WASTEWATER
TREATMENT SYSTEMS
UET Water designs and manufactures engineered wastewater treatment systems for industrial, municipal, and water reuse applications worldwide.
Our wastewater technologies integrate biological treatment, membrane separation, and physical-chemical processes to achieve regulatory compliance, operational stability, and long-term performance under demanding loading conditions.
Each system is engineered to meet project-specific discharge limits, recovery objectives, and site constraints.
Core Biological Treatment Technologies
ASBR – Advanced Sequencing Batch Reactor
ASBR systems provide time-controlled biological treatment within a single reactor basin, offering flexibility and effective BOD, COD, and nutrient reduction.
Ideal for: Municipal wastewater; Industrial effluent with variable loading; Remote or space-constrained facilities.
MBBR – Moving Bed Biofilm Reactor
MBBR technology utilizes suspended biofilm carriers to enhance biomass concentration and treatment efficiency while maintaining stable performance under fluctuating loads.
Advantages include: Compact footprint; High organic load tolerance; Retrofit capability; Improved shock load resistance.
Extended Aeration Systems (BIOWORKS TECHNOLOGY)
Extended aeration provides robust and low-maintenance biological treatment for municipal and commercial applications.
Commonly used for: Municipal facilities; Hospitality developments; Industrial wastewater with moderate loading.
MBR – Membrane Bioreactor
MBR integrates biological treatment with membrane separation to produce high-quality effluent suitable for reuse or advanced discharge standards.
Benefits include: Superior solids separation; Reduced footprint; High effluent quality; Direct reuse compatibility.
Physico-Chemical Treatment Technologies
Dissolved Air Flotation (DAF)
DAF systems remove suspended solids, oils, fats, and grease through air-assisted separation processes.
Applications include:
Food & beverage wastewater
Industrial process wastewater
Pretreatment prior to biological systems
Integrated Wastewater Treatment Trains
UET Water engineers complete wastewater treatment systems that may include:
Equalization & load balancing
Biological reactors (ASBR, MBBR, Extended Aeration)
MBR polishing
DAF pretreatment
Sludge handling & dewatering
Tertiary filtration & reuse integration
Automation & remote monitoring systems
Each treatment train is configured to optimize performance, minimize energy consumption, and ensure long-term operational reliability.
Wastewater Reuse & Recovery Integration
Our wastewater systems can be integrated with:
Ultrafiltration
Reverse Osmosis
EDI polishing
Mineralization systems
Ozone sterilization
This enables:
Water reuse
Industrial recycling
Reduced discharge volumes
High-recovery system integration
Engineered for Compliance & Reliability
UET Water wastewater systems are designed with a focus on:
Regulatory compliance
Stable biological performance
Energy-efficient aeration
Optimized sludge management
Scalable modular architecture
Systems are available as:
Skid-mounted modular units
Containerized systems
Full plant installations
