Projects

Alpine Meadows Bridge Replacement Project

By | Placer County | No Comments
Project Title and Location: Alpine Meadows Bridge Replacement Project
Project Owner: Placer County
Performance Period and Duration: 2014-2015
Project Role: Subcontractor to MCM Construction Inc.
Scope and Complexity:

The current structure has been rated as structurally deficient by California Department of Transportation (Caltrans).  In addition, the existing structure has insufficient width for current capacity needs and does not accommodate pedestrians or bile lanes. The new bridge will be constructed in accordance with applicable federal and state bridge standards.

The project is being constructed by MCM Construction. Veridico’s scope includes storm water pollution prevention plan site inspection, storm water and water quality sampling and analysis, rain events action plan, biological monitoring and ongoing QSP support.

Isleton Water Distribution System

By | California American Water | No Comments
Project Title and Location: Isleton Water Distribution System
Project Owner: California American Water
Performance Period and Duration: 2014-2015
Project Role: Prime Contractor
Scope and Complexity:

California American Water (CAW) Isleton system provides drinking water and fire flow distribution to customers along the Sacramento River. The existing 8” water main along First Street, between A and B Streets was determined by the U.S. Army Corps of Engineers, Sacramento District (USACE Sacramento District) to be within the levee profile. CAW intends to abandon the main in-place on First Street between A and B Streets. In addition, depending on the consultant’s communications with the USACE Sacramento District and other regulatory agencies, it may be necessary for CAW to abandon additional piping along First Street. New piping system and connections will be designed to service those customers affected by the project.

Veridico scope includes project management, design oversight, permitting, coordination with various federal, state and local regulatory agencies and providing support for stakeholder outreach.

Madera Canal Capacity Restoration Project

By | US Bureau of Reclamation | No Comments
Project Title and Location: Madera Canal Capacity Restoration Project
Project Owner: US Bureau of Reclamation, Mid Pacific Region
Performance Period and Duration: 2014-2015
Project Role: Subcontractor to Water Resources Engineering
Scope and Complexity:

Madera Canal is supplied with water from Friant Dam, as part of the Central Valley Project. This canal starts at Friant Dam, approximately 18 miles northeast of Fresno, CA and ends in the city of Chowchilla, CA. The Madera Canal was designed and built in the early 1940’s to deliver water from Lake Millerton to the nearby farmlands through agreements with Madera Irrigation District and Chowchilla Water District. The canal geometry has been rehabilitated and modified over the years, nevertheless the current canal capacity is below its original design which is as follows:

  • Mile 0.33 to Mile 6.10: 1,275 cfs
  • Mile 6.10 to Mile 19.50 (Upper Boundary of Equalizing Reservoir): 1,075 cfs
  • Mile 21.78 (Lower Boundary of Equalizing Reservoir) to Mile 24.10: 1,000 cfs
  • Mile 24.1 to Mile 35.69:   750 cfs

Under a settlement agreement, the US Department of Interior agreed to analyze the feasibility of actions to restore the Madera Canal capacity and/or optimize the canal operations in order to improve the reliability of water deliveries to the contractors served by the canal. Actions are not limited to the canal geometry but will also include operations, control systems, and integration of other water supplies.

This project is performed under a contract to General Services Administration on behalf of the project owner, US Bureau of Reclamation, Mid Pacific Region. The Veridico scope is to support the plan formulation and the feasibility study reports. 

Wilbur Avenue Bridge Widening Project, Antioch, California

By | City of Antioch | No Comments
Project Title and Location: Wilbur Avenue Bridge Widening Project, Antioch, California
Project Owner: City of Antioch
Performance Period and Duration: 2o13-2014
Project Role: Subcontractor to Parsons Brinkerhoff
Scope and Complexity:

The Wilbur Avenue is a busy thoroughfare in the northeast area of City of Antioch, California. The $10.3 million project, approved by city leaders in October 2012, will seismically retrofit the existing Wilbur Bridge that crosses over the BNSF railroad track and widen it from two to four lanes. The current two-lane bridge, which is about an eighth of a mile long, fails to meet city and state standards. The project is aimed at improving traffic circulation and safety in that corridor, which Antioch has identified as having potential for future business development.

Parsons Brinkerhoff is the Construction Management Company overseeing the construction activities and Veridico is a subcontractor to Parsons Brinkerhoff. Veridico scope includes providing Certified Industrial Hygienist (CIH) at the project site and conducting health and safety related document reviews including Lead Compliance Plan and Paint Quality Work Plan and Methacrylate Placement and Public Safety Plan. Veridico CIH duties include attendance in construction meetings, on-site observations of lead abatement activities for compliance including perimeter air monitoring for lead, containment systems, personal protective equipment and hygiene practices and review of air monitoring data collected at the site.

Program and Project Management Support Contracts No. 08A2093 & 08A2094

By | California Department of Transportation | No Comments
Project Title and Location: Program and Project Management Support Contracts No. 08A2093 & 08A2094
Project Owner: California Department of Transportation, District 8
Performance Period and Duration: 2012-2014
Project Role: Subcontractor to Parsons
Scope and Complexity:

The current structure has been rated as structurally deficient by California Department of Transportation (Caltrans).  In addition, the existing structure has insufficient width for current capacity needs and does not accommodate pedestrians or bile lanes. The new bridge will be constructed in accordance with applicable federal and state bridge standards.

The project is being constructed by MCM Construction. Veridico’s scope includes storm water pollution prevention plan site inspection, storm water and water quality sampling and analysis, rain events action plan, biological monitoring and ongoing QSP support.

CALFED Lavee Stability Program Sacramento, California

By | USACE Sacramento District | No Comments
Project Title and Location: CALFED Levee Stability Program
Project Owner: USACE Sacramento District, Sacramento, California
Performance Period and Duration: 2008-2012
Project Role: Subcontractor to Kleinfelder-Geomatrix
Scope and Complexity:

The CALFED Levee Stability Program (CALFED) scope includes preparation of management and planning documents for flood protection measures at 48 islands within the Sacramento-San Joaquin Delta managed by independent Reclamation Districts. These islands are evaluated for any required levee repairs or upgrades that could qualify for funding by the USACE Sacramento District.

The required documents at each site include preparation of a Field Reconnaissance Report, a Draft Project Implementation Report and a Site-Specific Project Management Plan. Veridico’s scope includes providing management and planning support to the prime contractor, Kleinfelder-Geomatrix JV and preparing the following documents.

  • Field Reconnaissance Report: After meeting with each Reclamation District Engineer and site sponsor, and conducting a detailed site visit, a Field Reconnaissance Report is prepared for submittal to the USACE Sacramento District. This report is comprised of the site description, findings and field observation, and formulation of the scope of work.
  • Draft Project Implementation Report: This report includes a presentation of flood protection alternatives and an analysis of environmental constraints and flood protection benefits. Veridico’s scope includes providing input regarding the site description, future conditions and opportunities, and a qualitative assessment of the benefits of flood management improvements.
  • Site-Specific Project Management Plan: This plan is comprised of the presentation of authorities and stakeholder team, an evaluation of project constraints, and the preparation of the work breakdown structure and project schedule.

North of The Delta Offstream Storage (NODOS), Shasta, California

By | US Bureau of Reclamation | No Comments
Project Title and Location: North of the Delta Offstream Storage (NODOS), Shasta, California
Project Owner: US Bureau of Reclamation, Mid Pacific Region, Sacramento, California
Performance Period and Duration: 2011
Project Role: Subcontractor to URS Corporation
Scope and Complexity:

The North of the Delta Offstream Storage (NODOS) investigation is co-sponsored by US Bureau of Reclamation and California Department of Water Resources. This investigation evaluates the feasibility of offstream storage in the northern Sacramento Valley for improved water supply and water supply reliability, improved water quality, and enhanced survival of anadromous fish and other aquatic species in the Primary Study Area and Extended Study Area. The purpose for the NODOS is to improve operational flexibility for water supply and hydropower by providing a new large integrated and efficient surface storage in an environmentally compatible manner. It is intended for the project to contribute to improved water quality, increased populations of anadromous fish and other aquatic species, and provide water for emergency releases in the event of a catastrophic failure of the Sacramento-San Joaquin Rivers Delta (Delta) levee system.

Three alternatives and the no action alternative were selected for further analysis of NODOS. Under the No Action/No Project Alternative, no actions would be taken to provide storage north-of-the-Delta to improve water supply reliability, or to enhance the survivability of anadromous fish and drinking water quality in the Delta. The three action alternatives include variable size reservoirs, and variations in conveyance and diversion rates from the existing Tehama-Colusa and Glenn-Colusa Irrigation District canals and the Sacramento River.

Veridico’s scope includes evaluation and review of hydrologic conditions and modeling results, and the development of various water supply management alternatives that are considered in the feasibility report prepared by URS Corporation.

Sacramento River Bank Protection Project, Sacramento, California

By | USACE Sacramento District | No Comments
Project Title and Location: Sacramento River Bank Protection Project, Sacramento, California
Project Owner: USACE Sacramento District, Sacramento, California
Performance Period and Duration: 2008-2009
Project Role: Subcontractor to Kleinfelder-Geomatrix

The Sacramento River Bank Protection Project (SRBPP) scope was an evaluation of flood protection measures and preparation of design and specification documents for 21 sites (the 14 initial sites shown on the picture) along the Sacramento and Feather Rivers. Veridico’s scope included providing management and planning support to the prime contractor, Kleinfelder-Geomatrix JV and preparing two Alternatives Reports, one for 14 sites and a second report for 7 sites. These reports documented the following information for each site.

  • An overview of site reconnaissance and ranking procedures which qualified each site for further consideration by the USACE Sacramento District.
  • An assessment of site conditions including the existing levee conditions, subsurface conditions, site vegetation, site features and improvements, and access issues, real estate issues and land ownership.
  • An analysis of bank protection alternatives including likely causes of levee erosion, site conditions with potential impacts on construction, development and evaluation of bank protection alternatives, inclusion of input from resource agencies (NMFS, USFWS and CDFG), providing recommendation, and presenting a conceptual design cross section and a preliminary cost for flood protection design.
  • A data package for each site documenting site visit photos, a detailed cost estimate, and all communication with property owners adjacent to the site.