Stormwater Management Design Sample Clauses

Stormwater Management Design. This task includes design and preparation of documents for the 60%, 90%, and 100% submittals.  Prepare the stormwater drainage plans and show stormwater drainage profiles on the roadway profile sheets.  Prepare the storm drainage details.
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Stormwater Management Design. This task includes design and preparation of reports and construction documents for the 30%, 60%, 90%, and final submittals. Contractor shall provide a stormwater management report outlining the stormwater management design for each design milestone: 30%, 60%, 90%, and final. For the report, Contractor shall use data and information collected from available mapping, site visits, and other available methods. The stormwater management report shall provide:  A discussion of the testing results of existing underground injection controls (UICs) in the project area, summarizing the factors of safety and the recommended design infiltration rates  A summary of the proposed stormwater management design confirming adherence to the City and DEQ requirements.  A basin map showing onsite and offsite basin areas requiring stormwater management.  Spread and conveyance calculations for the proposed stormwater conveyance system  Analysis and sizing of sedimentation manholes and UICs  Assessment of utility conflicts and proposed required relocations or adjustments.  Research and complete process for abandonment of existing drill holes, as needed. Assumptions:  The area is conducive to infiltration and UICs are the preferred stormwater infrastructure. Vegetated facilities will be proposed where adequate space within right of way is available.
Sample 1
Stormwater Management Design. This task includes updating the Phase 1 Stormwater Report to reflect the key routes design and stormwater management. Assumptions: • Stormwater design shall be according to the current City requirements as well as the Central Oregon Stormwater Manual (COSM). • Phase 1 1200-C permit will cover Phase 2. • Drainage from the multi-use path will sheet flow and infiltrate into the existing ground or into rock galleries as needed.
Sample 1
Stormwater Management Design. This task includes design and preparation of reports and construction documents for the 30%, 60%, 90%, and final submittals. Consultant shall provide a stormwater management report outlining the stormwater management design for each design milestone: 30%, 60%, 90%, and final. For the report, Consultant shall use data and information collected from available mapping, site visits, and other available methods. The stormwater management report shall provide: • A discussion of the testing results of existing underground injection controls (UICs) in the project area, summarizing the factors of safety and the recommended design infiltration rates. • A summary of the proposed stormwater management design confirming adherence to the City and DEQ requirements. • A basin map showing onsite and offsite basin areas requiring stormwater management. • Spread and conveyance calculations for the proposed stormwater conveyance system • Analysis and sizing of UICs • Assessment of utility conflicts and proposed required relocations or adjustments. • Research and complete process for abandonment of existing drill holes, as needed. Assumptions: • Stormwater design shall be according to the current City requirements as well as the Central Oregon Stormwater Manual (COSM). • 1200-C permit is required. • Consultant shall assist City in preparing necessary State DEQ permits if any existing drywells are recommended to be removed / decommissioned. • The area is conducive to infiltration and UICs are the preferred stormwater infrastructure. Vegetated facilities shall be proposed where adequate space within right of way is available.
Sample 1

Related to Stormwater Management Design

  • Configuration Management The Contractor shall maintain a configuration management program, which shall provide for the administrative and functional systems necessary for configuration identification, control, status accounting and reporting, to ensure configuration identity with the UCEU and associated cables produced by the Contractor. The Contractor shall maintain a Contractor approved Configuration Management Plan that complies with ANSI/EIA-649 2011. Notwithstanding ANSI/EIA-649 2011, the Contractor’s configuration management program shall comply with the VLS Configuration Management Plans, TL130-AD-PLN-010-VLS, and shall comply with the following:

  • Construction Management Plan Contractor shall prepare and furnish to the Owner a thorough and complete plan for the management of the Project from issuance of the Proceed Order through the issuance of the Design Professional's Certificate of Material Completion. Such plan shall include, without limitation, an estimate of the manpower requirements for each trade and the anticipated availability of such manpower, a schedule prepared using the critical path method that will amplify and support the schedule required in Article 2.1.5 below, and the Submittal Schedule as required in Article 2.2.3. The Contractor shall include in his plan the names and resumés of the Project Superintendent, Project Manager and the person in charge of Safety.

  • Project Management Project Management Institute (PMI) certified project manager executing any or all of the following: • Development of Project Charter • Development of project plan and schedule • Coordination and scheduling of project activities across customer and functional areas • Consultation on operational and infrastructure requirements, standards and configurations • Facilitate project status meetings • Timely project status reporting • Address project issues with functional areas and management • Escalation of significant issues to customers and executive management • Manage project scope and deliverable requirements • Document changes to project scope and schedule • Facilitate and document project closeout

  • Project Management Plan 1 3.4.1 Developer is responsible for all quality assurance and quality control 2 activities necessary to manage the Work, including the Utility Adjustment Work.

  • Traffic Management 9.2.1 During the Operating Period, Developer shall be responsible for the general management of traffic on the Facility. Developer shall manage traffic so as to preserve and protect safety of traffic on the Facility and Related Transportation Facilities and, to the maximum extent practicable, to avoid disruption, interruption or other adverse effects on traffic flow, throughput or level of service on the Facility and Related Transportation Facilities. Developer shall conduct traffic management in accordance with all applicable Technical Provisions, Technical Documents, Laws and Governmental Approvals, and in accordance with the Traffic Management Plan.

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