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Pb Monitoring - PowerPoint Presentation

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Pb Monitoring - PPT Presentation

AMTAC April 12 2011 Gwen Yoshimura Pb Monitoring Rule Revision Rule published December 27 2010 Requires Monitoring at sources emitting 05 tpy Pb Monitoring at airports emitting 10 ID: 329382

monitoring aircraft airports avgas aircraft monitoring avgas airports piston airport leaded emissions epa engine lead caa 000 authority information

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Slide1

Pb Monitoring

AMTAC; April 12, 2011

Gwen YoshimuraSlide2

Pb Monitoring Rule Revision

Rule published December 27, 2010

Requires:

Monitoring at sources emitting ≥ 0.5

tpy

Pb

Monitoring at airports emitting ≥ 1.0

tpy

Pb

Monitoring at 15 “study” airports

Includes three in Bay Area, two in San Diego

Monitoring at

NCore

stations

Replaces CBSA monitoring requirement

Pb

-TSP or Pb-PM10

Monitors included in July 1, 2011 network plan

Monitors operational by December 27, 2011Slide3

3

1

) Aviation

Gasoline (avgas) accounts for nearly half of the

Pb

NEI

Leaded

avgas is used only

in piston-engine aircraft:Personal transportation, instructional, business/ corporate, air taxi, otherLead needed to prevent knock2) Petition

Why are we looking at airports?Slide4

Pb Monitoring at Airports

AvGas

Endangerment Finding Petition:

Oct 2006 – Friends of the Earth petition EPA to : a) make endangerment finding and issue a proposed emissions standard, or b) do a study

Nov 2007 – EPA solicited information

2008 – initiated

Pb

study at Santa Monica AirportApril 28, 2010 – EPA publishes ANPR seeking comment on the data available for evaluating

Pb emissions, ambient concentrations, potential exposures, approaches for phasing-down or eliminating leaded av gas.Aug 27, 2010 – comment period closedMonitoringContribute information to aviation gasoline discussionWill be used assess need for Pb monitoring at airportsSlide5

Pb Airport Monitoring in California

Over 1

tpy

:

South Coast: Van Nuys Airport

Study Airports:

Bay Area AQMD: Palo Alto, Reid-Hillview, Santa ClaraSan Diego: McClellan-Palomar, GillespieSlide6

Additional AvGas InformationSlide7

7

Background on Avgas and

Piston-Engine

Aircraft

Leaded avgas use and concentration

Tetraethyl lead first used in aircraft 1927

“100 Octane” has 4 grams Pb/gal

used in commercial and military aircraft until the 1950s

“100 Low Lead” has 2 grams Pb/galmost common leaded avgas used currentlyPiston-engine aircraftThere are about 200,000 piston-engine powered aircraft as of 2008Annual new sales of 1,800 in 2008We estimate 7 grams Pb emitted per landing/take-off cycleSlide8

8

Leaded Avgas is Roughly Half the National Inventory

Metal industries (23%)

Manufacturing industries (14%)

Waste

incineration

(8%)

Boilers --

industrial, commercial,

institutional, utility

(6%)

Other (small) categories (5%)

Source Sectors of Lead Emissions in the U.S.

Leaded aviation gas used in piston-engine aircraft

(45%)Slide9

9

Public and Private Airport Facilites Servicing Piston-Engine Aircraft

From Aircraft Owners and Pilots Association www.gaservingamerica.comSlide10

10

Potentially Impacted Population

About 16 million people live within 1 km of the 20,000 airport facilities

About 3 million children attend schools that are located within 1 km of the 20,000 airport facilities airports

Includes more than 8,000 schoolsSlide11

11

Lead in Avgas

Leaded Avgas was not banned in 1990 CAA amendments

Industry agreed to work toward solutions

FAA, Coordinating Research Council and industry have been testing fuel alternatives since the late 1990’sSlide12

12

Regulations Governing Aircraft Lead Emissions

EPA can set exhaust emissions standards under CAA section 231

States are preempted under the CAA

EPA does not have authority under CAA section 211 to regulate fuels solely used in aircraft engines

FAA has exclusive authority to regulate aircraft fuels

A positive finding of endangerment puts EPA and FAA under a duty to exercise their respective regulatory authority to limit lead emissions