Hinkton Technology

Comprehensive guide to the wastewater treatment process covering primary, secondary, and tertiary treatment stages, biological systems, aeration technologies, and modern solutions for municipal sewage treatment.

Learn about secondary wastewater treatment processes, including biological treatment and aeration systems. HINKTON Environmental Technology provides advanced aeration equipment and complete secondary treatment solutions for municipal and industrial wastewater facilities.

Surface area loading rate is the fundamental design parameter for Moving Bed Biofilm Reactor (MBBR) systems, defining how much pollutant each square meter of biofilm carrier can process daily. This guide covers calculations, typical values, optimization strategies, and best practices for wastewater treatment professionals.

Secondary wastewater treatment is a crucial stage in the sewage treatment process, designed to remove dissolved and suspended organic matter that primary treatment cannot eliminate. This step plays a key role in industrial wastewater treatment systems, municipal plants, and decentralized treatment projects worldwide.

La adsorción es uno de los procesos más eficaces y ampliamente utilizados en el tratamiento de aguas residuales, especialmente para eliminar contaminantes disueltos que los métodos mecánicos o biológicos convencionales no pueden remover adecuadamente. Un buen diseño de adsorción garantiza un alto rendimiento, bajos costos operativos y una calidad estable del efluente, tanto en aplicaciones municipales como industriales.

La aireación es un proceso fundamental en el tratamiento de aguas residuales. Al introducir oxígeno en el agua, los aireadores permiten la actividad microbiológica, aceleran la degradación orgánica y mejoran la eficiencia del sistema. Existen varios tipos de aireadores utilizados según el diseño del sistema, los requisitos energéticos y la profundidad del tanque.

Advanced Oxidation Processes (AOPs) have become one of the most powerful technologies in modern wastewater treatment. With increasing industrial complexity and stricter discharge standards, traditional biological or physical-chemical methods often struggle to remove persistent organic pollutants. AOPs provide an efficient and reliable solution by generating highly reactive oxidizing species—mainly hydroxyl radicals (•OH)—that can degrade contaminants that are otherwise difficult to treat.

Choosing the right wastewater treatment system is essential for improving water quality, reducing pollution, and keeping treatment plants running efficiently. Different types of systems are used in municipal and industrial projects, and each one offers unique advantages. Below is a clear and simple overview of the most common wastewater treatment systems used today.

La aireación del agua es el proceso de introducir aire en el agua para aumentar los niveles de oxígeno disuelto (OD). En el tratamiento de aguas residuales, la aireación es esencial porque los microorganismos necesitan oxígeno para degradar los contaminantes orgánicos. Sin suficiente oxígeno, la eficiencia del tratamiento disminuye, aparecen malos olores y el lodo se vuelve difícil de manejar.

Aerated submerged filters (ASF) are a widely used biological technology for municipal and industrial wastewater treatment. Their main function is to remove organic matter and reduce ammonia through a stable and efficient process. This system is compact, easy to operate, and ideal for upgrading existing plants without major construction work.