Zero Liquid Discharge water treatment – Lamor Advances Sustainable Plastic Recycling With Zero Liquid Discharge Water Treatment Powering Finland’s Largest Mechanical Recycling Plant Toward Circular Industrial Leadership 19-12-2025
Zero Liquid Discharge water treatment
Lamor Delivers Advanced Zero Liquid Discharge Water Treatment to Syklo in Finland
Lamor has secured a significant order to deliver an advanced Zero Liquid Discharge water treatment solution to Syklo, a Finnish company currently constructing the country’s largest mechanical plastic recycling plant in Hyvinkää. This facility represents a major step forward for the European recycling industry, combining large scale plastic recovery with cutting edge water treatment technology designed to eliminate wastewater discharge entirely.
As sustainability expectations rise across industrial sectors, plastic recycling water treatment has become a critical factor in ensuring that circular economy goals are achieved without creating new environmental risks. By integrating a Zero Liquid Discharge water treatment process, Syklo and Lamor are demonstrating how industrial recycling operations can dramatically reduce freshwater consumption while preventing pollution of surrounding ecosystems.
Supporting Finland’s Largest Mechanical Plastic Recycling Plant
Syklo’s new plant in Hyvinkää is designed to be a cornerstone of Finland’s recycling infrastructure. The facility will use a density based mechanical process to separate different plastic fractions efficiently and at scale. This process requires high quality process water to function reliably, making advanced water treatment an essential component of the plant’s overall design.
Lamor’s role in the project is to deliver a complete turnkey water treatment solution that supports uninterrupted operation. The system is engineered specifically for plastic recycling water treatment, addressing challenges such as suspended solids, chemical residues, and microplastics that can otherwise compromise both operational efficiency and environmental safety.
A Comprehensive Turnkey Water Treatment Solution
The water treatment system supplied by Lamor consists of several integrated stages, each playing a vital role in achieving Zero Liquid Discharge water treatment performance. The process begins with chemical precipitation, which removes dissolved and suspended contaminants early in the treatment chain. This is followed by automatic filtration that further refines the water quality and protects downstream technologies.
Ceramic ultrafiltration forms the backbone of the system, providing robust separation of fine particles and microplastics. Activated carbon filtration then removes organic compounds and residual chemicals, ensuring high purity levels. Finally, reverse osmosis delivers the final polishing step, producing water suitable for reuse within the recycling process.
Together, these stages create a closed loop system that eliminates wastewater discharge and significantly reduces the need for external freshwater sources. This integrated approach is increasingly recognized as best practice in plastic recycling water treatment across Europe.
Dual Train Design for Reliability and Efficiency
The system is built in two identical treatment trains, each with a recycling capacity of 10 cubic meters per hour. This modular configuration ensures operational reliability and flexibility, allowing maintenance or adjustments to be performed without interrupting the recycling process.
By recycling process water continuously, the plant minimizes its dependence on potable water supplies. This not only reduces operating costs but also supports regional water conservation efforts. In areas where industrial water demand competes with municipal needs, Zero Liquid Discharge water treatment offers a practical and scalable solution.
Preventing Microplastics and Protecting Waterways
One of the most important environmental benefits of the system is its ability to prevent microplastics from entering natural waterways. Mechanical plastic recycling processes can generate fine plastic particles that pose serious ecological risks if released into rivers or groundwater.
Through advanced membrane technologies and closed loop water reuse, Lamor’s solution ensures that no wastewater is discharged from the facility. This aligns with emerging European regulations and public expectations around industrial environmental responsibility, particularly in industries directly linked to plastic production and recycling.
Modular Technology Designed for Sustainable Industry
Lamor’s modular approach to water treatment makes implementation straightforward while maintaining high performance standards. The system is designed to be adaptable, allowing it to be replicated or scaled for other industrial recycling facilities across Europe and beyond. Zero Liquid Discharge water treatment
According to Lamor’s global water portfolio leadership, the project demonstrates that industrial processes can be made significantly more sustainable without sacrificing efficiency or reliability. By reducing external water use and eliminating wastewater discharge, Zero Liquid Discharge water treatment becomes a strategic advantage rather than a regulatory burden.
Growing Demand for Industrial Water Reuse Solutions
This order reflects a broader trend across industrial markets, where demand for cost efficient and sustainable water solutions is accelerating. Industries ranging from recycling and manufacturing to energy and food production are seeking ways to reduce water footprints while maintaining high operational standards. Zero Liquid Discharge water treatment
For Lamor, the Syklo project represents an important milestone in expanding its water technology portfolio beyond traditional markets. The company has previously delivered oily water treatment solutions for the oil and gas sector, containerised ultrafiltration systems for potable water production in Brazil, and reverse osmosis solutions for Norway’s aquaculture industry.
The addition of large scale plastic recycling water treatment further strengthens Lamor’s position in the global water technology market.
Project Value and Delivery Timeline
The value of the order exceeds one million euros and has been recorded in Lamor’s order backlog for the fourth quarter of 2025. Deliveries are scheduled for the end of the first quarter of 2026, aligning with the commissioning timeline of Syklo’s recycling plant.
This investment underscores confidence in advanced water treatment technologies and highlights the growing recognition that sustainable water management is essential to the long term viability of industrial recycling operations.
Setting a European Benchmark for Zero Liquid Discharge
Syklo’s facility is among the first plastic recycling plants in Europe to adopt a full Zero Liquid Discharge water treatment approach. As regulatory pressure and environmental awareness continue to increase, this model is likely to influence future recycling plant designs across the continent. Zero Liquid Discharge water treatment
By combining mechanical plastic recycling with advanced water reuse technologies, the project sets a new benchmark for how circular economy principles can be implemented at industrial scale. It also demonstrates how collaboration between technology providers and recycling operators can deliver tangible environmental and economic benefits. Zero Liquid Discharge water treatment
Lamor Water Technology Offering Overview
Lamor’s water technology portfolio supports a wide range of industrial and municipal needs. Circulation and reuse solutions focus on minimizing freshwater consumption through advanced membrane technologies and polishing plants. Process and potable water systems provide energy efficient methods for producing clean water from challenging sources such as seawater or wastewater using ultrafiltration and reverse osmosis. Oily water treatment solutions for the oil and gas industry enable water recycling and discharge water treatment to irrigation quality through a combination of precipitation, flotation, and advanced membrane technologies.
Together, these offerings position Lamor as a key partner for industries seeking reliable and sustainable water treatment solutions.
Further information
Petri Vänskä, Global Water portfolio manager, Lamor
+358 40 352 6623, petri.vanska@lamor.com
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