Renewables and Clean Energy

As global demand for sustainable and affordable energy grows, industries and organizations are shifting to renewable or low-carbon energy sources and evaluating their existing energy systems.

Evaluate renewable energy and clean energy opportunities and technologies, design and engineer infrastructure, and implement feasible and cost-effective renewable energy transition plans with Geosyntec’s help. Our teams support the development of clean energy and energy efficiency projects involving solar and energy storage, onshore and offshore wind, geothermal and ground source energy, nuclear, and hydropower.

Financing

Navigate the complex system of funding opportunities, eligibility, and requirements. Geosyntec’s understanding of alternative funding mechanisms can support your overall strategy for securing additional federal funds, local and state incentives and grants, and tax credits for renewable energy technologies.

FEASIBILITY AND SITE SELECTION

Evaluate the feasibility of incorporating renewable energy into decarbonization plans. Geosyntec conducts screening-level assessments of solar, wind, battery energy storage, and other renewable technologies and evaluates renewable energy options on landfill caps, mine waste piles, brownfield sites, and other developed and undeveloped properties.

SITING, PLANNING, AND PERMITTING

Get support with siting and development of renewable energy projects and related infrastructure. With strong relationships with regulatory agencies and deep experience, we prepare strong, data-driven permit applications. In addition, we are well-versed in navigating the National Environmental Policy Act (NEPA) process including environmental social impact assessment (ESIA) and stakeholder engagement.

ENGINEERING: CIVIL AND GEOTECHNICAL

Build strong, sustainable engineering elements into your projects, with engineering and geotechnical studies, hydrology and drainage studies, civil grading, and design elements supported by field-leading engineers. We evaluate geologically complex land and offshore locations to design and implement renewables projects on landfill caps, abandoned mine land, brownfield sites, and undeveloped land.