Water and Wastewater Treatment
Freese and Nichols provides services in Water Purification and Resource Recovery – also known as Water/Wastewater Treatment – for municipal, state and federal clients across the southeast United States. We regularly serve as program manager or design consultant for water and wastewater treatment projects resulting in multi-billions of gallons per day in total treatment capacity for our clients. We lead planning studies and plant designs, as well as provide construction phase and startup/commissioning services for advanced water, wastewater and water reuse treatment systems.
Our practice is built on a legacy dating to 1894, when treatment was one of the original services offered by our firm’s founder, Maj. John Hawley. Today, our nationally recognized experts offer broad experience in process innovation and design for water and wastewater treatment, with a commitment to quality and client service.
A partial list of our treatment service offerings is provided below.
Start a Wastewater and Wastewater Treatment ProjectSpecific Services
Water Purification (Water Treatment)
- Indirect/direct potable reuse for water supply augmentation
- Brackish groundwater and seawater desalination
- Conventional groundwater treatment
- Conventional and advanced surface water treatment
- Energy use optimization for membrane systems
- Membrane filtration
- Chlorine, chloramine, ozone and UV disinfection
- Chemical optimization
- Disinfection byproduct control
- Distribution system water quality
- Lead and copper rule compliance
- Enhanced coagulation and sedimentation
- Chemical feed and scrubbers
- Softening, lime addition and recarbonation
- Taste and odor control
- Water supply and source water protection
- PFAS treatment
Resource Recovery (Wastewater Treatment)
- Water reclamation and reuse
- Conventional activated sludge and high rate activated sludge systems
- Integrated film-activated sludge (IFAS), moving bed biofilm reactors (MBBR) and membrane aerated bioreactors (MABR)
- Biological and chemical phosphorus removal
- Ammonia nitrification
- Total nitrogen removal
- Headworks, coarse and fine screening, and grit removal
- Wastewater pumping systems
- Primary clarification and high-rate primary treatment
- Chemically enhanced primary treatment
- Secondary clarification
- Cloth media and conventional filtration
- Chlorine, UV and hypochlorite disinfection
- Anaerobic treatment and digestion
- Aerobic digestion
- Biosolids dewatering and drying
- Class A biosolids treatment
- Energy conservation and recovery
- Biosolids regulations and residuals management
- Industrial pretreatment and technically based local limits
- Peak flow management, storage and treatment
- Plant upratings
- PFAS treatment
Project Gallery
Catawba River Water Pollution Control Facility
City of Morganton, North Carolina
Expansion of the Auger Water Treatment Plant to 12 MG
City of Midlothian, Texas
Holly Water Treatment Plant Expansion
City of Fort Worth, Texas
Lick Creek Wastewater Treatment Plant Capacity Expansion
City of College Station, Texas
Main Wastewater Treatment Plant
City of Port Arthur, Texas
Martinez IV WWTP and Wastewater Collection System
San Antonio River Authority, Texas
Wastewater Treatment Plant Expansion
City of Cleburne, Texas
Water Treatment Plant Disinfection Byproducts Reduction Improvements
Somervell County Water District, Texas
North Water Treatment Plant Improvements Project No. 3 and South Water Treatment Plant Uprating Improvements
City of Lubbock, Texas
Central Wastewater Treatment Plant Expansion
City of Pflugerville, Texas
Allison Wastewater Treatment Plant Nitrification Study
City of Corpus Christi, Texas
Village Creek Water Reclamation Facility Thickening Study and Modifications
City of Fort Worth, Texas
Phase 1C Water Treatment Plant Expansion and Zebra Mussel Control
Brushy Creek Regional Utility Authority, Texas
Wylie Water Treatment Plant Risk-Based Renewal CIP
North Texas Municipal Water District
Related Materials
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PFAS Resources
Brochures
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EPA’s Blending Policy: Clear As Mud?
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