- Project Description
- Construction Notices
The Division 13 Bus Maintenance and Operations facility will serve as a bus maintenance, operations, and service facility located in downtown Los Angeles. The project will be constructed on existing MTA properties, located at the northeast corner of East Cesar Chavez Av. and Vignes St. The project delivery method is Design-Bid-Build.
Division 13 will set the example for sustainable design (LEED [Leadership in Energy and Environmental Design] Gold goal) and the responsible use of natural resources. Many of the materials specified in the construction of this project are regionally sourced and/or have a high recycled content. Attention has been paid to the use of potable water with an exemplary system of storm water reclamation and reuse for bus operations and washing, and low maintenance native vegetation. Storm water run-off and the urban heat island effect are also addressed by a demonstration green roof on the transportation building.
Project at a Glance
- The facility is designed to accommodate a fleet of 200 CNG buses
- Multi-level structured parking garage
- Maintenance building
- Bus and non-revenue vehicle fueling
- Bus and non-revenue vehicle washing
- Chassis wash
- Maintenance and transportation offices and support areas
- 397 parking spaces for Division 13 employees
- Life of Project Budget: $95 Million
- Forecasted Completion: Summer 2014
Sustainable Design Features
- Site and building shade structures natural ventilation
- Glare and heat gain reduction glazing
- Daylighting to all major work areas
- 275,000 gallon underground storm water retention tank
- Green roof garden, accessible to Metro employees
- Cool roof to reduce Heat Island Effect
- Water efficient landscaping
- Registered with the USGBC as pursuing LEED-NC Gold
Located at Vignes St. and Cesar E. Chavez Av. in northeast Los Angeles, Division 13’s primary architectural concept addresses the two major street facades of the facility with one palette of materials reflecting two separate conditions of movement. The Cesar Chavez elevation uses architectural panels to screen bus parking and circulation ramps, reflecting the high speed automobile activity that defines western American cities. At night the façade’s focus shifts to highlight the functional movement of buses. The Vignes St. elevation addresses a slower, pedestrian scale appropriate to its urban setting and will encourage the public to utilize the urban plaza adjacent to the intersection of the two streets. The transportation building resides in front of the two story garage and is placed adjacent to the street to accommodate a need to screen operational functions while promoting a walkable, urban environment.
The Contract was awarded to McCarthy Building Companies, Inc., and Notice to Proceed was issued on July 23, 2012.
The Division 13 Bus Maintenance and Operations facility is described as a bus maintenance, operations, and service facility located in downtown Los Angeles, California. The project is to be constructed onexisting LACMTA properties (Terminal 31 and the Metro Support Services Center [MSSC]), located at the northeast corner of East Cesar Chavez Avenue and Vignes Street. The project delivery method isDesign/Bid/Build.
The facility is designed to accommodate a fleet of 200 CNG buses and consists of a multi-level structuredparking garage, a maintenance building, bus fueling, bus washing, chassis wash and non-revenue vehicle washing, non-revenue vehicle fueling, and maintenance and transportation offices and support areas. In addition to Division 13 requirements, a Central Cash Counting Facility (CCCF) and a Public Fueling Facility containing compressed natural gas (CNG), bio-diesel and E-85 are part of the overall project.
Division 13 strives to set an example of sustainable design (LEED Gold goal) and the responsible use ofnatural resources. Many of the materials specified in the construction of this project are regionally sourced and/or have a high recycled content. Attention has been paid to the use of potable water withan exemplary system of storm water reclamation and reuse for bus operations and washing, and low maintenance native vegetation. Storm water run-off and the urban heat island effect are also addressed by a demonstration green roof on the Transportation Building.
Service and vehicle equipment include two and three-post in-ground lifts with modern, computercontrolledautomated adjustment, a bus wash system utilizing reclaimed storm water, chassis and nonrevenuevehicle wash systems utilizing 100% recycled water, three-axis lift systems for accessing roof mounted equipment on buses, mobile work platforms at lower level work areas, high-density palletized stacking systems, carousel and vertical retrieval modules for parts.
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