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Six Core Technical Disciplines

Select a service area to review our technical scope, applicable standards, and program deliverables

Industrial cooling tower water treatment
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Core Service

Industrial Water Treatment Programs

GSS designs and operates chemical water treatment programs for cooling towers, evaporative condensers, chillers, closed loops, steam boilers, and condensate return systems in government facilities. Every program begins with a baseline water chemistry analysis โ€” hardness, alkalinity, chlorides, sulfates, silica, iron, pH, and conductivity โ€” that establishes the Langelier Saturation Index (LSI) and Ryznar Stability Index (RSI) driving treatment chemistry selection and control parameter targets. We address existing system problems first: removing scale deposits, eliminating biofilm, and neutralizing corrosion byproducts before establishing the inhibitor and biocide programs that prevent them from returning. The result is a clean system operating within defined, documented parameters โ€” not a chemical program layered on top of an already-degraded one.

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Cooling Tower Chemical Treatment

Scale, corrosion & microbiological control โ€” ASHRAE 188 compliant

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Cooling towers are among the most chemically complex systems in a government facility โ€” and among the most consequential when they fail. Scale deposits on heat exchanger surfaces act as insulation, forcing chillers to work harder and driving up energy costs measurably with even a thin deposit layer. Corrosion destroys fill, distribution decks, and heat exchanger tubes, generating unplanned capital expenditures. Biofilm and Legionella create public health exposure and regulatory liability. White rust โ€” porous zinc oxide deposits on galvanized steel โ€” compromises corrosion resistance and accelerates structural deterioration. Inefficient blowdown wastes water, chemicals, and energy while increasing discharge volumes. GSS programs address all of these simultaneously: phosphonate-based scale inhibitors (HEDP, PBTC, or AMP-based formulations) prevent calcium and magnesium deposition; azole corrosion inhibitors (tolyltriazole or benzotriazole) protect copper and yellow metals; oxidizing and non-oxidizing biocide programs control biofilm and Legionella risk; and automated monitoring maintains cycles of concentration at the highest level the water chemistry will support โ€” reducing makeup water consumption and chemical costs while keeping the system within non-scaling, non-corrosive parameters.

  • Automated feed and control systems continuously monitor conductivity, pH, and ORP, adjusting chemical dosing in real time to maintain optimal inhibitor residuals and blowdown setpoints โ€” eliminating the variability of manual chemical addition
  • Biofilm monitoring technology detects the early-stage conditions that precede fouling and Legionella growth, enabling proactive intervention before deposits establish and before culture results come back positive
  • Specialized cleaning formulations penetrate and remove established biofilm from tower fill, distribution decks, and heat exchanger surfaces โ€” the foundation of any effective ongoing treatment program
  • Oxidizing biocide programs (sodium hypochlorite, stabilized bromine) and non-oxidizing biocide alternation (DBNPA, isothiazoline) to prevent biocide resistance
  • Legionella pneumophila risk assessment and Water Management Plan (WMP) development per ASHRAE 188-2018 and CDC guidelines
  • Monthly water analysis reports documenting inhibitor residuals, microbiological counts (HPC, Legionella), and system performance metrics
  • Annual system cleaning, inspection, and mechanical survey per ASHRAE Guideline 12
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Boiler Water Treatment

Scale prevention, oxygen corrosion control & steam purity

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Boiler failures are rarely sudden โ€” they are the cumulative result of chemistry problems that were never properly controlled. Scale deposits on boiler tubes act as insulation: even a thin layer measurably increases fuel consumption and, left unaddressed, leads to tube failures and unplanned shutdowns. Oxygen corrosion attacks boiler metal continuously when feedwater is not properly treated, generating pitting that shortens equipment life and creates leak risk. Carryover โ€” contaminants leaving the boiler with steam โ€” deposits in heat exchangers, valves, and turbines, degrading performance and creating maintenance burdens. Condensate return contamination, if undetected, introduces hardness and corrosive gases that overwhelm treatment programs and accelerate tube deterioration. GSS programs address each of these failure modes with chemistry tailored to the boiler's operating pressure, feedwater quality, and condensate return profile โ€” and include condensate recovery optimization to reduce makeup water costs and recover the heat energy that would otherwise be lost.

  • Oxygen scavenger programs: catalyzed sodium sulfite for low-pressure systems; hydrazine alternatives (DEHA, carbohydrazide) for high-pressure applications
  • Filming amine treatment for condensate return system corrosion protection โ€” forming a protective monomolecular film on metal surfaces
  • Neutralizing amine programs to maintain condensate return pH 8.5โ€“9.0 and prevent carbonic acid attack
  • Alkalinity and pH control to maintain boiler water pH 10.5โ€“11.5 per ABMA guidelines
  • Condensate polisher systems for facilities with contaminated condensate return โ€” protecting boiler investment and reducing makeup water costs
  • Deaerator performance monitoring and venting optimization โ€” a properly functioning deaerator is critical to boiler system protection
  • Blowdown optimization calculations to minimize water and energy losses while maintaining dissolved solids within ABMA guidelines
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Legionella Water Management Programs

ASHRAE 188-2018 & VHA Directive 1061 compliant

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Legionella does not appear randomly โ€” it establishes in water systems where conditions allow it to: temperatures between 77ยฐF and 113ยฐF, stagnant zones where disinfectant residuals decay, scale and biofilm deposits that provide nutrients and physical protection, and dead legs โ€” terminated or low-flow piping sections that are among the most common and most overlooked sources of persistent positive culture results. The solution is not simply more biocide. It is a systematic Water Management Plan that identifies every risk device in the building water system, assigns specific control measures with defined acceptable limits, establishes monitoring frequencies and corrective action triggers, and documents everything in a format that satisfies ASHRAE 188-2018 and, for VA healthcare facilities, VHA Directive 1061. When a positive culture result occurs, GSS responds with immediate hyperchlorination or thermal disinfection, root cause investigation โ€” including dead leg survey and system schematic review โ€” and resampling per ISO 11731 to confirm clearance before the system returns to normal operation.

  • Building water system schematic development and risk device inventory (cooling towers, hot water systems, decorative fountains, ice machines, eyewash stations)
  • Control measure assignment with defined acceptable limits, monitoring frequency, and corrective action triggers
  • Legionella culture sampling per ISO 11731 and qPCR screening with accredited laboratory analysis
  • Thermal disinfection and hyperchlorination protocols for positive culture response
  • Annual WMP review, team training, and regulatory documentation maintenance
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Potable Water & Wastewater Treatment

Safe Drinking Water Act compliance & NPDES discharge management

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Potable water programs ensure government facility drinking water systems meet all Safe Drinking Water Act (SDWA) Maximum Contaminant Levels (MCLs) and Lead and Copper Rule (LCR) requirements. Wastewater programs address industrial pretreatment, stormwater management, and NPDES permit compliance for facilities with permitted discharge points.

  • Disinfection residual maintenance (free chlorine 0.2โ€“4.0 mg/L per EPA guidelines) and distribution system flushing programs
  • Lead and Copper Rule compliance sampling, corrosion control treatment optimization, and public notification support
  • Industrial pretreatment program development for facilities subject to categorical pretreatment standards (40 CFR Parts 405โ€“471)
  • NPDES permit compliance monitoring, discharge sampling, and Discharge Monitoring Report (DMR) preparation
  • Stormwater Pollution Prevention Plan (SWPPP) development and implementation under Construction and Industrial General Permits
Environmental site assessment and remediation
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Core Service

Environmental Compliance & Consulting

Environmental compliance at a government facility is not a single program โ€” it is a continuous obligation across every medium the facility touches: air emissions from boilers and generators, stormwater and process water discharges, hazardous waste generated by maintenance and operations, chemical inventories subject to EPCRA reporting, and contaminated sites carrying legacy liability under CERCLA or state cleanup programs. Add PFAS โ€” per- and polyfluoroalkyl substances now regulated at the parts-per-trillion level in drinking water and increasingly in soil and groundwater โ€” and the compliance landscape becomes one of the most technically demanding in the environmental field. GSS provides registered environmental professionals and licensed engineers who understand not just what the regulations require, but how government agencies are expected to implement them. Our programs are designed to protect public health, reduce lifecycle compliance costs, and produce the technically defensible data that holds up in regulatory submissions, enforcement proceedings, and litigation โ€” because in government environmental work, the quality of your documentation is as important as the quality of your field work.

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Multi-Media Regulatory Compliance

CWA, CAA, RCRA, TSCA, EPCRA โ€” audit, gap analysis & corrective action

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Our compliance audits evaluate facility operations against applicable federal and state environmental regulations across all media โ€” air, water, land, and chemical management. Findings are documented in a formal Compliance Audit Report with prioritized corrective action recommendations, regulatory citation references, and implementation timelines.

  • Clean Air Act Title V and minor source permit compliance, HAP and VOC emission inventory, and air quality permit application support
  • RCRA hazardous waste generator compliance (40 CFR Parts 260โ€“270): waste characterization, manifest management, storage area inspections, and biennial reporting
  • TSCA compliance for PCB management, asbestos (NESHAP), and lead-based paint (RRP Rule) programs
  • EPCRA Section 302/304 emergency planning notification, Section 311/312 TIER II chemical inventory reporting, and Section 313 TRI reporting
  • Regulatory agency liaison, NOV response, and consent order negotiation support
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Phase I & II Environmental Site Assessments

ASTM E1527-21 & E1903-19 โ€” due diligence & subsurface investigation

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Phase I ESAs are conducted by our Environmental Professionals (EPs) in strict conformance with ASTM E1527-21, including records review, site reconnaissance, interviews, and a written report identifying Recognized Environmental Conditions (RECs), Controlled RECs (CRECs), and Historical RECs (HRECs). Where RECs are identified, Phase II investigations are scoped to characterize subsurface conditions through soil borings, groundwater monitoring wells, and laboratory analysis.

  • ASTM E1527-21 Phase I ESA with regulatory database review (EDR), historical aerial photograph review, and Sanborn fire insurance map research
  • Phase II subsurface investigation: soil boring installation, groundwater monitoring well construction, and soil/groundwater sampling per EPA SW-846 methods
  • Remedial Investigation/Feasibility Study (RI/FS) for sites requiring cleanup under CERCLA or state voluntary cleanup programs
  • Remediation technology selection, design, and implementation oversight (soil vapor extraction, pump-and-treat, in-situ chemical oxidation, monitored natural attenuation)
  • Long-term groundwater monitoring program management and regulatory closure documentation
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EO 14057 & Federal Sustainability Compliance

Net Zero emissions, Net Zero water & sustainable procurement

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Executive Order 14057 requires federal agencies to achieve net-zero emissions by 2050, with interim targets including 65% reduction in Scope 1 and 2 GHG emissions by 2030, net-zero water consumption, and 100% zero-emission vehicle acquisitions. Water treatment is a direct lever for meeting these targets: optimizing cycles of concentration in cooling towers reduces municipal water consumption; recovering air handler condensate provides a high-purity alternative water source; and maintaining clean heat transfer surfaces reduces chiller energy demand. GSS provides the technical analysis, program development, and implementation support agencies need to meet these mandates with documented, auditable results.

  • Scope 1, 2, and 3 greenhouse gas inventory development per GHG Protocol Corporate Standard and EPA's Center for Corporate Climate Leadership guidance
  • Net Zero Water roadmap development: water audit, conservation measure identification, greywater reuse feasibility, and rainwater harvesting system design
  • Sustainable procurement program development aligned with FAR Part 23 and EPA Comprehensive Procurement Guidelines (CPG)
  • Annual sustainability reporting for OMB, CEQ, and agency sustainability plans โ€” formatted to agency reporting requirements
  • LEED certification support: documentation preparation, credit compliance review, and USGBC submission management

Sustainable Facility Operations & Maintenance

Science-based O&M programs that reduce energy and water consumption, extend equipment service life, and maintain regulatory compliance across all government building systems

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Preventive & Predictive Maintenance Programs

CMMS-driven PM scheduling, condition monitoring & asset lifecycle management

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Effective preventive maintenance programs are built on equipment criticality rankings, manufacturer service intervals, and condition-based monitoring data โ€” not arbitrary schedules. GSS develops CMMS-integrated PM programs that prioritize maintenance resources based on failure consequence and probability, reducing unplanned downtime and extending equipment service life beyond design expectations.

  • Equipment criticality assessment and PM task development per APPA and ASHRAE O&M guidelines
  • Vibration analysis, thermographic imaging, and ultrasonic testing for rotating equipment condition monitoring
  • HVAC system PM: coil cleaning, belt inspection, bearing lubrication, filter replacement, and economizer calibration per ASHRAE 180
  • Plumbing system inspection: backflow preventer testing, pressure reducing valve calibration, and domestic hot water temperature verification for Legionella control
  • Building envelope assessment: air infiltration testing, thermal imaging, and moisture intrusion investigation
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Energy Auditing & Conservation Programs

ASHRAE Level Iโ€“III audits, ENERGY STAR benchmarking & ECM implementation

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Energy audits identify and quantify Energy Conservation Measures (ECMs) with calculated simple payback periods, net present values, and savings-to-investment ratios. GSS conducts ASHRAE Level I (walk-through), Level II (energy survey and analysis), and Level III (detailed analysis of capital-intensive modifications) audits, providing agencies with a prioritized ECM implementation roadmap with documented financial justification.

  • ENERGY STAR Portfolio Manager benchmarking and ENERGY STAR certification application support
  • Building automation system (BAS) optimization: control sequence review, setpoint adjustment, and scheduling optimization
  • Lighting retrofit analysis: LED conversion, occupancy sensor installation, and daylight harvesting controls
  • HVAC system optimization: variable frequency drive (VFD) installation, economizer controls, and demand-controlled ventilation per ASHRAE 62.1
  • Utility bill analysis, interval data review, and energy use intensity (EUI) benchmarking against CBECS median values
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Indoor Air Quality Assessment & Management

ASHRAE 62.1 compliance, mold investigation & IAQ monitoring programs

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Indoor air quality directly affects occupant health, productivity, and regulatory compliance. GSS conducts baseline IAQ assessments measuring COโ‚‚, CO, PM2.5, PM10, TVOC, formaldehyde, temperature, and relative humidity against ASHRAE 62.1 and OSHA PEL/TLV thresholds. Where deficiencies are identified, we develop and implement corrective programs addressing ventilation rates, filtration efficiency, source control, and moisture management.

  • Baseline IAQ assessment per EPA's Building Air Quality Guide and NIOSH Health Hazard Evaluation protocols
  • Mold investigation per IICRC S520 Standard: visual inspection, moisture mapping, air and surface sampling, and laboratory analysis (spore trap and culture methods)
  • Asbestos-containing material (ACM) survey per AHERA and NESHAP requirements; Operations & Maintenance (O&M) program development
  • Lead-based paint (LBP) assessment per HUD guidelines; abatement project design and contractor oversight
  • Ventilation system assessment: outside air measurement, supply/return air balance verification, and filter efficiency testing (MERV rating verification)
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Waste Management & Pollution Prevention

RCRA compliance, waste minimization & zero-landfill programs

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Effective waste management programs begin with a thorough waste stream characterization โ€” identifying all solid, hazardous, universal, and special wastes generated, their regulatory classification under RCRA, and current disposal pathways. GSS develops waste minimization plans that reduce generation at the source, maximize recycling and beneficial reuse, and ensure all remaining waste is managed in full regulatory compliance.

  • Waste stream audit and RCRA waste characterization: TCLP testing, knowledge-of-process documentation, and generator status determination (VSQG, SQG, LQG)
  • Hazardous waste management: satellite accumulation area setup, container labeling, manifest preparation, and licensed TSD facility coordination
  • Universal waste program management: spent lamps, batteries, pesticides, and mercury-containing equipment per 40 CFR Part 273
  • Pollution Prevention (P2) plan development per Executive Order 13693 and EPA P2 program guidance
  • Recycling program development, diversion rate tracking, and zero-waste-to-landfill certification support
NELAC-accredited laboratory water analysis
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NELAC Accredited

Analytical Laboratory & Environmental Testing

In government environmental work, analytical data is not just a number on a report โ€” it is the evidentiary foundation for compliance decisions, regulatory submissions, and, when necessary, enforcement proceedings and litigation. Data that cannot be defended โ€” because the method was wrong, the chain of custody was broken, or the QA/QC documentation is incomplete โ€” is worse than no data at all. GSS partners with NELAC/TNI-accredited analytical laboratories and operates all sampling programs under written Quality Assurance Project Plans (QAPPs) meeting EPA QA/R-5 requirements. Every sample is collected using EPA-approved methods, preserved correctly, documented with unbroken chain of custody, and analyzed within holding times โ€” producing data of known and documented quality that satisfies the most rigorous regulatory and legal scrutiny.

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Water Quality Analysis

Microbiological, inorganic, organic & physical parameter testing

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Water quality analysis services cover the full range of parameters required for drinking water compliance, industrial process water monitoring, wastewater discharge permit compliance, and environmental investigation support. All analyses are performed using current EPA-approved methods with documented method detection limits (MDLs) and practical quantitation limits (PQLs).

  • Microbiological: total coliform and E. coli (SM 9223B Colilert), heterotrophic plate count (SM 9215B), and Legionella pneumophila culture (ISO 11731) and qPCR quantification
  • Inorganic chemistry: dissolved metals by EPA 200.8 (ICP-MS), total metals by EPA 200.7 (ICP-OES), anions by EPA 300.0 (IC), and nutrients by EPA 350.1/353.2
  • Organic chemistry: VOCs by EPA 524.2 (P&T GC/MS), SVOCs by EPA 8270D, petroleum hydrocarbons by EPA 8015D, and pesticides/PCBs by EPA 8081A/8082A
  • Physical parameters: pH, conductivity, turbidity, dissolved oxygen, temperature, and total dissolved solids
  • Standard (5-day), rush (24โ€“48 hour), and same-day turnaround options with electronic data deliverables (EDD)
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Environmental Sampling & Field Analysis

Soil, groundwater, air & sediment sampling with field screening

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Environmental sampling programs are designed around a formal Sampling and Analysis Plan (SAP) that defines sample locations, collection methods, preservation requirements, holding times, and analytical methods โ€” ensuring all data collected is legally defensible and appropriate for its intended regulatory use. Field screening with PID/FID instruments, immunoassay kits, and portable XRF analyzers provides real-time decision support during investigation activities.

  • Soil sampling: split-spoon and Shelby tube collection, composite and discrete sampling strategies, and field screening with PID/FID for VOC detection
  • Groundwater sampling: low-flow purging per EPA SOP LM-GW-002, dedicated pump systems, and field parameter measurement (pH, DO, ORP, conductivity, turbidity)
  • Ambient and indoor air quality monitoring: TO-15 (SUMMA canister), TO-17 (sorbent tube), and real-time photoionization detector (PID) screening
  • Sediment sampling per EPA Sediment Sampling Guidance and USACE protocols for dredge material characterization
  • Electronic data deliverables (EDD) formatted for agency LIMS, EPA STORET, and regulatory database submission

Emergency Environmental Response

HAZWOPER-certified response teams equipped for IDLH atmospheres, Level B/C PPE operations, and NRC-reportable release response โ€” available 24 hours a day, 365 days a year

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24/7 Emergency Response

Contact Us for Emergency Dispatch

HAZWOPER-certified crews available for immediate deployment โ€” chemical spills, contamination events, and environmental emergencies

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Hazardous Material Spill Response & Containment

NRC-reportable releases, petroleum hydrocarbons & chemical spills โ€” 40 CFR Part 300

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The first hours of a spill response determine the trajectory of everything that follows โ€” the extent of contamination, the cost of remediation, the regulatory exposure, and the timeline to closure. GSS response teams operate under the National Contingency Plan (NCP, 40 CFR Part 300) framework with a clear objective: protect human health, contain the release, and establish the technical foundation for the most cost-effective path to regulatory closure. Rapid, technically sound response in the first hours consistently produces better outcomes โ€” lower lifecycle remediation costs, faster regulatory closure, and reduced long-term liability โ€” than delayed or poorly documented response.

  • Initial site characterization: air monitoring (LEL, Oโ‚‚, Hโ‚‚S, CO, VOC) with calibrated multi-gas and PID instruments prior to entry
  • Spill containment using absorbent booms, drain plugs, and portable containment berms; vacuum recovery of free-phase liquids
  • Regulatory notification: NRC reportable quantity (RQ) determination under CERCLA Section 103 and EPCRA Section 304; state agency notification
  • Contaminated soil and water characterization, waste profiling, and licensed disposal facility coordination
  • Post-incident environmental assessment, confirmatory sampling, and regulatory closure documentation
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Flood & Natural Disaster Environmental Response

Post-flood assessment, mold remediation & facility decontamination

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Flood events introduce complex environmental hazards โ€” sewage contamination, chemical releases from storage areas, mold growth within 24โ€“48 hours of water intrusion, and potential asbestos or lead disturbance in older government buildings. GSS provides rapid post-flood environmental assessment and remediation to restore safe occupancy conditions as quickly as possible while meeting all regulatory requirements.

  • Post-flood environmental assessment: water contamination characterization, hazardous material inventory review, and structural moisture mapping
  • Mold remediation per IICRC S520 Standard: containment establishment, HEPA air filtration, affected material removal, and post-remediation verification sampling
  • Asbestos and lead-based paint assessment prior to demolition or renovation activities per NESHAP and RRP Rule requirements
  • Facility decontamination: surface disinfection, odor control, and air quality verification prior to reoccupancy
  • FEMA Public Assistance documentation support for eligible environmental response costs
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Post-Fire Environmental Assessment & Cleanup

Fire debris characterization, smoke decontamination & hazmat assessment

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Post-fire environments present significant environmental and health hazards โ€” combustion byproducts including PAHs, dioxins, and heavy metals in ash and debris; potential asbestos and lead disturbance from building materials; and compromised air quality from residual smoke and particulates. GSS conducts systematic post-fire environmental assessments and cleanup operations to characterize hazards, protect workers and occupants, and restore facilities to safe operating condition.

  • Fire debris characterization: TCLP testing for hazardous waste determination, metals analysis, and dioxin/furan screening where applicable
  • Asbestos and lead-based paint assessment per NESHAP and EPA RRP Rule prior to debris removal
  • Smoke and soot decontamination: HEPA vacuuming, chemical sponge cleaning, and encapsulant application for porous surfaces
  • Air quality monitoring during cleanup: PM2.5, PM10, and VOC monitoring with real-time data logging
  • Waste characterization, manifest preparation, and licensed disposal facility coordination for all fire debris
Environmental and safety training for government personnel
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Certified Training

Environmental & Safety Training Programs

GSS delivers OSHA-compliant and EPA-recognized training programs for government agency personnel responsible for environmental compliance, chemical handling, water system operation, and emergency response. All courses are taught by credentialed instructors with active field experience โ€” not classroom-only trainers โ€” and include site-specific content tailored to each agency's actual regulatory obligations and facility conditions.

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HAZWOPER & OSHA Safety Training

29 CFR 1910.120 โ€” 40-hour, 24-hour, 8-hour refresher & first responder courses

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HAZWOPER training under 29 CFR 1910.120 is required for all personnel involved in hazardous waste operations, emergency response, or work at uncontrolled hazardous waste sites. GSS provides the full suite of HAZWOPER courses, with content customized to the specific hazards, chemicals, and emergency scenarios relevant to each government facility.

  • HAZWOPER 40-hour General Site Worker training per 29 CFR 1910.120(e): hazard recognition, PPE selection and donning, air monitoring, decontamination, and emergency response procedures
  • HAZWOPER 8-hour annual refresher per 29 CFR 1910.120(e)(8): regulatory updates, incident review, and skills verification
  • First Responder Operations (FRO) and Hazardous Materials Technician training per 29 CFR 1910.120(q)
  • OSHA 10-hour and 30-hour General Industry (29 CFR 1910) and Construction (29 CFR 1926) courses
  • Confined space entry and rescue per 29 CFR 1910.146: permit-required confined space program development and entrant/attendant/supervisor training
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Water Treatment Operator Training

Cooling tower chemistry, Legionella WMP implementation & chemical handling

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Facility personnel responsible for operating and maintaining water treatment systems need practical, chemistry-based training โ€” not just procedural checklists. GSS training programs teach operators to understand why treatment parameters matter, how to interpret water analysis results, and how to recognize and respond to system upsets before they become compliance violations or public health events.

  • Cooling tower water chemistry fundamentals: LSI/RSI calculation, cycles of concentration optimization, inhibitor residual testing, and biocide efficacy assessment
  • Legionella Water Management Plan (WMP) implementation training: control measure verification, corrective action procedures, and documentation requirements per ASHRAE 188
  • Chemical handling and safety: SDS interpretation, PPE selection, secondary containment requirements, and emergency response procedures for treatment chemicals
  • Automated controller operation: Chem-Aqua aquaDARTยฎ controller programming, probe calibration, alarm response, and data logging review
  • Water quality testing techniques: colorimetric test kits, digital titration, and portable photometer operation for field analysis
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Environmental Compliance Training

RCRA, CWA, CAA, TSCA & EO 14057 โ€” regulatory obligations for government personnel

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Government facility environmental compliance training is not one-size-fits-all. GSS develops agency-specific training curricula based on each facility's actual regulatory profile โ€” the specific permits, waste streams, air emission sources, and chemical inventories that determine compliance obligations. Training is delivered by environmental professionals with direct regulatory experience, not generic compliance instructors.

  • RCRA hazardous waste management training: waste characterization, generator requirements, satellite accumulation area management, and manifest procedures
  • Clean Water Act compliance: NPDES permit conditions, discharge monitoring, SPCC plan implementation, and stormwater BMP maintenance
  • Clean Air Act compliance: permit conditions, emission monitoring, recordkeeping, and reporting requirements for Title V and minor source facilities
  • EPCRA compliance: TIER II reporting procedures, TRI reporting methodology, and emergency planning notification requirements
  • EO 14057 sustainability requirements: GHG inventory methodology, Net Zero Water program implementation, and sustainable procurement procedures

The GSS Technical Advantage

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Chemistry and Technology That Performs

GSS has partnered with industry leaders in water treatment chemistry, specialty maintenance formulations, and chemical supply. Every program is backed by partners with the technical depth to support complex government facility water systems โ€” not just deliver drums of chemical on a schedule.

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Government Regulatory Fluency

15+ years serving federal, state, and local government agencies as well as commercial clients across the country. Our staff understands FAR/DFARS compliance, GSA Schedule procurement, agency-specific directives, and the regulatory frameworks that govern both publicly and privately operated facilities.

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24/7 Certified Response Capability

HAZWOPER 40-hour certified response crews on standby around the clock. When a Legionella positive result comes back at 5 PM on a Friday, when a chemical release occurs during a holiday weekend, or when a regulatory deadline is 48 hours away โ€” the difference between a contractor with credentials and a contractor with field experience becomes immediately apparent. Our personnel have managed these situations before. They know what to do, in what order, and why.

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Multiple Contract Vehicles

GSA Schedule, IDIQ, and BPA contract vehicles eliminate the need for lengthy competitive procurement for routine and emergency services. Contracting officers can issue task orders directly against existing vehicles.

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ISO 9001:2015 Quality Management

Every service we deliver is governed by documented procedures, calibrated instruments, and a formal corrective action process under our ISO 9001:2015 certified Quality Management System โ€” providing agencies with an auditable record of service quality.

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Zero Regulatory Violations

Across 200+ completed government projects, GSS has maintained a 100% regulatory compliance rate. No NOVs, no consent orders, no enforcement actions on any project we have managed. That record is not accidental โ€” it is the result of rigorous program design and disciplined execution.

Let's Review Your Current Programs

Our licensed water treatment chemists and environmental engineers will conduct a no-obligation technical review of your facility's existing programs, identify compliance gaps, and provide a written assessment with specific recommendations.