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POWER SERVICES

At LCG, we provide advanced geochemical and data science consulting services to optimize power generation and closure. From water quality management and waste handling to CO2 sequestration, our tailored solutions help you make data-driven decisions across the project life cycle. We also ensure full compliance with federal and state coal combustion residuals (CCR) groundwater requirements, including the Legacy Rule, helping you navigate complex regulations and minimize environmental influence.

Geochemical Characterization & Forensics

  • Comprehensive analysis of groundwater, surface water, soil, coal, and ash chemistry.
  • Identification of inorganic/organic constituents, including metals and volatile organic compounds.
  • Isotope geochemistry and tracers for source differentiation.
  • Speciation modeling integrated with geological and hydrological data.
  • Conceptual site models (CSMs) for flow pathways and constituent behavior.
  • Data visualization and trend analysis with statistical and machine learning tools.

Water Quality Prediction & Compliance

  • Predictive modeling of water quality and constituent concentrations using mechanistic and ML models.
  • Scenario analysis of remediation and operational changes on water quality.
  • Real-time monitoring and cloud-based forecasting dashboards.
  • Support for compliance reporting, permitting, and regulatory negotiations.

Groundwater Remediation & Management

  • Design and optimization of in-situ/ex-situ treatment technologies.
  • Assessment of natural attenuation and biogeochemical remediation.
  • Laboratory testing for constituent immobilization strategies.
  • Corrective action plans based on migration models.
  • Performance evaluation of remediation systems with historical and real-time data.

Deep Water Disposal & CO2 Sequestration

  • Geochemical risk assessments for deep water disposal of brine/industrial by-products.
  • Monitoring subsurface chemistry for CO2 plume migration and storage integrity.
  • Predicting CO2-fluid-rock interactions and potential risks.
  • Injection well design and siting based on geochemistry and hydrogeology.
  • Long-term modeling and compliance support for CCS projects.