INDUSTRIAL WASTEWATER TREATMENT
Every Industrial Wastewater Is Different.
Commercial and industrial wastewater treatment requires solutions adapted to widely varying wastewater characteristics. Industrial effluents can differ significantly in composition, pollutant loads and treatment requirements depending on the production process and application.
AAA develops customized wastewater treatment systems designed to achieve reliable treatment performance, meet discharge or reuse requirements and support efficient long-term operation.
PROJECT-SPECIFIC SOLUTIONS
Different Wastewater.
Different Solution.
Wastewater characteristics define the treatment concept.
Not the other way around.
CUSTOMIZED INDUSTRIAL SOLUTIONS
Engineered Around Your Wastewater.
Industrial wastewater treatment starts with the wastewater itself. Flow rates, COD and BOD loads, suspended solids, oils and greases, nutrients, salinity, heavy metals and other process-specific contaminants determine which treatment concept is technically and economically suitable.
AAA combines physical, chemical and biological processes according to the specific requirements of each project. From pre-treatment and biological treatment to advanced filtration and water reuse, each process stage is selected to achieve the required treatment performance with reliable and efficient operation.
Wastewater Characteristics
Composition, flow rates, pollutant loads and fluctuations form the basis of every treatment concept.
Treatment Targets
Discharge limits, reuse requirements and customer objectives define the required treatment performance.
Process Selection
Physical, chemical and biological processes are selected and combined according to the wastewater characteristics and treatment targets.
Operational Requirements
Reliability, energy efficiency, automation, available space and operating costs are considered throughout the system design.
TREATMENT TECHNOLOGIES
The Right Process for Every Wastewater.
Industrial wastewater treatment rarely relies on a single technology. AAA develops project-specific treatment trains by selecting and combining proven physical, chemical, biological and advanced treatment processes according to wastewater characteristics, treatment targets and operational requirements.
01
Physical
Processes
Screening
Sedimentation
Oil & Grease Separation
Dissolved Air Flotation (DAF)
Filtration
02
Chemical
Processes
pH Adjustment & Neutralization
Coagulation & Flocculation
Chemical Precipitation
Oxidation & Reduction
Chemical Dosing
03
Biological
Processes
Activated Sludge
SBR – Sequencing Batch Reactor
MBBR – Moving Bed Biofilm Reactor
MBR – Membrane Bioreactor
Aerobic & Anaerobic Treatment
04
Advanced
Treatment
Sand Filtration
Activated Carbon Filtration
Advanced Oxidation Processes
Specialized Treatment Processes
05
Water
Reuse
Ultrafiltration (UF)
Nanofiltration (NF)
Reverse Osmosis (RO)
Process Water Reuse
Water Recycling
ENGINEERING & EXPERIENCE
German Quality.
International Experience.
AAA combines German engineering standards with more than 20 years of international experience in wastewater treatment. Our treatment systems are developed around the specific technical, operational and economic requirements of each project.
With engineering and project capabilities in Germany and Türkiye, we provide customized solutions for industrial wastewater applications worldwide – from process design and equipment selection to system integration and commissioning.
PROJECT-SPECIFIC ENGINEERING
Your Project.
Engineered with Experience.
From process design to fabrication and system integration.
SELECTED INDUSTRIAL REFERENCES
Proven Across Demanding Industries.
A selection of industrial wastewater treatment projects demonstrates AAA’s experience with demanding wastewater characteristics across a wide range of industries.
SLAUGHTERHOUSES & MEAT PROCESSING
CHALLENGE
High organic loads, fats, proteins and solids, combined with strong fluctuations in wastewater composition, require robust and reliable treatment.
TYPICAL TREATMENT APPROACH
Screening · Equalization · DAF · Biological Treatment · Sludge Treatment
MINING & HEAVY METALS
CHALLENGE
Heavy metals, suspended solids and dissolved minerals, often combined with variable process conditions, require robust and adaptable treatment.
TYPICAL TREATMENT APPROACH
pH Adjustment · Chemical Precipitation · Coagulation / Flocculation · Filtration · Water Reuse
TEXTILE INDUSTRY
CHALLENGE
High COD loads, dyes, chemicals and fluctuating pH values create complex wastewater conditions requiring flexible and reliable treatment.
TYPICAL TREATMENT APPROACH
Equalization · pH Adjustment · Coagulation / Flocculation · Biological Treatment · Filtration
DAIRY & FOOD PROCESSING
CHALLENGE
High organic loads, fats and proteins, combined with fluctuating production and cleaning cycles, create highly variable wastewater conditions.
TYPICAL TREATMENT APPROACH
Equalization · DAF · Biological Treatment · MBR
METALWORKING & SURFACE TREATMENT
CHALLENGE
Heavy metals, oils, emulsions and fluctuating pH values create demanding wastewater conditions requiring reliable and flexible treatment.
TYPICAL TREATMENT APPROACH
pH Adjustment · Precipitation / Flocculation · DAF / Sedimentation · Filtration
OIL & GAS / PETROCHEMICAL
CHALLENGE
Oil, hydrocarbons, suspended solids and dissolved contaminants create complex wastewater conditions requiring robust and reliable treatment.
TYPICAL TREATMENT APPROACH
Oil Separation · DAF · Biological Treatment · Filtration · Water Reuse
INDUSTRY EXPERIENCE
One Engineering Approach. Many Industries.
AAA develops industrial wastewater treatment solutions across a broad range of industries – engineered around the specific wastewater characteristics, treatment targets and operational requirements of each application.
01
Food & Beverage
High organic loads and variable wastewater composition
02
Dairy Processing
High COD and BOD loads from milk and production residues
03
Meat & Poultry Processing
Fats, proteins, solids and high organic wastewater loads
04
Fish Processing
Organic matter, oils, fats and suspended solids
05
Olive Oil & Soap Production
High-strength wastewater with oils and organic compounds
06
Coating & Surface Treatment
Metals, chemicals and process-specific contaminants
07
Automotive & Transportation
Oils, metals and wastewater from production processes
08
Paper & Pulp
Suspended solids, fibers and high organic loads
09
Textile Industry
Color, chemicals, salts and variable process wastewater
10
Metalworking
Metals, oils, emulsions and process chemicals
11
Mining & Minerals
Suspended solids, minerals and process-specific contaminants
12
Oil & Gas / Petrochemical
Hydrocarbons, oils and complex process wastewater
13
Leather & Tannery
High organic loads, salts and process chemicals
14
Healthcare & Hospitals
Complex wastewater with specific treatment requirements
15
Special Industrial Applications
Project-specific wastewater challenges
Your industry isn’t listed?
Our approach starts with your wastewater characteristics and treatment requirements.
PROJECT-SPECIFIC SOLUTIONS
Engineered Around Your Project.
AAA develops each industrial wastewater treatment solution around the specific wastewater characteristics, treatment targets and operational requirements of the project. Process conditions, wastewater composition, available space and site requirements are considered from the engineering stage onward. Where appropriate, treatment systems can be implemented in a containerized configuration. Where treated water is intended for reuse, additional treatment stages can be integrated according to the required water quality.
CONTAINERIZED SOLUTIONS
Compact. Pre-Assembled. Easy to Install.
Treatment technology and technical equipment are integrated and pre-assembled within the container – reducing on-site construction and installation work for faster, easier and more cost-efficient project implementation.
PRE-ASSEMBLED · EASY TO INSTALL · REDUCED ON-SITE WORK
WATER REUSE
Treatment Tailored to the Intended Reuse.
Where water reuse is required, additional treatment stages can be integrated according to the intended application and required water quality – turning treated wastewater into a valuable resource.
APPLICATION-SPECIFIC · RESOURCE EFFICIENCY
