## UNITED STATES ENVIRONMENTAL PROTECTION AGENCY REGION VII 901 NORTH 5TH STREET KANSAS CITY, KANSAS 66101 

## September 23, 2011

Dear Owner/Resident: Charlotte M Jones Omaha, Nebraska 68110 1622 Spencer Street
1622 Spencer Street

A Lead Based Paint assessment was recently performed on your property by the U.S. Environmental Protection Agency as part of the Omaha Lead site investigation. The purpose of this assessment is to determine whether a signific ant quantity of LBP is present on the exterior surface of structures, where deteriorating paint co nditions (peeling, flaking, cracking, etc) exist that might increase lead concentrations in the yardabove acceptable levels. Enclosed are the LBP assessment sheets for 1622 Spencer Street. The EPA has developed paint stabilization eligibility criteria that involve mea suring the amount of deteriorated LBP on a structure and calculating the concentration of leadin soils around the home that would result if all of the identified deteriorated paint were to fall to the ground and uniformly mix with the soil under certain assumptions. During the LBP assessment, the areal extent of the deteriorated paint observed on structure surfaces was estimated and the lead content in the deteriorated paint was measured using an X-Ray Fluorescence instrument. The data obtained during the LBP assessment was used to estimate the increase in soil lead concentration that would result if all of the deteriorating paint identified in the assessment were to fall to the ground and mix with surface soil within six feet of the foundation of the structure. For purposes of this calculation, the deterioratingLBP on a structure is assumed to fall onto the ground surface within six feet of the foundation and be uniformly mixed with the top one inch of soil. The estimated lead concentration in the so il potentially caused by the deteriorating LBP provides a measure of the severity of LBP deterioration on individual structures. The EPA uses these criteria to rank properties based on the potential for recontamination of soil to occur. Paint stabilization is being offered at only those households with the most severe LBP problems, particularly where children under the age of seven reside. Lead-Based Paint (LBP) Assessment

The LBP assessment performed by the EPA using the above criteria indicated that your house IS NOT eligible for paint stabilization. RE: SAID: 245

## Enclosures

Para información en español, llame al EPA Informati on Center (402) 731-3045. Sincerely,

Pauletta R. France-Isetts Project Coordinator Environmental Protection Agency If you have any questions or concerns, please contact the EPA Public Information Center at (402) 731-3045.lndicate regions of deterioration and describe (Deterioration could include chalking, mildew, worn due to friction, checking, cracking and flaking, alligatoring. blister~ng andlor peeling)

............... 

### ................... 

# 1111111 11111 11111 1111 1111 245
Address: 1622 SPENCER ST



# . ..-...,. Plan View 

# - lndicate number of stories and perimeter dimensions of structure

v LBP-I

### Omaha Lead 

### Site LBP Assessment 

# 1 IIIIII IIIII lllll llll llll 2. 

# I - [LEGEND: 

### H 

# - N 

# - P 

# -=- 245 Samples Analyzed 

## I ID Number 

# I

Sample Number Lead Loading StructureIFeature Substrate Color Deteriorate (Window, siding, porch, etc.) Wood, concrete, etc.) Area - Sample Number
- -Mater~al P = Pant

- S~de of Structure N = North S = South E = East W = West Structure Type H = House G =Garage S = Shed F = Fence XRF ~nlt 

# - BOO^ Date 

### ,5/2~/07 Trme staff. 

### MFfT 

# - 4 14 I.

### Omaha 

### Lead Site LBP Assessment 

# 1 

# IIIIII IIIII IIIII Il1 

# Il1 24: -- LEGEND: H 

# - N 

# - P 

# - 01 

# - 12345 

# I Samples Analyzed
- BVlD Number

- Sample Number Mater~al P = Pamt S~de of Structure N = North S = South E = East W =West Sample Number Concentration StructurelFeature (Wmdow, sld~ng, porch etc ) mg/cm2



### H-P- 10-245 XRF Unit: 

# i Date: Staff: Substrate Color Deteriorated (wood, concrete, etc ) Area