Environmental Intelligence
Utilizing over 15 years of experience with the latest
technology to deliver sustainable solutions
Four Mile Run Watershed Management Program
Project Type
Storm Water Management
Client
Northern Virginia Regional Commission (NVRC)
Streams Tech has assisted the Northern Virginia Regional Commission (NVRC) and four local governments in addressing storm water management challenges. Streams Tech has modified the Four Mile Run model in order to evaluate the impact of site development and determine the most appropriate flow control measures. The model also includes best management practices that reduce peak discharge and improve water quality.
Key features
Strom Water management
Watershed management
Flood mapping
Best Management Practice (BMP)
Bacteria TMDL Development for Mattaponi River Watershed
Project Type
Water Quality Assessment
Client
Virginia Department of Environmental Quality (Virginia DEQ)
Streams Tech developed a 1,660 square km watershed model and bacteria total maximum daily loads (TMDLs) for 14 impaired streams in the Mattaponi River watershed, which has a drainage area of 550 square miles. The United States Environmental Protection Agency (EPA) and the Virginia state water quality control board approved the TMDLs.
Key features
Hydrologic Modeling
TMDL allocation
Surface water quality analysis
Storm Water Drainage Master Plan and Drainage Design for the Municipality of Freetown, Sierra Leone
Project Type
Storm Water Management
Client
Government of Sierra Leone
An initiative under the government of Sierra Leone, Streams Tech undertook a comprehensive study to design the storm water drainage master plan for Freetown, Sierra Leone, which covered an area of 7398 hectares. The study helped the government to mitigate the flood risks.
Key features
Drinage master plan
Hydraulic Analysis
Storm water modeling
Flood mapping
Guidance Manual for Developing Bacteria TMDLs in Virginia, USA
Project Type
Water Quality Program
Client
Virginia Department of Environmental Quality (Virginia DEQ)
Streams Tech developed the Guidance Manual for Developing Bacteria total maximum daily loads (TMDLs) in Virginia to assist Virginia Department of Environmental Quality (Virginia DEQ) staff and contractors in achieving scientific, regulatory, and policy requirements. The manual provided the essential information for review and approval by the Environmental Protection Agency (EPA) of the United States.
Key features
Bacteria TMDL
Regulatory and policy standard
Study on Prospective Hydroelectricity Generation in Southeast Bangladesh
Project Type
Feasibility Study
Client
Ministry of power energy and mineral resources, Bangladesh, and The World Bank Group
Streams Tech conducted a hydropower feasibility study in Chattagram, Bangladesh in a project funded by the World Bank to assess the potential for hydropower generation. The detailed study report provided the Ministry of Power Energy and Mineral Resources with the information and knowledge required for future planning. In 2020, the project also won the Esri South Asian GIS Impact award.
Key features
Hydropower feasibility study
Flood inundation mapping
Hydrologic modeling
Bacteria TMDL Development for Hyco River
Project Type
Water Quality Assessment
Client
Michael Baker Corporation, Virginia DEQ
Streams Tech developed bacteria total maximum daily loads (TMDLs) for 9 impaired streams in the Hyco River watershed and associated tributaries, which have a drainage area of 250 square miles and are located between Richmond, Virginia and Raleigh, North Carolina.
Key features
Hydrologic Modeling
TMDL allocation
Surface water quality analysis
Bacterial TMDL Development for the Kerr Reservoir Tributaries Watersheds
Project Type
Water Quality Assessment
Client
Louis Berger Group, Virginia DEQ
Streams Tech developed total maximum daily loads (TMDLs) for bacteria on 10 impaired streams in the 221-square-mile Kerr Reservoir watershed. The United State Environmental Protection Agency (EPA) and the Virginia State Water Quality Control Board approved the TMDLs.
Key features
Hydrologic Modeling
TMDL allocation
Surface water quality analysis
Bacteria Total Maximum Daily Load (TMDL) Development for Tributaries to the Potomac River
Project Type
Water Quality Assessment
Client
Louis Berger Group, Virginia DEQ
Streams Tech developed bacteria TMDLs for nine impaired streams in the tributaries of the Potomac River watershed, which has a drainage area of 137 square miles. The paired-watershed approach, which was developed by Streams Tech, was implemented in this project. The United State Environmental Protection Agency (EPA) and the Virginia State Water Quality Control Board approved the TMDLs.
Key features
Hydrologic Modeling
TMDL allocation
Surface water quality analysis
Benthic TMDL Development for the Kits Creek Watershed
Project Type
Water Quality Assessment
Client
Louis Berger Group, Virginia DEQ
Streams Tech developed sediment and benthic total maximum daily loads (TMDLs) for one impaired stream segment in the Kits Creek watershed, which has a drainage area of 4.7 square miles and is located in Lunenburg County, Virginia. The TMDLs were approved by the United State Environmental Protection Agency (EPA) and the Virginia State Water Quality Control Board.
Key features
Hydrologic Modeling
TMDL allocation
Surface water quality analysis (sediment and benthic)
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