Longking EnTech Europe Highlights Ozone Technologies for Micropollutant Removal at IFAT Munich 2026
Advanced ozone and UV solutions for quaternary treatment, wastewater reuse and the next generation of water treatment
Longking EnTech Europe successfully participated in IFAT Munich 2026, one of the world’s leading trade fairs for environmental technologies, reinforcing its position as a strategic provider of advanced ozone and UV solutions for municipal and industrial water treatment.
Held in Munich from 4 to 7 May 2026, IFAT brought together utilities, engineering companies, industrial operators, technology providers, public institutions and environmental professionals from across the global water sector. For Longking EnTech Europe, the event represented an important opportunity to present its technical capabilities, strengthen international visibility and engage with partners preparing for the next generation of water and wastewater treatment requirements.
A new regulatory context for wastewater treatment in Europe
The European water sector is entering a decisive phase. The revised European Urban Wastewater Treatment Directive is creating a new regulatory framework for wastewater treatment, with increasing attention on the removal of micropollutants and the implementation of quaternary treatment in selected wastewater treatment plants.
Micropollutants such as pharmaceutical residues, personal care product compounds, hormones, pesticides and other trace organic substances are often present at very low concentrations, but they may have a significant environmental impact. Their removal requires robust, efficient and scalable treatment technologies that can be properly integrated into existing wastewater treatment infrastructure.
For utilities, engineering companies and industrial operators, this represents both a technical challenge and a strategic priority: future wastewater treatment plants will need to combine high treatment performance with energy efficiency, process stability, automation and long-term regulatory compliance.
Ozone as a key technology for micropollutant removal
In this context, ozone is one of the most relevant technologies for advanced oxidation, disinfection and micropollutant abatement. When correctly designed, controlled and integrated into the overall treatment process, ozone can provide an effective response to increasingly demanding water quality objectives.
However, successful ozone application requires more than ozone generation capacity alone. Project performance depends on a complete understanding of the water matrix, target compounds, ozone dose, contact time, mass transfer efficiency, energy consumption, process control and by-product risk management, including bromate control where relevant.
This is why ozone systems for micropollutant removal must be approached as engineered treatment solutions, not simply as equipment packages.
Longking EnTech Europe’s technical approach
At IFAT Munich 2026, Longking EnTech Europe presented its portfolio of ozone generation systems and UV disinfection technologies for applications including municipal wastewater treatment, water reuse, drinking water, industrial process water, advanced oxidation and disinfection.
Particular interest was shown in Longking’s ozone systems for micropollutant removal and quaternary treatment, where the company’s approach combines advanced ozone generation technology, European process engineering and local technical support.
Longking EnTech Europe supports projects from feasibility assessment and process design through to commissioning, operational support and long-term lifecycle service. This enables each solution to be adapted to the specific requirements of the project, including treatment objectives, hydraulic conditions, water quality, energy performance, automation strategy, safety requirements and integration into existing infrastructure.
Advanced ozone and UV solutions for demanding applications
Alongside ozone technologies, Longking EnTech Europe also presented its UV disinfection solutions for water and wastewater applications, including open-channel and closed-vessel systems.
The combination of ozone and UV technologies allows Longking EnTech Europe to address a broad range of treatment needs, from disinfection and water reuse to advanced treatment applications where reliability, process control and regulatory alignment are essential.
For municipal and industrial clients, this integrated portfolio supports the transition towards more resilient and future-ready water treatment systems.
European engineering backed by global industrial strength
A central message of Longking EnTech Europe’s presence at IFAT was the company’s ability to combine European engineering, project execution and technical support with the industrial strength, manufacturing capacity and R&D resources of the Longking Group.
This structure allows Longking EnTech Europe to support utilities, engineering companies and industrial clients locally, while delivering the scale, consistency and technical depth of a global industrial organization.
For the European market, this combination is particularly relevant: advanced water treatment projects require not only reliable technology, but also local technical proximity, regulatory understanding, commissioning support and long-term service capability.
Strong technical interest at IFAT Munich 2026
The strong technical interest generated at the Longking stand confirmed the market’s need for high-performance ozone and UV solutions capable of supporting the transition towards more demanding environmental standards.
Discussions with utilities, engineering companies, industrial clients and technology partners focused especially on advanced oxidation, micropollutant removal, water reuse, disinfection and the integration of ozone systems into existing wastewater treatment plants.
For Longking EnTech Europe, IFAT Munich 2026 represented an important milestone in the company’s positioning as an international provider of advanced technologies for water and wastewater treatment.
Statement from Longking EnTech Europe
“IFAT Munich 2026 confirmed that the European water sector is entering a decisive phase,” said Javier Ezquerra, CEO of Longking EnTech Europe. “The demand for advanced treatment technologies is accelerating, particularly in relation to micropollutant removal and quaternary treatment. Ozone is clearly positioned as one of the most relevant technologies for this challenge, provided it is properly designed, controlled and integrated into the overall treatment process.”
He added:
“Our objective is not only to supply equipment, but to support customers with reliable, efficient and compliant solutions. By combining the industrial capabilities of the Longking Group with European engineering and local technical support, Longking EnTech Europe is well positioned to contribute to the future of advanced water and wastewater treatment.”
Supporting the future of water and wastewater treatment
With its successful participation at IFAT Munich 2026, Longking EnTech Europe reaffirms its commitment to delivering sustainable, reliable and technically robust solutions that support safer, cleaner and more efficient water management worldwide.
As the water sector moves towards stricter environmental requirements, higher treatment performance and greater resource efficiency, Longking EnTech Europe will continue to support municipalities, engineering companies and industrial clients with advanced ozone and UV technologies designed for the next generation of water treatment.
About Longking EnTech Europe
Longking EnTech Europe provides advanced ozone and UV solutions for municipal and industrial water treatment. Based in Europe and backed by the Longking Group, the company combines European engineering, project execution and lifecycle service capabilities with large-scale manufacturing strength and R&D resources to deliver reliable, efficient and sustainable technologies for water and environmental applications.
For more information, contact our commercial department at info@longkingeu.com .