Harsh Anurag, PhD, and Samrat Dahal, PhD, will speak at the Minnesota Water Resources Conference on October 13, 2026. Harsh will present “Pilot Water Withdrawal Management Framework” at 1:15 p.m. CT, and Samrat will present “Road Salt Effect on Groundwater and Surface Water in Minnesota” at 3:15 p.m. CT.
To help clients achieve stringent water quality goals, Geosyntec provides rigorous assessment and modeling services to assess the sources and factors that affect the delivery of critical pollutants across watersheds. Through our comprehensive studies and analyses, we provide technically defensible tools and approaches that can be used in the development of Total Maximum Daily Load (TMDL) calculations and watershed protection plans. In addition, we frequently turn to Use Attainability Analyses to examine site-specific water quality criteria that affect attainability goals under natural, human-caused, and economic conditions. Our hydrodynamic and water-quality models integrate inputs from point and nonpoint sources to support our engineers and scientists as they study impacts on water quality in receiving water. These models allow us to understand the assimilative capacities of a given body of water, propose best management practices that can affect pollutant impacts, and predict the time required for a system to recover after being altered. Using watershed studies, water quality monitoring, and hydrological and hydrodynamic modeling, we also can assess compliance with local, state, and federal water quality standards. Using all this information, we are better able to evaluate the magnitude, frequency, and duration of impacts of a wide variety of pollutant sources. Our practitioners offer extensive experience with geographic information system applications for spatial analysis, planimetric and thematic mapping, and data representation. We employ watershed models including the Watershed Characterization System (WCS), Better Assessment Science Integrating Point and Nonpoint Sources (BASINS), and the Watershed Assessment Model (WAMView). We also employ the Water Quality Analysis Simulation Program (WASP), the Environmental Fluid Dynamics Code (EFDC), and the Stream Water Quality Model (QUAL2K) for hydrodynamic and water-quality models. Our practitioners are at the forefront of policy analyses, regulatory compliance, and technology applications that promote sustainable water resources management and ecosystem restoration. We have extensive experience helping local governments develop and negotiate long-term control plans for combined sewer overflows, National Pollutant Discharge Elimination System (NPDES) permits, and consent orders. We also comment on Clean Water Act issues at the state and national level, including the development of new recreational use criteria for water bodies across the county and for the U.S. Environmental Protection Agency's new framework for integrated planning for wastewater and stormwater.
Nigel Pickering, PhD, PE; Harsh Anurag, PhD; Samrat Dahal, PhD; and Spencer Washburn, PhD, will speak at the 2025 Minnesota Water Resources Conference on October 14 and 15, 2025, in Saint Paul, Minnesota.
Nigel Pickering, Ph.D., PE (Minnesota) coauthored "Systematic Evaluation of Materials to Enhance Soluble Phosphorus Removal Using Biofiltration or Bioswale Stormwater Management Controls," published in the Journal of Sustainable Water in the Built Environment, Volume 9, Issue 1.
Nigel Pickering, Ph.D., PE (Minnesota) will present "Materials for Maximizing Phosphorus Removal from Stormwater " at the Minnesota Water Resources Conference at the Saint Paul RiverCentre at 1:35 p.m. CDT on October 19, 2022.
In August 2023, the Missouri Department of Natural Resources will impose a new rule (10 CSR 7.015(9)(B)2) for major wastewater treatment plants (WWTPs) with phosphorus discharges.
Nigel is a Senior Water Resources Engineer based in Minnesota with more than 32 years of experience focused on watershed monitoring and modeling, water resources assessment and planning, and stormwater design and modeling for clients in the non-profit, private, and public sectors.
A significant aspect of Geosyntec's water and natural resources practice is our stormwater management expertise. In fact, the firm is known for its innovative work in urban stormwater and surface water quality management, including green infrastructure design for CSO controls, Low Impact Development, Best Management Practice (BMP) design, hydromodification management, and erosion and sediment control. Our personnel have helped shape the state of these practices nationally over the past two decades via joint research and project work with civil engineering faculty at outstanding academic institutions, as well as continuous involvement in original research, development, and application of techniques and technologies. As a result, Geosyntec is recognized for frequently facilitating the transfer of technologies from academia to commercial and public use. Our professionals have been a critical and ongoing part of an award-winning team maintaining the ASCE/US EPA International Database on Urban Stormwater BMP Design and Performance. Geosyntec's experts in erosion control have developed and implemented nationwide site compliance audit programs, and have also provided critical post-fire emergency services after the San Diego and Orange County fires. Stormwater management planning and design (urban, transportation, industrial, commercial, agricultural, MS4 compliance) Sustainable stormwater solutions: green infrastructure, stormwater best management practices, low impact development, rainwater harvesting Stormwater monitoring and modeling Water quality crediting and watershed-based mitigation approaches NPDES permitting and receiving water studies (watershed planning, total maximum daily loads and implementation plans) Erosion and sediment control: Construction NPDES compliance and post-fire erosion and sediment control
State and local governments, utilities, landowners, businesses, and communities must navigate National Pollutant Detection and Elimination System (NPDES) Permit compliance through watershed-scale planning.
Our clients understand environmental and occupational safety and health risk management is a vital component of maintaining overall operational excellence. Geosyntec's environmental management team builds compliance solutions, distinguishes between potential and actual environmental risks, and develops strategies to decrease energy and water utilization. Environmental and health & safety (EH&S) management system support services benefit our private and public sector clients who are committed to achieving high standards of EH&S performance and compliance. We develop documented management systems that allow our clients to identify, prioritize, and manage more efficiently the potential EH&S risks associated with their operations using a plan, do, check, act framework to ensure continuous program improvement. With a diverse portfolio of services, Geosyntec improves public and private sector clients' environmental and health and safety performance; manage risk; and reduce environmental liabilities consistent with their financial and stewardship goals. Our compliance, permitting, and auditing specialists have technical expertise across a broad range of disciplines. Accordingly, we are able to help our clients by proactively identifying compliance obligations and opportunities to improve their compliance record. Geosyntec practitioners specialize in solving complex challenges of occupational safety and industrial hygiene that affect workplace operations, staff comfort and productivity, or occupant health. Addressing such challenges involves the anticipation, recognition, evaluation, and control of known risks and emerging hazards in the workplace. Our practitioners conduct assessments using the sound scientific principles and practices of industrial hygiene, public health, and toxicology. We provide comprehensive Process Safety Management (PSM) and Risk Management Program (RMP) services to meet our clients' needs as they relate to the Occupational Safety and Health Administration's (OSHA) 29 CFR 1910.119 PSM Standard and the Environmental Protection Agency's (EPA) 40 CFR Part 68 RMP. The standards require the development and implementation of a system of procedures aimed at preventing accidental releases of hazardous chemicals from subject processes. All levels of an organization can benefit from our assistance in managing the daily aspects of its operations through development of environmental management systems, compliance programs and procedures, and regulatory research and applicability assessments. We accomplish this by implementing tools in a plan-do-check-act framework to ensure continuous program improvement.
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