Brabham Oil Company Inc

1089 PARK WEST BLVD

Greenville County · South Carolina

Source facility typeDry Detention Pond

Latest recorded conditionSource score: 100Aug 11, 2026

Last dated inspectionNot recorded

Primary sourceGreenville County public stormwater BMP GIS

Condition describes the latest dated source assessment available, not a verified present-day assessment.

Overview

Dry Detention PondSource asset reference: MSR-429

0 records

No dated or undated records are available for this facility.

Published inspection recommendations are shown with their dates. The database does not establish whether these repairs remain unresolved.

No explicit repair recommendations are recorded in the available inspection evidence. This does not establish that the facility has no deficiencies.

Aug 11, 2026
Condition Assessment recorded
Recorded condition: Source score: 100
Review supporting evidence →

View source evidence 1 supporting records

Published values appear beside the database value. Retrieval time records when evidence was collected; it is not an inspection or source-update date.

Asset · MSR-429:asset:5:1628Greenville County public stormwater BMP GIS

Source: Greenville County public stormwater BMP GISSource layer: 5Retrieved: Oct 2, 2026Open source record ↗

Fact	Database value	Original source value
Bmp Id	MSR-429	MSR-429
Source Record Id	1628	1628
Legacy Asset Id	429	429
Parcel Id	0252000102802	0252000102802
Address	1089 PARK WEST BLVD	1089 PARK WEST BLVD
Source facility type	Dry Detention Pond	Dry Detention Pond
Site Name	Brabham Oil Company Inc	Brabham Oil Company Inc
Responsible party	Brabham Oil Company Inc	Brabham Oil Company Inc
Source owner category	Private	Private
Permit Id	03-5476	03-5476
Condition Date	2026-08-11T14:54:55.000Z	1786460095000
Source condition score	100	100
Operational Status	In Service	In Service
Comments	One 24 inch RCP and one small channel also coming in. Small amount of erosion occurring under both inlets.	One 24 inch RCP and one small channel also coming in. Small amount of erosion occurring under both inlets.