ENVIRONMENTAL INVESTIGATIONS AND REMEDIATION

Gould Bedrock Drilling - CredereCredere provides a wide range of environmental related services at private, federal government, Department of Defense (DoD), Formerly Utilized Defense Sites (FUDS), Superfund, and EPA-funded Brownfields properties.  The objective of conducting an environmental investigation is to understand and mitigate environmental risk at a property that may be impacting current and potential future human or environmental receptors.  Key services conducted as part of environmental investigations, remediation, and management include the following:

  • ASTM/AIA Compliant Phase I Environmental Site Assessments (ESAs)
  • CERCLA/RCRA Remedial Investigations and/or ASTM Phase II ESA
  • Construction and Demolition Management & Oversight
  • Environmental Compliance Audits under CERCLA, RCRA, TSCA, regulated storage tanks
  • Environmental Sampling (surficial soil, soil at depth, groundwater, surface water, pore water, sediment)
  • Hazardous Building Material Survey (asbestos, lead, PCBs, radon, mold)
  • Long-term Environmental Monitoring for groundwater, air or surface water
  • Vapor Intrusion Assessments and Mitigation
  • Remedial Action Engineering, Planning & Implementation
  • Remedial System Operation & Maintenance (O&M)
  • Remediation Oversight, Documentation & Site Closure
  • Spill Prevention Control & Countermeasure Plans (SPCC)
  • Stormwater Pollution Prevention Plans (SWPPP)
  • Tank Removal, Replacement, and Investigations
  • TSCA-Regulated PCB Remediation
  • Universal, Regulated, and Hazardous Waste Surveys


Credere maintains a
strict focus on achieving data quality objectives (DQOs) with a goal of ensuring that our projects collect measurements that are representative of actual Site conditions; and data resulting from field, sampling and analytical activities be comparable, reproducible, and generated in a scientifically valid way and legally defensible manner so that judgements can be made against applicable regulatory criteria/cleanup goals with limited uncertainty.