Analysis & Evaluation

Analysis & Evaluation - AQUALIS

Analysis and Evaluation Services

Analysis & evaluation is the process that AQUALIS engineers use to examine and assess designed water, wastewater or stormwater utility management systems to ensure they are functioning, efficient, safe and meeting all regulatory requirements. Investing in routine analysis and evaluations with AQUALIS helps owners meet environmental and safety regulations, avoiding penalties. We ensure that your system is compliant by providing all the necessary documentation for federal, state and local regulations. 

Services

Stormwater System analysis and evaluation is used to determine the overall performance of the stormwater management system for both volume and peak discharge flow.
In separate sanitary sewers and combined sewers, Engineers check that these systems function efficiently without issues, such as backups and overflows. Likewise, collection system mapping and asset resource management of equipment and infrastructure play important roles for the overall health of the utility and capacity to serve into the future effectively.
AQUALIS engineers design hydraulic models based on collected data to simulate the water flow through stormwater systems to determine how it will perform in varying conditions. Hydrologic analysis is used to analyze the peak rate and volume of runoff, as well as the time distribution of flow to design drainage systems.
The use of engineering design and feasibility studies help plan, design and develop the physical water and wastewater facilities for long-term sustainability. Evaluation of the best actions by study promotes continued designs and facilities being constructed that serve the community best.
The use of well site siting, well assessments, pilot testing, test pumping and chemical treatment analysis produce the required reporting and evaluation needed for public water supplies. Ongoing reporting and evaluation of performance is crucial, and the data can be used to optimize performance or define the improvements and report the status of operations.
Analysis & Evaluation - AQUALIS

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Analysis & Evaluation - AQUALIS

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Benefits of Analysis & Evaluation Services

Analysis is the collection and interpretation of data to determine the performance and potential risks of utility management system. Evaluation assesses the design of these respective systems to develop safe and economical resources that use the best practices to achieve long-term sustainability while also complying with regulatory requirements. 

Our Engineers collect detailed insights by analyzing how the utility system operates, how it influences other elements of service, and how each utility may achieve a common goal of all system delivering the desired services. This allows our engineers to enact the most effective decisions for design, maintenance or upgrades, prioritizing interventions to any critical areas.  

Benefits include:

  • Improve system performance with designs prepared for various weather events.  
  • Regular evaluations allow engineers to detect any potential problems, allowing for proactive maintenance as well as sound planning for system replacement or upgrade. 
  • Develop Risk Mitigation strategies to proactively handle potential risk. 
  • Allows for system optimization with improvements and innovation. 
  • Ensures systems remain compliant on the federal, state and local level. 

The main components that make up an evaluation are a feasibility assessment, safety requirement, performance data, environmental impact and regulatory compliance. 

  • Measure the performance of stormwater systems to confirm it meets design criteria. 
  • Verify the system complies with all regulations, including local, state, federal, as well as Environmental & Safety standards. 
  • Evaluate the potential risks of system failure to determine the best mitigation practices in an emergency, like flooding or contamination.  
  • Measure the economic impacts of options of solutions to enact the most environmentally sustainable BMPs that also provides long-term savings, including both capital and operation & maintenance costs. 
  • Rainfall patterns and average rainfall depths using site-specific hydrological data available, typically through the NOAA. 
  • Develop and analyze topographic maps and digital elevation models (DEMs). 
  • Investigate Soil types & current land uses. 
  • Create models to simulate water flow and drainage.  
  • Identify potential system failures, like erosion or flooding. 

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