Civil Engineering & Eco-Technology Group Civil Engineering & Eco-Technology Group 建設環境研究所 株式会社 建設環境研究所 Civil Engineering & Eco-Technology Consultants Co., Ltd. Civil Engineering & Eco-Technology Consultants Co., Ltd. [ Head Office (Contact) ] +81 3 3988 2643 三洋テクノマリン [email protected] Sanyo Techno Marine Inc. 2-23-2 Higashi Ikebukuro, Toshima-ku, Tokyo 170-0013, Japan Representatives: Mr. Wakamatsu, Mr. Matsuda,and Mr. Kobayashi Branches: Sapporo, Tohoku, Tokyo, Center for Environmental Science From feasibility studies to rapid environmental assessments, and Technology (Omiya), Niigata, Chubu, Osaka, Takamatsu, Kyushu, Okinawa, 25 Sales Offices and 2 Offices [ Center for Environmental Science and Technology ] we provide ‘one-stop’ solutions for the 1-268-1 Kushihiki-cho, Omiya-ku, Saitama 330-0851, Japan Activities: offshore wind power industry Air, soil, water, and sediment quality, noise, vibration, waste, biological, odor, pesticide, asbestos, dioxin, and environmental measurements. [ ISO Certification ] ISO9001 [ KES Certification ] KES Step 1 Holder: Head Office (Tokyo) Center for Environmental Science and Technology(Saitama) Major membership group 三洋テクノマリン 株式会社 Japan Wind Power Association Sanyo Techno Marine Inc. The Japan Civil engineering Consultants Association [ Head Office (Contact) ] +81 3 3666 3149 Japan Association of Environment Assessment The Ports & Harbors Association of Japan [email protected] Japan Environmental Measurement and Chemical Analysis Association 1-3-17 Nihonbashi Horidome-cho, Chuo-ku, Tokyo 103-0012, Japan Marine Surveys Association Japan Japan Hydrographic Association Representatives: Mr. Okabe, Mr. Niwa, Mr. Yoshitani and Mr. Mizugai Japan Association of Surveyors Branches: Service Center of Port Engineering Sapporo, Tohoku, Fukushima, Kasukabe Center for Japan Agency for Marine-Earth Science and Technology Technology, Omiya Center for Environmental Analysis (within Fisheries Infrastructure Development Center the Center for Environmental Science and Technology), Nagoya, Osaka, Kyushu, and 13 Sales Offices National Association of Sea Coast The Association for Environmental Conservation of the Seto Inland Sea [ Ecology Laboratory ] Cold Region Port and Harbor Engineering Research Center 1-3-17 Nihonbashi Horidome-cho, Chuo-ku, Tokyo 103-0012, Research Institute for Seto Inland Sea Japan The Japanese Society of Fisheries Oceanography Activities: Plankton, benthos, benthic alga, seaweed, fish, bird, insect, The Oceanographic Society of Japan egg, plant and environmental factors identification. Japanese Society of Fisheries Engineering [ Waterfront Development Group ] Japan Geothermal Association Japan Society of Civil Engineers 1-3-17 Nihonbashi Horidome-cho, Chuo-ku, Tokyo 103-0012, Parks &Open Space Association of Japan Japan Activities: Japan River Association Regional revitalization and urban planning, related budget Japan Society of Erosion Control Engineering and documentation, etc. Japan Road Association [ ISO Certification ] Japan Society for Atmospheric Environment Consultants of Landscape Architecture In Japan ISO9001 Japan Society on Water Environment [ KES Certification ] Planning Consultants Association of Japan KES Step 1 Ecology and Civil Engineering Society Holder: Head Office (Tokyo) Association of Port Engineering Consultants （Created in February 2018） Rapid Environmental Assessment Nearly 60 years of achievements Using the experience in several land-based wind farm Point.1 Since its foundation in 1959, Sanyo Techno Marine has specialized assessments, the Civil Engineering & Eco-Technology Reduce the in environmental measurements and marine surveys, offering Consultants produced the“Rapid Environmental Assessment assessment time with consulting services for the construction of facilities and preliminary early environmental Guide” during the commissioned NEDO project. “Rapid surveys studies for the selection of sites, among others. We are currently working in a demonstration project to Environmental In addition, with the mutual trust developed from a long and reduce in half the time required for a conventional Assessment” well-nourished relationship with fisheries cooperatives around assessment. ３ points Japan, we are capable of handling local negotiations smoothly. ※(Results available at NEDO homepage) Point.2 Avoid resurveys through early data gathering and hearings Point. with academic 3 experts Enhance communication with local residents and fishermen to smooth the consensus process ●Fisheries cooperatives in Japan with good relation to us Environmental Survey Predictive Conventional Conception Planning Preparation Evaluation Procedure & Data Collection Evaluation Earlier Regional Contribution Shorten Early Environmental Surveys & Data Collection Our Procedure We are able to demonstrate the benefits that a power plant can bring to a region, so Conception Planning Predictive Preparation Evaluation Evaluation that offshore wind farms can take advantage of the region’s unique environment. Wind farms can not only be widely accepted by local residents but also prosper. Likewise, we adeptly facilitate the creation and preservation of thriving relationships 3-4 Years From an early start! 2 Years with local stakeholders through regional promotion activities. With the extensive experience in law assessment of Civil Engineering & Eco-Tech- nology Consultants combined with the more than ϔifty years of involvement in TheThe 3 valuesvalues ofof thethe CivilCivil EngineeringEngineering & Eco-TechnologyEco-Technology GroupGroup marine consulting of Sanyo Techno Marine, we can provide comprehensive sup- port services for the offshore wind power industry. 02 03 Potential maps obtained from upper-level plans of public administrations Extraction of promising areas Project Conception Project Offshore wind farm conception (rough design based on existing information) ӚӚӚӚ ・Generated power (total output) Environmental Assessment ・Number of turbines ・Turbines layout Reduce in half the assessment process ……… Supported elements period with early environmental surveys Desk Work for Project Conception Ӛ Ӛ ӚӚӚӚ ӚӚӚӚӚ Itemization of environmental We provide advice on early start using the achievements obtained during the“Early environ- components, legal framework, ӚӚӚӚ ӚӚ Ӛ Preliminary examinations and selection Environmental Assessment ӚӚӚӚӚӚӚӚӚӚӚӚӚӚ mental assessment database project” commis- economic efficiency, stakeholders, etc of promising areas. sioned by NEDO (New Energy and Industrial Technology Development Organization). Use of our expertise and know-how on the Consideration Early Evaluation of requirements for the installation and route plan- Zoning (Wind turbine zone, fisheries zone, ning of submarine cables and submarine pipe- procedure Environmental Regional Smooth assessment process attained lines to provide support during the desk work natural conservation zone, etc.) Surveys Contribution with our extensive experience phase for the identification of promising areas. Measures ・Atmospheric We can swiftly procure the appropriate applica- ・Environmental ・Increase of marine tions and procedures thanks to the experience ӚӚӚӚӚ ӚӚ ӚӚӚ ӚӚӚӚ ӚӚ ӚӚӚ obtained in several consideration procedure and Feasibility Study (FS) Feasibility Study (FS) ・M a r i n e resources Project PlanningProject environmental assessment projects. ・Others ・Fisheries support ・Rapid environmental assessment → p.2 Complete support from legal approval ・T o u r i s m and permits to itemization. ・O t h e r s Field surveys for the installation of sub- ӚӚӚ ӚӚӚӚӚӚ ӚӚ Regional Contribution Measures Using seafloor topographical and geological marine cables and turbines layout surveys, we analyze and organize the information ・S e a fl o o r t o p o g r a p h y ・Seafloor surface layer thickness to provide fundamental advice for wind farm Support of fisheries cooperatives designs and turbine layout. We provide support ・Benthic habitats ・Marine current conditions included in the wind farm proposal from the itemization of the components of the ・B a t h y m e t r ・Wind speed and conditions ӚӚӚӚ Measures to mitigate the reduction of artificial environmental impact assessment to the applica- ӚӚ ӚӚӚ ӚӚӚӚӚӚӚӚ ӚӚӚӚ tion for the legal approval and selection of suit- ӚӚ Site Conditions Survey reef and fishing areas, including environmental Ӛ able site. ӚӚӚӚӚ ・Seafloor mapping ・Fisheries structures improvement and the design of artificial struc- tures. Support from planning to post implementa- ・Seafloor obstacles ・Existing cables Methodology tion. Ӛ Ӛ ӚӚӚӚ Site Conditions Survey ・Scouring and erosion proceedings ・Quantitative echosounder → p.7 ・Biologging, biotelemetry → p.7 Investigate the site conditions with Predictive ・Satellite image analysis → p.8 evaluation ・Artificial reefs and habitat creation → p.8 prospecting and field surveys. Basic Design Preparatory Seafloor mapping and marine currents surveys to Consensus evaluate the site conditions and assess construc- proceedings tion techniques. Evaluation Select suitable cable routes using simulations to Field survey Towards reaching a consensus with Final Design proceedings detect areas likely affected by longshore drift, local stakeholders based on the results of the environmental mea- struction Con- Thanks to the good relationships we have surements and field surveys. Post Implementation ・Seafloor mapping survey→ p.6 achieved through a long exchange with several ・Numerical model (FVCOM) → p.6 Construction Process Construction Monitoring fisheries cooperatives, we can smooth the con- ・Acoustic doppler with modem → p.6