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FBO DAILY - FEDBIZOPPS ISSUE OF JUNE 05, 2015 FBO #4942
SOLICITATION NOTICE

B -- Pilot Work Study Вї Feasibility Study Report - Attachment

Notice Date: 6/3/2015
Notice Type: Combined Synopsis/Solicitation
NAICS: 541620 — Environmental Consulting Services
Contracting Office: Bureau of Reclamation Mid-Pacific Region Regional Office Division of Acquisition Services 2800 Cottage Way, Room E-1815 Sacramento CA 95825-1898 US
ZIP Code: 00000
Solicitation Number: R15PS00971
Response Due: 6/19/2015
Archive Date: 7/4/2015
Point of Contact: Danger, Erik
Small Business Set-Aside: Total Small Business
Description: R15PS00971 Performance Work Statement Solicitation This is a combined synopsis/solicitation for commercial items prepared in accordance with FAR Subpart 13.105(b) and the format in FAR Subpart 12.6, as supplemented with additional information included in this notice. The solicitation number is R15PS00971 and is issued as a Request for Quote (RFQ), unless otherwise indicated herein. The solicitation document and incorporated provisions and clauses are those in effect through Federal Acquisition Circular FAC 2005-80. The associated North American Industrial Classification System (NAICS) code for this procurement is 541620 with a small business size standard of $15 Million. In accordance with FAR 13.003(b)(1), this requirement is set-aside exclusively for small business and only qualified small business concerns may submit a quote. This pilot study shall include an evaluation of at least three (3) different in-situ multimedia technologies that may be effective for treating both soil and groundwater at the site, and selecting the most feasible technology for a pilot test at the site to verify the effectiveness and implement ability. Site-specific bench-scale tests will be used to facilitate the alternatives evaluation as part of the pilot study. Examples of possible known technologies are: 1) in-situ bioremediation, 2) in-situ chemical oxidation and 3) vapor extraction. If the pilot testing results are favorable, a Corrective Action Plan (CAP) with comprehensive cost estimate with anticipated timeline to closure shall be developed to address a full scale remediation at the site. Task 1 - Develop Pilot Study Work Plan and Site Health and Safety Plan: The pilot study work plan shall include an evaluation of at least three (3) in-situ remedial technologies that may be effective treating the impacted soil and groundwater and soil at the site. Based on the evaluation results, bench-scale and pilot tests will be conducted using the most feasible technologies. The primary objective for this pilot study is to gather the site-specific data to evaluate the effectiveness and viability of an innovative in situ treatment technologies (i.e., three different methods at a minimum), to achieve physical mass removal and biological destruction of TPHg, BTEX and MTBe found in the groundwater and soil at Putah Creek site. The pilot study will involve groundwater and soil treatment by 3 different technologies evaluating alternatives. The pilot study area will focus on the down gradient secondary source area near the shoreline around wells MW-14 and MW-16 or other deemed appropriate areas at the site, contamination site is characterized with defined plume (see Figure 2). A Pilot Study Work Plan will be prepared by the contractor to provide the detail and procedures to conduct the pilot study and performance monitoring to evaluate the effectiveness of the in-situ study. The contractor will submit a Health and Safety Plan to include field safety requirements for the pilot study. The Work Plan will be submitted in draft (for BOR internal review and approval), and final (for RWQCB) versions. 1. identifying remedial action objectives; 2. identifying potential technologies that will satisfy these objectives; 3. screening the technologies based on their effectiveness, implement ability, and cost; and 4. discussing details of a site-specific bench-scale test using alternative in-situ technologies with site soil and groundwater samples, including the testing objectives and procedures, to evaluate contaminants removal with types of reagents, reagent dose, and time required for contaminant removal, and potential secondary effects. 5. discussing details of a pilot test using one selected technology based on the screening results, including the testing objectives and procedures, performance monitoring methods, data collection and evaluation methods, health and safety requirements, decontamination procedures, and methods for handling of generated wastes. Alternatives can be developed to address contaminated medium, a specific area of the site, or the entire site. Task 2 ї Conduct a pilot and bench study tests: The efficacy of in-situ remediation technology will be tested in the field. The field work will be conducted in an initial 5 day field test. Field testing will include the following subtasks: 2.1. Conduct Pilot Study ї This pilot test will be performed using one select technology of choice, into the vicinity of monitoring wells MW ї14 and MW-16 near the shoreline or other deemed appropriate areas at the site to evaluate remedial effectiveness in the center of the down gradient groundwater plume. The field work will be conducted in an initial 5 day field test for the technology. 2.2 Redevelopment of Existing Wells - All existing wells at the site will be evaluated and redeveloped. Redevelopment shall include the removal of mud that has accumulated at the bottom of the wells, replacement of well caps and locks, and cleaning the wells in a manner that improves the rate of well purging and extraction. 2.3 Sampling and Analysis Plan during Pilot Test ї To evaluate the effectiveness of the treatment, the following sampling and analysis program will be implemented. The pilot test will be monitored for parameters including but not limit to: (1) groundwater level fluctuations; (3) COC concentration reductions and general groundwater chemistry including TPH-g, BTEX, MTBE, pH, DO, ORP, and turbidity; and (4) biodegradation parameters including sulfate, nitrate, chloride, total dissolved solids, (TDS), dissolved methane, dissolved CO2, and dissolved oxygen to determine the efficacy of the remediation technology Groundwater at MW-4, MW-8, MW-14, MW-16, MW-19 or others as necessary will be sampled by the contractor for analysis at the start of each field test and at two (2) additional periods during and/or after each field test. Site soil and groundwater samples will be collected to be used in bench-scale study. 2.4 Containment of Waste soil and Water and Disposal - The Contractor shall contain and dispose of all waste soil and water generated during the pilot test. The contractor will obtain all permits and/or waste manifests, as required to complete this task. 2.5 Conduct Bench-scale Study ї This bench-scale test will be performed using the site soil and groundwater samples to evaluate alternative effectiveness. The laboratory bench-scale study will be conducted in 5 to 28 days to evaluate types or reagents for select technology. The bench test will be monitored for parameters including but not limit to: (1) COC concentration reductions and general groundwater chemistry including TPH-g, BTEX, MTBE, dissolved metals, pH, DO, ORP; (2) soil oxygen demand, (3) biodegradation parameters including sulfate, nitrate to determine the efficacy of the remediation technology. Task 3 ї Pilot Study (Feasibility) Summary Report: Details on the pilot study will be summarized in a Pilot Study Summary Report. The data collected from this evaluation will help determine the feasibility for a full-scale remediation deployment at the site to include detailed cost estimate breakdown for each technology evaluated. Two versions (draft and final) of the pilot study summary report will be submitted. Task 4 ї Final Corrective Action Plan (CAP): If the pilot study indicates that a full-scale remediation deployment is feasible for the site, a Corrective Action Plan (CAP) shall be developed to provide the details of the full-scale remedial actions for the cleanup of the entire groundwater plume and impacted soils to include detailed cost estimate breakdown with anticipated timeline to closure. Two versions (draft and final) of the FRP will be submitted. Plan will not be final until CVWWQB approved. The Contractor shall provide all the necessary supplies and services to perform all of the work described in the attached solicitation and Performance Work Statement. Please submit your quote to: edanger@usbr.gov on or before June 19, 2015 @ 2:00p.m pacific time. Please see the following attachments: (1) Solicitation and (2) Performance Work Statement
Web Link: FBO.gov Permalink
(https://www.fbo.gov/notices/04ae8212e8c9be6490094cc5352f970b)
Place of Performance: Address: Lake Berryessa 7600 Knoxville Rd. Napa CA 94558 USA; Zip Code: 94558
Record: SN03751349-W 20150605/150603234643-04ae8212e8c9be6490094cc5352f970b (fbodaily.com)
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B -- Pilot Work Study Вї Feasibility Study Report - Attachment