Trussell Technologies, Inc.

Trussell offers comprehensive water reuse solutions, from expanding non-potable recycled water systems to navigating advanced potable reuse applications.

• Non-Potable Reuse Expansion

  Developing strategies and infrastructure designs to expand recycled water supplies for non-potable beneficial uses.

• Potable Reuse Engineering

  Designing advanced treatment systems and guiding clients through potable reuse regulations, including groundwater recharge, surface water augmentation, and direct potable reuse.

• Intake Water Characterization

  Identifying and characterizing alternative intake waters to establish optimized treatment solutions.

Trussell supports municipal water agencies with comprehensive drinking water services, from pilot testing to full-scale treatment facility design and emerging contaminant treatment.

• Emerging Contaminants and PFAS Mitigation

  Developing innovative treatment solutions to address PFAS, iron, manganese, and other emerging contaminants in drinking water supplies.

• Full-Scale Drinking Water Facility Design

  Establishing technologically and economically feasible treatment designs, taking projects from master plans to commissioning.

• Water Integration and Corrosion Mitigation

  Evaluating system integration and corrosion potential using specialized benchtop and pipe loop studies.

Optimizing biological wastewater treatment processes to ensure regulatory compliance and provide high-quality intake water for downstream advanced purification.

• Biological Treatment Process Design

  Planning and designing efficient biological treatment alternatives utilizing advanced biological modeling tools.

• Wastewater Process Optimization

  Modifying operating procedures, upgrading instrumentation and controls, and improving equipment to enhance facility reliability and compliance.

Navigating seawater desalination challenges through process design, environmental impact evaluations, and post-treatment stabilization.

• Reverse Osmosis Process Design

  Designing and optimizing high-performing reverse osmosis treatment systems based on target water quality goals.

• Desalination Post-Treatment Stabilization

  Utilizing benchtop and pipe loop studies to minimize corrosion and water quality impacts in conveyance infrastructure.

Delivering full-scale process mechanical designs and alternative project delivery services for advanced water treatment facilities.

• Detailed Process Mechanical Engineering

  Developing basis of design criteria, process flow diagrams, piping and instrumentation diagrams, and detailed mechanical drawings.

• Owner's Engineering and Technology Selection

  Assisting public agencies with alternative technology evaluation, vendor pre-selection, pre-procurement, and owner's representative services.

Utilizing lab-scale and field-scale testing to troubleshoot operations, optimize treatment chemistry, and establish robust design criteria.

• Laboratory Treatability Services

  Conducting ozone testing, UV collimated beam testing, chlorine testing, jar testing, and rapid small-scale column testing in a state-of-the-art laboratory.

• Pilot- and Demonstration-Scale Field Testing

  Designing, installing, and operating on-site pilot systems to validate treatment performance and maximize investment returns.

Guiding municipal and regional agencies through complex drinking water and water reuse permitting frameworks at state and federal levels.

• Drinking Water Compliance Support

  Assisting with LT2ESWTR pathogen log reduction classifications, Watershed Sanitary Surveys, and revised Lead and Copper Rule monitoring.

• Potable Reuse Permitting and Engineering Reports

  Drafting formal Engineering Reports and facilitating regulatory approvals for Waste Discharge Requirements and Water Recycling Requirements.

• Residuals and NPDES Permitting Strategies

  Developing innovative waste discharge strategies to manage advanced treatment residuals, such as reverse osmosis concentrate.

Providing hands-on process support, certified operator training, and facility optimization to bridge the gap between design and long-term operations.

• Certified Operator Training

  Developing custom training curricula tailored to AWTO and wastewater operator certifications.

• Commissioning and Operational Plans

  Creating standard operating procedures (SOPs), maintenance schedules, and process control descriptions to support facility startup.