State Route 57 Northbound Improvement Project

4 Documents in Project

Summary

SCH Number
2018101029
Lead Agency
Caltrans 12 (Santa Ana) (California Department of Transportation, District 12)
Document Title
State Route 57 Northbound Improvement Project
Document Type
NOD - Notice of Determination
Received
Posted
4/8/2019
Project Applicant
Caltrans

Document Description
The California Department of Transportation (Caltrans and/or the Department) proposes to widen the northbound side of the State Route (SR) 57 freeway from 0.3 mile south of the Orangewood Avenue undercrossing (post mile [PM] 11.5) north to the Katella Avenue undercrossing (PM 12.5), a distance of about one mile. The SR 57 Northbound Improvement Project (Project) includes the proposed construction of a 550-foot section of the fifth general purpose (GP) lane in the northbound direction of SR 57 through the Katella Avenue interchange, upgrades to the non-standard median and sight distances, and reconfiguration of the existing on- and off-ramps to improve operation between the Orangewood Avenue interchange and the Katella Avenue interchange.

Contact Information
Ed Dolan
Caltrans
1750 East 4th Street, Suite 100
Santa Ana, CA 92705

Phone : (657) 328-6000

Location

Counties
Orange
Other Location Info
SR-57 from Orangewood Ave (Orange) to Katella Ave (Anaheim)

Notice of Determination

Approving Agency
Caltrans
Approving Agency Role
Lead Agency
Approved On
Final EIR Available Location
http://www.dot.ca.gov/d12/DEA/57/0M970

Determinations

(1) The project will have a significant impact on the environment
No
(2a) An Environmental Impact Report was prepared for this project pursuant to the provisions of CEQA
No
(2b) A Negative Declaration was prepared for this project pursuant to the provisions of CEQA
Yes
(3) Mitigated measures were made a condition of the approval of the project
Yes
(4) A Statement of Overriding Considerations was adopted for this project
No
(5) Findings were made pursuant to the provisions of CEQA
Yes

Attachments

Notice of Determination
NOD   PDF 337 K
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