Environmental permits are a critical factor that determines the success or failure of a project.
Permits for various environmental and energy-related facilities—such as air emission facilities under the Clean Air Conservation Act, wastewater discharge facilities under the Water Environment Conservation Act, waste treatment facilities under the Wastes Control Act, and renewable energy installations under the Act on the Promotion of the Development, Use, and Diffusion of New and Renewable Energy—as well as urban or county planning, zoning regulations, and development activity permits under the National Land Planning and Utilization Act, all constitute decisive stages that ultimately determine whether a project can proceed.
ELPS integrates the expertise of professionals in law, policy, and technology to support clients throughout the entire environmental permitting process—from site feasibility review to permit acquisition. Our services cover every stage, including regulatory compliance assessment during site selection, environmental impact assessment (EIA) strategy development, permit application preparation and supplementation, negotiations with permitting authorities (such as local governments and the Ministry of Environment), and administrative consultations.
Rather than simply assisting with procedural applications, ELPS adopts a strategic, multidisciplinary approach that encompasses both project structure and the broader regulatory framework, delivering practical and actionable solutions even for permitting cases considered exceptionally challenging.
In particular, ELPS has a proven track record of successfully securing approvals for projects that were previously denied multiple times or involved litigation with permitting authorities—cases often deemed “impossible” within the industry. These achievements stem from ELPS’s integrated expertise and highly collaborative structure, which enable a deep understanding of both regulatory and technical dimensions.
Beyond simply obtaining permits, ELPS provides comprehensive strategies that minimize site-related risks and establish a sustainable operational foundation for long-term project success.
