COMPLIANCE INFO_2001-2011 - Laserfiche WebLink

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..hit Lite F.nh.:ncrd \apur Rrcuvery IFVR} Fha>c II dcltd ine ihhroaihing, most C;tlif«rr,ia =o!ine di -penning facilities must Comply .`:ith nc,.i' prcS:UN management reulauons before ,�pril 2i)�i �. Veeder-Root has Circ eloped a pressure management solution that will allow end users to comply with these new regulations while minim;:ing the impact to their facility. The Veeder-Root Carbon Pressure Management System reduces evaporative losses caused by over -pressurization and provides a cost -competitive alternative to current certined solutions. This new pressure management system is designed to work with balance vapor recover} equipment. The innovative design provides for a quick, inexpensive installation that eliminates the need for expensive concrete pads, protective barriers, or AC wiring. How the system works The feeder -Root Carbon Pressure Management System mounts directly onto the stations existing vent riser, utilizing a single tap into the vapor space of the containment system. The canister contains actrvated high cahacitd carbon that filters emissions that enter through an inlet at the houom of the canister from the vent pipe. The outlet at the top of the carbon canister release; Cleansed air into the atmosphere reducing the. pressure in the underground storage iank. The canisters operation is continuoush• nionitorcd through an electronic control inodule that is interfaced to the 1 LS -350 via an intrinsically -safe e:ectrte.il connection. VEEDERAROPOT When UST pressure goes positive: The TI -S-350 opens the valve on the output port of the canister allowing vapor to enter the canister. As vap0.r flows through the canister, active carbon inside captures the hydrocarbon vapors allowing clean air to exit the canister, reducing pressure in the LIST. When UST pressure goes negative: The TLS -350 opens the valve on the output port of the canister allowing fresh air to enter the canister. As the fresh air passes through the canister, the hydrocarbons are removed from the carbon and returned to the UST, reducing ' evaporation. Features and Benefits: A, System requirements: -;y Carbon Canister TLS -330 Pitts or TLS -350R with Version 29 Sn(hceue �> Smart Sensor Module — i Channel Wireless option componentp: (Under CARB Evaluation) .> Wireless Transmitter with Battery Pack -> Wireles.s Receiver TLS RF VVireless Interface Unit Compatible with balance or front-end ORVR detecting L -VR systems Easy to install - attaches directly to the vent riser at any station Requires a single 1/2' tap into the vapor riser pipe Interfaces to the TLS -350 via a single 2 -wire IS connection Requires a single 'ILS Smart Sensor Module channel Does not require a concrete pad or containment barrier No AC power required Low maintenance, no pumps or motors Continuously monitored for proper operation and efficiency Long service life Low cost installation 0 Mp_ reeri