Partner with us for a cleaner, greener and more sustainable future!
Compact Wastewater Treatment Systems for Industrial Facilities & Small Communities
BioCycle Labs develops compact, modular wastewater treatment systems for industrial facilities and small communities that require efficient, compliant, and fast-to-deploy solutions - without the cost, footprint, and complexity of traditional treatment plants.
A scalable, containerized approach to wastewater treatment — designed for real-world constraints
Our ready-to-use systems are engineered to operate on-site, adapt to variable wastewater streams, and meet EU environmental standards, even in locations where centralized infrastructure is unavailable, overloaded, or economically unjustified.
The Challenge We Solve
Across Europe, industries and municipalities face the same structural problems:
03
Collaboration
01
02
03
Aging or overloaded wastewater infrastructure
Strict discharge limits under EU and national regulations
04
Rising costs for off-site wastewater transport and disposal
Our systems are delivered as fully containerized, ready-to-use treatment units designed for rapid installation and
long-term scalability
long-term scalability
Built on a modular architecture, capacity can be increased simply by adding containers, allowing the system to grow in line with production volumes, population needs, or regulatory changes without redesign or replacement. The compact footprint makes deployment possible even on space-constrained industrial or municipal sites, while on-site operation eliminates reliance on centralized sewer networks and reduces transport costs and operational risks.
Optimized for low energy consumption, the system ensures predictable and cost-efficient operation and can be installed and commissioned within weeks rather than years. Each solution is individually configured based on wastewater composition, required discharge or reuse standards, available space, and the operational profile - whether continuous, batch, or seasonal - delivering high purification efficiency with minimal operational complexity.
Optimized for low energy consumption, the system ensures predictable and cost-efficient operation and can be installed and commissioned within weeks rather than years. Each solution is individually configured based on wastewater composition, required discharge or reuse standards, available space, and the operational profile - whether continuous, batch, or seasonal - delivering high purification efficiency with minimal operational complexity.
Modular & Scalable Architecture
Compact Footprint for Constrained Sites
On-Site, Infrastructure-Independent Operation
Energy-Efficient & Rapidly Deployable
Our systems are built on a modular container-based architecture that allows capacity to be increased simply by adding additional units. This approach enables gradual scaling in line with production growth, population increase, or regulatory changes - without redesigning or replacing the entire installation.
Our team produces specialised feed substrates, designed for high-quality insect growth. These feeds are enriched through microbiological fermentation, deodorised, and certified for feeding to Black Soldier Flies and other farmed insects
Wastewater is treated directly at the point of generation, eliminating reliance on centralized sewer networks or off-site treatment facilities. This reduces transport costs, operational risks, and dependency on external infrastructure capacity.
The system is optimized for low energy consumption and cost-efficient operation, ensuring predictable operating expenses. Fully containerized delivery enables fast installation and commissioning - typically within weeks rather than years - making it ideal for time-sensitive projects.
This solution is positioned as a ready-to-use system that can be deployed immediately while remaining fully scalable as production volumes, population demands, or regulatory requirements evolve. It is designed to meet today’s compliance standards, support future capacity growth, and ensure long-term operational stability without the need for structural redesign or system replacement.