Built from the bottom-up by the system’s users, RBDMS integrates years of experience in multiple states with data management and program best practices to address the ever evolving needs of state regulatory programs.
RDBMS applications allow state regulatory agencies to efficiently manage data related to permit applications and environmental inspections. The increased efficiency in workflow lowers operating costs and frees up time for agency staff to concentrate on environmental protections. The applications can be tailored to specific state regulatory needs, enabling agencies to confirm that all wells and operators adhere to best environmental practices. RDBMS applications also foster communication between state agencies, ensuring that environmental protection is enforced on a nation-wide scale.
“RBDMS is really at the center of everything we do at the Oil, Gas, and Minerals Division. We manage all aspects of our regulatory program and data with RBDMS and continue to see enhancements that add value, return on investment, and help fulfill our mission.”
Adam W. Wygant
Michigan Oil, Gas, & Minerals Division, Department of Environment, Great Lakes, and Energy
“RBDMS is an amazing example of good governance. Pooling resources, harnessing new technology and creating a product together can better protect the environment and save an untold amount of taxpayer dollars.”
Environmental Defense Fund
“The modularity of RBDMS and the ability to collaborate with other states through GWPC has allowed the NDIC to seamlessly maintain its regulatory programs and protect the environment while producing vital natural resources.”
UIC Manager - North Dakota Industrial Commission, Oil & Gas Division
Ann Compton Arnold, Geological Survey of Alabama
The Geological Survey of Alabama Groundwater Assessment Program (GSA-GAP) has been using the Risk-Based Data Management System-ENV (RBDMS-ENV), developed by the Ground Water Protection Council (GWPC) since 2014. To date, the GSA-GAP has effectively…
The New Mexico Produced Water Reuse data portal was developed through an agreement between the New Mexico Produced Water Research Consortium and the Ground Water Protection Council (GWPC) in support of the New Mexico Water Data Initiative. The WaterSTAR product of the GWPC was used as the basis of the…