NCB 6599 Chapman University

This Non-Competitive Bid (NCB) contract opportunity, identified as NCB 6599, involves the State Coastal Conservancy's research contract with Chapman University for a specialized scientific study in Orange County, California. The specific procurement focuses on a methane flux assessment project related to the South Bay Salt Pond Restoration Project, targeting unvegetated former salt evaporation ponds in South San Francisco Bay. Dr. Jason Keller from Chapman University was selected as the sole researcher with the unique capability and equipment to measure greenhouse gas emissions from unvegetated pond wetlands, particularly methane. The project's primary objective is to establish baseline greenhouse gas information to accurately calculate potential carbon sequestration when these ponds are converted to tidal wetlands. The research was initiated following an approach by the U.S. Environmental Protection Agency (USEPA) to provide grant funding for the carbon sequestration study. The contract is valued at $46,031 and was set to run from the signature date through July 2017, with the primary deliverable being a comprehensive scientific assessment of methane emissions and related water chemistry.

This contract opportunity is specifically a non-competitive bid, which means no competitive bidding process is being conducted, and no additional vendors or organizations are being solicited to respond. The procurement was processed through the California Department of General Services Procurement Division and was approved without requiring additional financing. No specific set-aside designations or restrictions on organizational types were mentioned in the documentation. The contract appears to be solely focused on Chapman University's unique scientific capabilities, with no indication of alternative vendors or incumbent contractors. The budget for this specific research contract is precisely $46,031, with the funding originating from an EPA grant to support the broader South Bay Salt Pond Restoration Project. No additional infrastructure integration or technology requirements were specified in the provided documentation.