Renewable Energy
Renewable energy projects require precise planning, regulatory insight, and environmental stewardship at every stage. Braun Intertec combines deep industry expertise with a collaborative approach to help developers, engineers, and contractors efficiently navigate siting, design, permitting, and construction challenges.
This collaborative approach fosters strong partnerships and helps you navigate complex regulatory compliance requirements and the seasonality restrictions of sustainable energy systems.
Project Lifecycle
- Site Acquisition
- Environmental due diligence reviews
- Phase I and Phase II Environmental Site Assessments
- Site constraints and critical issues analyses
- Desktop environmental, geological, geotechnical, and constructability reviews
- Preliminary geotechnical evaluations and site exploration
- Preconstruction
- State and local permitting support
- Aquatic resource delineation, permitting, and mitigation
- Cultural resources evaluations and studies
- Protected species and migratory birds evaluations
- Construction contingency and soil management plans
- Geotechnical evaluations and site exploration
- Foundation, pavement, and retaining wall design
- Pile load testing and instrumentation
- Preconstruction roadway assessments
- Response action plans (RAP)
- Construction
- Environmental monitoring and compliance inspections
- Construction storm water pollution prevention plan design and inspection
- Oversight of construction contingency and soil management/remedial action plans
- Construction observations and materials testing
- Concrete mix designs, engineering, and consulting
- Crane path and crane pad engineering
- Post-construction roadway assessments
- Maintenance
- Post-construction environmental monitoring and permit closeout
- Protected species monitoring
- Spill response planning and remediation
- Decommissioning & Repower
- Regulated materials assessment and remediation
- Crane path and crane pad engineering
- Construction observation and materials testing
- Nondestructive examination of in-situ foundations