Laserfiche WebLink
Internal floor coating (if any) <br /> Give year of installation <br /> Give base material(epoxy, fiberglass, etc) <br /> API 652=coating was installed according to API RP 652 <br /> TN =thin coat(less than or equal to 20 mils) <br /> TK=thick coat(greater than 20 mils) <br /> F=fiberglass reinforced <br /> Cathodic protection system for underside of tank floor(if any) <br /> Give year of installation <br /> API 651 =system is designed and operated according to API RP 651 <br /> SA=sacrificial anode system <br /> IC= impressed current system <br /> Release detection system(if any) <br /> V= periodic visual monitoring of tank for releases(identify interval) <br /> LT=periodic tank leak testing (identify methodology used and interval) <br /> Last Next Release Intemal Cathodic Release <br /> Last external internal external Next internal prevention coating or protection detection <br /> Tank# ins ection ins ection ins ection ins ection barrier liner s stem s stem <br /> Substance level gauging mechanism I <br /> FL=float gauge, local readout only <br /> FR=float gauge, local and remote readout <br /> O=other type(describe and/or provide schematic) <br /> Substance transfer—Area name or number <br /> Provide a unique name or number, keyed to the facility layout, for any area(s)where transfer vehicles(tank truck, <br /> rail car, barge, or aircraft)are stationed during transfers in and out of the tank. <br /> Substance transfer—In—Identify all methods by which substances may be transferred into the tank. <br /> T=from tank truck <br /> R=from railcar <br /> B=from barge <br /> P=by fixed piping from industrial process, from other tanks, or from outside the facility <br /> Substance transfer—Out—Identify all methods by which substances may by transferred out of the tank. <br /> T=to tank truck <br /> R=to railcar <br /> B=to barge <br /> A=to aircraft <br /> P=by fixed piping to industrial process, to other tanks, or off the facility property <br /> Substance transfer area construction <br /> C= Concrete pad <br /> A=Asphalt <br /> S= Native soil <br /> O=other type(describe) <br /> Overfill prevention system(if any) <br /> . Level 1 = High level alarm visible or audible to person controlling the fill,API RP 2350 design. Level set at no <br /> greater than 95%of capacity to overfill and no less than 30 minutes to overfill at maximum fill rate. Alarm need <br /> not be independent of gauging system. Applicability: Attended transfers of Type A and Type B substances from <br /> vehicle(truck, railcar, barge) into tank containment, and Type C1 substances <br /> • Level 2= Level 1, plus alarm is fully independent of tank gauging system. Applicability: Unattended transfers <br /> (individually initiated and terminated by personnel)of Type A and Type B substances from industrial process, <br /> from other tanks, or from off-site pipeline into tank <br /> • Level 3= Level 2 plus automatic shutoff device fully independent of tank gauging system.Applicability: <br /> Automated and/or continuous transfers(not individually initiated and terminated by personnel)of Type A <br /> substances from industrial process into tank; or unattended transfers(individually initiated and terminated by <br /> personnel)of Type A and Type B substances from industrial process, from other tanks, or from off-site pipeline <br /> into tank <br /> • None=Type C2 substances <br /> t-a3-25 <br /> 4/4/07 Page 4 of 8 <br />