DESIGN
BioMost, Inc. personnel have designed over 80 passive and active treatment systems. These projects have been either new “design-build” projects or rehabilitation projects at existing land and/or water (both active and passive) restoration sites.
OPERATION & MAINTENANCE
BioMost, Inc. has experience operating and maintaining treatment systems to ensure they function to the highest degree possible. This knowledge has contributed greatly in developing, integrating, and implementing the most appropriate technologies.
PERMITTING
Over the last 25 years, BioMost, Inc. has successfully permitted projects ranging from new coal mining sites to wetland delineations, E&S control plans, and special waivers available for restoration projects. If mitigation cannot be avoided, BioMost, Inc. has been involved in the design and construction of over 40 acres of wetlands.
Phillips Mine Fire
In 2013, BMI prepared a Task Implementation Plan accepted by the Department to evaluate the surface and subsurface conditions as […]
Nickle Plate Mine “Blowout”
In 2005, BMI, as a member company of Environmentally Innovative Solutions, LLC, was responsible, in a cooperative effort with BAMR, […]
Reeds Run AMD Remediation Design
A Growing Greener was awarded to AWARE and Stream Restoration Incorporated in 2004 to assess the site and develop a […]
Boggs Road Mine Drainage Remediation System
BMI performed the site assessment, prepared applications/notifications and acquired all necessary permits/approvals, and designed the passive treatment system. BMI was […]
Southeast Commerce Passive Treatment system (SECPTS)
BMI was selected as the design-build contractor from a field of well-qualified firms located across the United States to complete […]
Sanborn Mine Treatment System
Portions of an existing active treatment system were utilized and new components were installed to convert the Sanborn treatment system […]
Pine Glen Active Treatment Plant
The development of the Pine Glen Active Treatment Plant was initiated to provide continuous treatment of a degraded discharge at […]
