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County of Hawaii,Planning Dept. Section E
<br /> PL.4)Community Planning(Community/Regional Plans,General Plan,Climate Adaptation) Fiscal Year 2025-2026
<br /> c. (1)TITLE AND LOCATION(City and State) (2)YEAR COMPLETED
<br /> Hoaloha Park Adaptation Plan, Kahului, Hawaii PROFESSIONAL SERVICES CONSTRUCTION(ifapplicable)
<br /> 2025 N/A
<br /> (3)BRIEF DESCRIPTION(Brief scope,size,cost,etc.)AND SPECIFIC ROLE❑x Check if project performed with current firm
<br /> Project Manager/Lead Engineer(Civil). BC supported SSFM International in developingthe Hoaloha Park Adaptation
<br /> Plan.The plan included a site and infrastructure vulnerability assessment, user impact evaluation, and adaptation
<br /> planning specific to Hoaloha Park, an urban beach park located at Kahului Harbor, Maui.The plan employed an
<br /> adaptive pathways approach driven by site-specific and infrastructure-specific vulnerabilities, considering park users.
<br /> BC's scope involved preparing technical memorandums to document opportunities and constraints for future use by
<br /> assessing existing site conditions and infrastructure against future climate-related hazards such as sea-level rise,
<br /> hurricanes, and wildfires.Additionally,the plan analyzed the effects of increased future use of the park by residents
<br /> and nearby employees due to planned redevelopment projects in the vicinity.The team recommended adaptation
<br /> strategies, including improving sand dunes and relocating infrastructure likely to be affected by sea level rise.
<br /> Total Contract Amount: $60K Client:County of Maui, Dept. of Parks and Recreation
<br /> d. (1)TITLE AND LOCATION(City and State) (2)YEAR COMPLETED
<br /> Countywide Injection Well Alternatives Study,Wailuku, Hawaii PROFESSIONAL SERVICES CONSTRUCTION(ifapplicable)
<br /> 2020 N/A
<br /> (3)BRIEF DESCRIPTION(Brief scope,size,cost,etc.)AND SPECIFIC ROLE❑x Check if project performed with current firm
<br /> Project Manager. BC prepared a study evaluating alternatives to using injection wells for treated wastewater effluent
<br /> management at the Wailuku-Kahului, Kihei, Lahaina,and Kaunakakai Wastewater Reclamation Facilities(WWRFs)
<br /> for the County of Maui.The Department of Environmental Management,Wastewater Reclamation Division (County)
<br /> was interested in developing a study that addressed viable effluent disposal options including advanced treatment
<br /> for continued injection well disposal,surface water discharge, marine discharge,water recycling,direct potable reuse
<br /> (DPR), land treatment,and evaporation.Options that passed the initial screening were evaluated for conceptual
<br /> feasibility at each WWRF. Planning level capital,operations and maintenance,and life-cycle costs were presented for
<br /> each feasible option and presented in matrix format.Advantages and disadvantages of each option were presented.
<br /> Total Contract Amount: $99K Client:County of Maui, Dept. of Environmental Management,Wastewater
<br /> Reclamation Division
<br /> e. (1)TITLE AND LOCATION(City and State) (2)YEAR COMPLETED
<br /> Koolaupoko Climate Resilience and Adaptation Project, PROFESSIONAL SERVICES CONSTRUCTION(ifapplicable)
<br /> Kaneohe, Hawaii Ongoing N/A
<br /> (3)BRIEF DESCRIPTION(Brief scope,size,cost,etc.)AND SPECIFIC ROLE❑x Check if project performed with current firm
<br /> Project Manager. BC is providing engineering services to support the University of Hawaii to conduct a Military
<br /> Installation Resilience Review focused on the Koolaupoko district, located on Oahu's southeastern shore.The project
<br /> overall objective is to identify climate related threats and hazards to the community surrounding Kaneohe military
<br /> base and to present recommendations that enhance resilience and adaption capacity of vulnerable resources within
<br /> the project study area. Hawaii's unique geographic location makes the islands particularly susceptible to a myriad of
<br /> climate change impacts. Sea level rise and attendant local erosion and flooding, extreme heat, altered precipitation
<br /> patterns, and growing wildfire are evident and will become more prevalent in the future, placing an undue burden
<br /> on coastal communities and resources across the State. In order to avoid widespread environmental catastrophe,
<br /> development needs to prioritize sustainability and increasing climate resilience.The study will culminate with the three
<br /> regional implementation strategies identified, mapped,which will be considered "pilot projects." Each pilot project will
<br /> recommend mitigation measures to better inform efforts and benefit surrounding communities.
<br /> Total Contract Amount: $235K Client: Research Corporation of the University of Hawaii
<br /> IBrown AND Caldwell STANDARD FORM 330(REV.7/2021) : 24
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