Belarus-Based Manufacturing Company
Stormwater Filtration Units
Replaceable filtration modules engineered for advanced treatment of stormwater runoff contaminated with petroleum products and suspended solids. Designed for installation in standard concrete or fiberglass manholes.
An efficient polishing solution for achieving regulatory discharge standards prior to release into drainage systems or natural water bodies.
An efficient polishing solution for achieving regulatory discharge standards prior to release into drainage systems or natural water bodies.
Advanced Environmental Solutions for Stormwater Treatment
PRIMELOS filter cartridges utilize a combined filtration media consisting of a high-efficiency sorbent and activated carbon layer. This configuration effectively captures fine oil particles, petroleum products, and dissolved contaminants, ensuring reliable stormwater polishing before discharge. Filtration media composition is individually selected to meet specific project requirements and environmental compliance standards.
The cartridges are engineered for simplified maintenance and rapid replacement without specialized equipment. A lightweight modular design and optimized mounting system reduce servicing time and operational costs while maintaining consistently high treatment performance throughout the system lifecycle.
The cartridges are engineered for simplified maintenance and rapid replacement without specialized equipment. A lightweight modular design and optimized mounting system reduce servicing time and operational costs while maintaining consistently high treatment performance throughout the system lifecycle.
High-Efficiency Sorbent Media
Universal Dimensions
Easy Replacement
Durable Housing Construction
Принцип работы
The filtration cartridge operates on the principle of dynamic sorption. As stormwater passes through the treatment media, concentrations of petroleum products and suspended contaminants are reduced to levels compliant with discharge requirements for municipal stormwater systems and environmental release.
Mechanical Pre-Filtration
At the initial stage, stormwater passes through a perforated basket or geotextile layer that captures coarse debris such as leaves, branches, plastic particles, and stones.
Gravity Sedimentation
Flow velocity decreases inside the housing, allowing suspended solids such as sand and silt to settle at the bottom of the cartridge while protecting the primary filtration media from clogging.
Sorption Filtration
Water then flows through a specialized sorbent layer designed to absorb fine suspended particles and free petroleum products including oils and fuel residues.
Final Stage
The activated carbon layer removes dissolved organic compounds and residual traces of hydrocarbons, ensuring treated effluent meets regulatory discharge standards.
Get Expert Guidance for Your Project
Submit your request, and our engineering team will help you define the optimal solution for your project.
Frequently Asked Questions
Under normal operating conditions, sorbent media replacement is typically required every 1–2 years. Replacement intervals depend on rainfall intensity, contaminant load, and site conditions, including the presence of sand, oil residues, and suspended solids.
Yes. One of the key advantages of PRIMELOS filter cartridges is compatibility with standard concrete and fiberglass manholes. Cartridge dimensions are individually selected to match the specific chamber size.
Used activated carbon and sorbent media must be disposed of in accordance with industrial waste handling regulations. PRIMELOS provides detailed guidelines and technical recommendations for safe replacement and disposal procedures.
Get a Custom Solution for Your Project
Stormwater Filtration Cartridges by PRIMELOS
PRIMELOS manufactures sorption filter cartridges designed for advanced polishing of stormwater runoff. Our solutions provide a cost-effective method for upgrading stormwater treatment systems to meet modern environmental discharge standards. Each filtration cartridge is individually configured based on sorbent media type, hydraulic requirements, and housing dimensions to ensure optimal treatment performance for the specific project conditions.