令和８年度川辺川流水型ダム操作運用検討等業務

公示日: 2026年8月8日

更新日: 2026年8月8日

この入札について

This is a consulting contract in the architecture and engineering and water and sanitation sectors, with a focus on Water Resources. Located in 日本, アジア, this opportunity is open to firms and consortiums.

Published through i-ppi（入札情報サービス）, a national government procurement portal. Public procurement tenders follow the country's national bidding regulations and may have specific eligibility and documentation requirements for consulting in the architecture and engineering sector. Consulting assignments are typically evaluated with a strong emphasis on the technical proposal, including the methodology and qualifications of key experts. Shortlisted firms may be invited to submit financial proposals in a second stage. Interested parties should review the full documentation on the original source before submitting their proposal.

説明

日本語から自動翻訳

This tender is for services related to the operation and management of the Kawabe River Flow Type Dam (川辺川流水型ダム) for the fiscal year Reiwa 8 (令和８年度), which corresponds to 2026 in the Gregorian calendar, in Japan. The contracting authority is likely a government agency responsible for water resource management or dam operations. The scope of work, indicated by '操作運用検討等業務' (operation, management, review, etc., services), involves crucial tasks for the efficient and safe functioning of the dam. Typical requirements for such a service contract include expertise in dam engineering, hydrology, operational planning, and regulatory compliance. Services may encompass data analysis, performance monitoring, maintenance planning, safety reviews, and potentially the development of operational strategies or improvements. Bidders are expected to demonstrate a strong understanding of dam operations, relevant Japanese laws and regulations concerning water resources and infrastructure, and a proven track record in similar projects. The tender will specify the detailed requirements, expected deliverables, and evaluation criteria, focusing on technical competence, experience, and proposed methodologies for ensuring optimal dam performance and safety.