respirator as State-spproved training courses to admin- The refresher course shall be specific to sons for air monitoring, types of samples, types; limitations of respirators and their and interpretation of results, specifically ister the closed book examination to persons each discipline. For each discipline, the reproper selection, inspection, donning, use, seeking accreditation who have completed fresher course shall review and discuss from analysis performed by polarized light. maintenance, and storage procedures; methan initial training course. Demonstration changes in Federal and State regulations, dephase-contrast, and electron microscopy ods for field testing of the facepiece-to-face testing may also be included as part of the velopments in state-of-the-art procedures analyses. seal (positive and negative pressure fitting examination. A person seeking accreditation and a review of key aspects of the initial (1) Relevant Federal, State, and local regutests); qualitative and quantitative fit testin a specific discipline shall pass the examtraining course as determined by the State. latory requirements. Procedures and standing procedures; variability between field and ination for that discipline to receive accredi- After completing the annual refreshes ards, including: laboratory protection factors; factors that (A) Requirements of TSCA Title II. tation. For example, a person seeking aocourse, persons shall have their accredita alter respirator fit (e.g., facial hair); the creditation as an inspector must pass the tion extended an additional year. A State (B) 40 CFR Part 61. National Emission components of a proper respiratory proteo- State's inspector accreditation examination. may consider requiring persons to pass Standards for Harardous Air Pollutants, subtion program: selection and use of personal States may develop their own examinareaccreditation examinations at specific inparts A (General Provisions) and M (National protective clothing; use, storage, and hantions, have training courses develop examitervals (every 3 years, for example). Emission Standard for Asbestos). dling of non-disposal clothing: and regulanations or use standardized examinations de- (0) OSHA standards for permissible expotions covering personal protective equipveloped for purposes of TSCA Title II accred- 4. Qualifications sure to airborne concentrations of asbestos ment. itation. The National Asbestos Council fibers and respiratory protection (29 CFR In addition to training and an examina- (d) State-of-the-art work practices. Proper as- (NAC) is working with the Georgia Institute tion, a State may require whatever qualifica- 1910.134). (D) OSHA Asbestos Construction Standard bestos abatement activities including deof Technology to develop standardized extions and experience that the State considers scriptions of proper construction and mainaminations for all disciplines. States may (29 OFR 1926.58). appropriate for some or all disciplines. tenance of barriers and decontamination ensupplement standardized examinations with (E) EPA worker Protection Rule, 40 CFR States may want to consider requiring qualiclosure systems; positioning of warning questions on State regulations. To receive Part 763, subpart G. floations similar to the examples outlined (j) Respiratory protection programs and medisigns; electrical and ventilation system lookmore information on this topic, interested below for inspectors, management planners out; proper working techniques for minimis- States should contact NAC at the following cal surveillance programs. and abatement project designers. States (k) Insurance and liability issues. Contractor ing fiber release; use of wet methods; use of address: National Asbestos Council, Training should modify these as appropriate. In addinegative pressure ventilation equipment; use Department, 2786 North Decatur Rd., Suite Issues; worker's compensation coverage and tion. States may want to include some reof high efficiency particulate air (HEPA) 260, Decatur. Georgia 30033. exclusions; third-party liabilities and dequirements based on experience in conductfenses; insurance coverage and exclusions. vacuums; proper clean-up and disposal proce- Each examination shall adequately cover dures; work practices for removal, encapthe topics included in the training course for ing a task directly or in an apprenticeship role: (1) Recordkeeping for asbestos abatement sulation, enclosure, and repair; emergency that discipline. Persons who pass the State projects. Records required by Federal, State, Inspectors procedures for sudden releases; potential BXexamination, and fulfill whatever other reand local regulations; records recommended Qualifications-Possess a high school diposure situations; transport and disposal quirements the State imposes, must receive for legal and insurance purposes. ploma. (m) Supervisory techniques for asbestos abateprocedures; and recommended and prohibited some form of identification indicating that States may want to require an Associate's work practices. they are accredited in a specific discipline. ment activities. Supervisory practices to en- (e) Personal hygiene. Entry and exit proce- For example, a State may wish to provide Degree in particular fields (e.g., environforce and reinforce the required work pracmental or physical sciences). tices and discourage unsafe work practices. dures for the work area; use of showers; each accredited person with a Management Planners (n) Contract specifications. Discussion of key avoidance of eating. drinking. smoking, and photoidentification card. Where necessary. States should consider developing examina- Qualifications-Registered architect, engielements that are included in contract specichewing (gum or tobacco) in the work area; and potential exposures, such as family expotions in languages other than English. neer, or certified Industrial hygienist or rofications. lated scientific field. (o) Course review. A review of key aspects sure. The following are the requirements for ex- (f) Additional safety hazards. Hazards enaminations in each area: Abatement Project Designer of the training course. 1. Inspectors: Qualifications-Registered architect. engi- E. Asbestos Abatement Workers. Each State countered during abatement activities and how to deal with them, including electrical 1. 50 multiple choice questions. neer. or a certified industrial hygienist. shall require that all persons seeking accredhazards, heat stress, air contaminants other ii. Passing socre: 70 percent. itation as asbestos abatement workers complete at least a 3-day training course as outthan asbestos, fire and explosion hazards, 2. Management Planners: 5. Decertification Requirements lined below. The worker training course scaffold and ladder hazards, alips, trips and i. 50 multiple choice questions. A State must include conditions and procefalls, and confined spaces. 11. Passing score: 70 percent. dures for decertifying accredited inspectors, shall include lectures, demonstrations, at 3. Abatement Project Designers: management planners, abatement project deleast 6 hours of hands-on training, individual (g) Medical monitoring. OSHA requirements respirator fit testing. course review, and an for a pulmonary function test, chest X-rays 1. 100 multiple choice questions. signers. asbestos abatement contractors, suii. Passing score: 70 percent. pervisors and workers. examination. EPA recommends the use of and a medical history for each employee. 4. Asbestos abatement contractors and suaudiovisual materials to complement lec- (h) Air monitoring. Procedures to determine pervisors: 6. Reciprocity tures, where appropriate. airborne concentrations of asbestos fibers, 1. 100 multiple choice questions. The training course shall adequately adfocusing on how personal air sampling is per- EPA recommends that each State establish 11. Passing score: 70 percent. dress the following topics: formed and the reasons for it. 5. Asbestos Abatement Workers: reciprocal arrangements with other States that have established accreditation pro- 554 555 Pt. 763, Subpt. E, App. c 40 CFR Ch. I (7-1-93 Edition) Environmental Protection Agency Pt. 763, Subpt. E, App. D grams that meet or exceed the EPA Model Asbestos Coordinators, EPA, Region X, 1200 (5) Description and an example of certifi- Plan. course by passing the examination, are ac- Sixth Avenue, Seattle, WA- 98101, (206) 442- cates issued to students who complete the credited on an interim basis under TSCA 2870, (FTS) 399-2870 refresher course. II EPA APPROVAL PROCESS FOR STATE Title II. They can conduct work under TSCA CONTRACTOR ACCREDITATION PROGRAMS EPA will publish a list of those States that As noted above, the training course adminhave accreditation requirements that are at istrator must issue numbered certificates to Title II in their discipline for 1 year after States seeking EPA approval of their State students who successfully pass the training their State establishes an accreditation proleast as stringent as the EPA Model for one Contractor Accreditation Programs required course's examination. The numbered certifigram in their discipline that is at least as or more disciplines. Any training courses apunder TSCA shall follow the procedures outcate would indicate the name of the student stringent as the EPA Model. EPA will pubproved by such States are EPA-approved for lined below. States may seek approval for purposes of accreditation. and the course completed. the dates of the lish a list of training courses that are equivsome or all disciplines as specified in the course and the examination, and a statement alent to the training requirements for each Model Plan. For example, a State that our- III. EPA APPROVAL OF TRAINING COURSES indicating that the student passed the examdiscipline in the Model Plan. rently only requires worker accreditation ination. can receive EPA approval for that discipline Individuals or groups wishing to sponsor The certificate also would include an expi- [52 FR 15876, Apr. 30, 1987) alone. EPA encourages States that currently training courses for disciplines required to ration date for accreditation that is 1 year do not have accreditation requirements for be accredited under TSCA Title II may apply after the date on which the student com- APPENDIX D TO SUBPART E-TRANSPORT all the disciplines required under TSCA to for EPA approval. For a course to receive appleted the course and examination. Training AND DISPOSAL OF ASBESTOS WASTE seek EPA approval for those disciplines the proval, it must meet the requirements for course administrators who offer refresher For the purposes of this appendix, trans- State does accredit. As States establish acthe course as outlined in the Model Plan for training courses must also provide certificreditation requirements for the remaining States. EPA will not review courses that are cates with all of the above information (export is defined as all activities from receipt disciplines, the requested information outalready approved in a State that has a Concept testing information). of the containerized asbestos waste at the lined below should be submitted to EPA as tractor Accreditation Program that meets Accredited persons must have their initial generation site until it has been unloaded soon as possible. the EPA Model. These courses already are and current accreditation certificates at the the disposal site. Current EPA regulation States seeking EPA approval shall submit approved under TSCA Title II in the State location where they are conducting work. state that there must be no visible emissions the following information to the Regional where they are approved and in all States Failure to have accreditation certificates at to the outside air during waste transport. Asbestos Coordinator at their EPA Regional without an accreditation program that the job site could result in decertification. However, recognising the potential hazards Office: meets the EPA Model. EPA may revoke or suspend EPA approval and subsequent liabilities associated with (1) A copy of the legislation establishing Applicants shall send the information re- If field site inspections indicate a training exposure, the following additional prethe State's accreditation program (if appliquested below to the Regional Asbestos Cocourse is not conducting training that meets cautions are recommended. cable). ordinator at the EPA Regional Office (see adthe requirements of the Model Plan. Train- Recordkeeping. Before accepting wastes, a (2) A copy of the State's accreditation regdresses in Section II) located in the Region ing course sponsors shall permit EPA reptransporter should determine if the waste is ulations. where the training course maintains its prinresentatives to attend, evaluate, and monproperly watted and containerized. The (3) A letter to the Regional Asbestos Coorcipal business office. The following informaitor any training course without charge to EPA. EPA inspection staff may not give adtransporter should then require a chain-ofdinator that clearly indicates how the State tion is required: (1) The course sponsor's name, address and vance notice of their inspections. custody form signed by the generator. A meets the program requirements of the chain-of-custody form may include the name Model Contractor Accreditation Plan for phone number. EPA will publish a list of those training courses that are consistent with the Model and address of the generator, the name and States. Addresses of Regional Asbestos Coor- (2) A list of any States that currently approve the training course. Plan and are approved for purposes of TSCA address of the pickup site, the estimated dinators are shown below: Title II. quantity of asbestos waste, types of contain- Asbestos Coordinator, EPA, Region I, Air & (3) The course curriculum. ers used, and the destination of the waste. Management Div. (APT-231). JFK Federal (4) A letter from the training course spon- IV. PROVISIONS FOR INTERIM ACCREDITATION The chain-of-oustody form should then be Bldg., Boston, MA 02203, (617) 565-3273 sor that clearly indicates how the course TSCA Title II enables EPA to permit persigned over to a disposal site operator to Asbestos Coordinator, EPA, Region II, meets the Model Plan requirements for: sons to be accredited on an Interim basis if transfer responsibility for the asbestos Woodbridge Ave., Raritan Depot, Bldg. 10, (a) Length of training in days. they have attended previous EPA-approved waste. A copy of the form signed by the dis- Edison, NJ 08837, (201) 321-6668, (FTS) 340- (b) Amount and type of hands-on training. asbestos training and have passed (or pass) posal site operator should be maintained by 6671 (c) Examinations (length, format, and passan asbestos examination. Only those persons the transporter as evidence of receipt at the Asbestos Coordinator, EPA, Region III (SHWing score). who have taken training courses since Janudisposal site. 40), 841 Chestnut Bldg., Philadelphia, PA (d) Topics covered in the course. ary 1, 1985 will be considered under these in- Waste handling. A transporter should at 19107, (215) 597-9859, (FTS) 597-9859 (5) A copy of all course materials (student terim accreditation provisions. EPA will desure that the asbestos waste is properly con- Asbestos Coordinator, EPA. Region IV, 345 manuals, instructor notebooks, handouts, termine whether the course and examination Courtland St. NE., Atlanta, GA 30365, (404) tained in leak-tight containers with approetc.) are equivalent to the training and examinapriate labels, and that the outside surfaces of 347-3864, (FTS) 257-3864 (6) A detailed statement about the develoption requirements of the Model Plan. This Asbestos Coordinator, EPA, Region V. 536 S. the containers are not contaminated with asment of the examination used in the course. accreditation is interim since the person Clark Street, Chicago, IL 60604, (312) 888- bestos debris adhering to the containers. If (7) Names and qualifications of course inshall be considered accredited for only 1 year 6879, (FTS) 886-6879 there is reason to believe that the condition Asbestos Coordinator, 6t-Pt, EPA, Region structors. Instructors must have academic after the date on which the State where the of the asbestos waste may allow significant credentials and/or field experience in asbesperson is employed establishes an accredita- VL 1445 Ross Avenue, Dallas, TX 75202-2733, tos abatement. tion program at least as stringent as the fiber release. the transporter should not ao- (214) 655-7244. (FTS) 255-7235 EPA Model. cept the waste. Improper containerization of Asbestos Coordinator. EPA. Region VII, 726 (8) Description and an example of num- For purposes of the Model Plan, an equivawastes is a violation of the NESHAPs regula- Minnesota Ave., Kansas City. KS 68101. bered certificates issued to students who atlent training course is one that is essentially tion and should be reported to the appro- (913) 238-2834, (FTS) 757-2834 tend the course and pass the examination. similar in length and content to the currieupriate EPA Regional Asbestos NESHAPs Asbestos Coordinator, (EAT-TS), EPA, Re- For refresher courses in any of the disgion VIII, 1 Denver Place, 999-18th Street, ciplines, information required is as follows: lum found in the Model Plan. In addition, an contact below: equivalent examination must be essentially Suite 1300, Denver, 00 80202-2413, (303) 564- (1) Length of training. similar to the requirements of the Model Region I 1730. (FTS) 564-1742 (2) Topics covered in the course. Plan. Asbestos NESHAPs Contact, Air Manage- Asbestos Coordinator, (T-52). EPA, Region (3) A copy of all course materials. Persons who have taken equivalent courses ment Division, USEPA. Region L JFK Fed- IX, 215 Fremont Street, Ban Francisco, CA (4) Names and qualifications of course inin their discipline, and can produce evidence eral Building. Boston, MA 02203, (617) 223- 94106, (415) 974-7290, (FTS) 454-7290 structors. that they have successfully completed the 3266. 556 557