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F. EXAMPLE PROJECTS WHICH BEST ILLUSTRATE PROPOSED TEAM'S 20. EXAMPLE PROJECT KEY <br /> QUALIFICATIONS FOR THIS CONTRACT(Present as many projects as requested by the 1 <br /> agency,or 10 projects,if not specified. Complete one Section F for each project) <br /> 21. TITLE and LOCATION (City and State) 22. YEAR COMPLETED <br /> Hilo Harbor Breakwater Improvements—Basis of Design PROFESSIONAL SERVICES CONSTRUCTION <br /> Hilo,Hawaii 2024 <br /> 23. PROJECT OWNER'S INFORMATION <br /> a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TEL <br /> U.S. Army Corps of <br /> Ben Berridge—Cardno GS 808-476-0067 <br /> Engineers <br /> 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT(Include scope,size,and cost) <br /> The Hilo Harbor breakwater is an <br /> approximately two-mile-long <br /> rubble mound rock structure that <br /> protects inner Hilo Bay's port <br /> facilities from direct wave <br /> exposure. �. �� <br /> Recent inspections of the Hilo <br /> breakwater have found areas of <br /> possible damage, mostly limited to - <br /> local areas along the structure. • <br /> Multiple visual inspections of the <br /> breakwater were conducted as part <br /> of the annual Project Condition Surveys (PCS), which were performed by a mix of USACE and Sea <br /> Engineering, Inc. (SE) inspection teams in 2015, 2016, 2017, 2018, 2020, and 2021. Observed <br /> irregularities were found to include displaced armor units, attrition of supportive core stone (hollowing <br /> out of core),structure slumping,and excessive settling. As a result of the inspections,repairs have been <br /> recommended in numerous locations <br /> 15610°W 15508°W 15506.W <br /> 100.111 W identified along the breakwater and vary in <br /> E I size from very localized to hundreds of feet <br /> in length. <br /> ' In support of the need for repairs to the <br /> -•,Y: <br /> f0• breakwater, SE was contracted by Cardno <br /> GS and the U.S. Army corps of Engineers <br /> to develop, analyze, organize and <br /> summarize all necessary design <br /> ' conditions, that will constitute an updated <br /> Basis of Design(BoD). <br /> � y •t 4�s $ 5iY'i7i ry n <br /> 15505°W 15504.W <br /> This project won the 2023 ASCE OCEA Award for Best Studies and Research Project—Future Stability <br /> and Adaptation Under Sea Lever Rise at Hilo Breakwater. <br /> Cost: $381,189 <br /> • (1)FIRM NAME (2)FIRM LOCATION (3)ROLE <br /> (City and State) <br /> Sea Engineering,Inc. Waimanalo,Hawaii Coastal/Ocean Engineering <br />