Applications
Stormwater runoff contains a wide range of contaminants, including sediments, hydrocarbons, chemicals, and heavy metals.
Untreated discharge can negatively impact the environment and violate regulatory requirements.
Our treatment systems are designed to achieve required discharge standards for release into municipal systems, natural water bodies, or ground infiltration.
Urban Areas
For streets, public spaces, parking lots, and sidewalks.
Systems are integrated into stormwater networks to treat runoff before discharge into municipal systems or natural water bodies.
Systems are integrated into stormwater networks to treat runoff before discharge into municipal systems or natural water bodies.
Highways & Road Infrastructure
Installed along roadways to treat runoff containing oil products, heavy metals, and suspended solids, preventing environmental contamination.
Fuel Stations & Car Wash Facilities
Removes oil, fuel residues, detergents, and mechanical impurities, ensuring compliance with environmental standards.
Industrial Facilities
Treats stormwater and surface runoff from industrial sites, warehouses, and logistics centers, removing oil products, chemicals, and suspended solids.
Торговые и бизнес‑центры
ЛОС монтируются на парковках и прилегающих территориях для очистки стоков с крыш и асфальтированных площадок.
Аэропорты и железнодорожные вокзалы
Обрабатывают большие объёмы ливневых вод с обширных территорий, удаляя авиационное топливо, масла, противогололёдные реагенты и другие загрязнения.
Жилые комплексы и коттеджные посёлки
Обеспечивают очистку стоков с крыш домов, дорожек и парковок перед сбросом в грунт или дренажные системы
Proven Treatment Performance
Our systems are designed to meet strict discharge standards across a wide range of flow rates—from 1 to 200 L/s.
Consistent performance is achieved regardless of influent variability.
Suspended Solids
Reduced from up to 3,000 mg/L to ≤ 3 mg/L
Effluent is visually clear, with no solid particles.
Effluent is visually clear, with no solid particles.
Oil & Hydrocarbons
Reduced from up to 120 mg/L to ≤ 0.05 mg/L
Meets the most stringent environmental discharge standards.
Meets the most stringent environmental discharge standards.
BOD (Biochemical Oxygen Demand)
Reduced from 20 mg/L to ≤ 3 mg/L
Minimizes impact on receiving water bodies.
Minimizes impact on receiving water bodies.
COD (Chemical Oxygen Demand)
Reduced from 70 mg/L to ≤ 15 mg/L
Effective removal of complex organic compounds.
Effective removal of complex organic compounds.
Product Line
Scroll left/right to view all table parameters.
| Model | Flow Capacity | m³/h | Approximate Dimensions, mm | Nozzle DN | Access Risers | Base Price |
|---|---|---|---|---|---|---|
| PRIMELOS-1 | 1 L/s | 3.6 | 1200×2500 | 110 | 2 | from ₽295,000 |
| PRIMELOS-3 | 3 L/s | 10.8 | 1200×4500 | 110 | 2 | from ₽420,000 |
| PRIMELOS-5 | 5 L/s | 18 | 1400×5000 | 160 | 2 | from ₽560,000 |
| PRIMELOS-7 | 7 L/s | 25.2 | 1600×5200 | 160 | 2 | from ₽690,000 |
| PRIMELOS-10 | 10 L/s | 36 | 2000×5400 | 160 | 3 | from ₽850,000 |
| PRIMELOS-15 | 15 L/s | 54 | 2000×7400 | 200 | 3 | from ₽1,150,000 |
| PRIMELOS-20 | 20 L/s | 72 | 2000×7800 | 200 | 3 | from ₽1,390,000 |
| PRIMELOS-25 | 25 L/s | 90 | 2200×9000 | 250 | 3 | from ₽1,650,000 |
| PRIMELOS-30 | 30 L/s | 108 | 2200×11500 | 250 | 4 | from ₽1,890,000 |
| PRIMELOS-40 | 40 L/s | 144 | 2300×10000 | 315 | 4 | from ₽2,290,000 |
| PRIMELOS-50 | 50 L/s | 180 | 2300×11000 | 315 | 4 | from ₽2,690,000 |
| PRIMELOS-60 | 60 L/s | 216 | 2300×12000 | 315 | 4 | from ₽3,050,000 |
| PRIMELOS-70 | 70 L/s | 252 | 3200×8000 | 400 | 4 | from ₽3,450,000 |
| PRIMELOS-80 | 80 L/s | 288 | 3200×9000 | 400 | 4 | from ₽3,850,000 |
| PRIMELOS-90 | 90 L/s | 324 | 3200×10000 | 400 | 5 | from ₽4,250,000 |
| PRIMELOS-100 | 100 L/s | 360 | 3200×11000 | 400 | 5 | from ₽4,690,000 |
| PRIMELOS-120 | 120 L/s | 432 | 3600×12000 | 500 | 5 | from ₽5,650,000 |
| PRIMELOS-150 | 150 L/s | 540 | 2 tanks / modular configuration | 500–600 | 6–8 | from ₽7,200,000 |
| PRIMELOS-200 | 200 L/s | 720 | 2–3 tanks / modular configuration | 600–800 | 8–10 | from ₽9,800,000 |
Prices are indicated for standard stormwater treatment plant configurations, including a grit separator, oil separator with coalescing module, and sorption filter. The system is manufactured from sheet polypropylene in underground installation design and includes access risers, inlet and outlet nozzles, internal partitions, coalescing media, and sorption loading. Prices do not include delivery, installation, riser extensions, anchoring, insulation, or project-specific engineering requirements. Final pricing is provided after technical review and consultation with a project manager.
Get Expert Guidance for Your Project
Submit your request, and our engineering team will help you define the optimal solution for your project.
Why PRIMELOS Systems
High-Strength Polypropylene Construction
Corrosion-resistant material ensures long service life with no risk of degradation. Designed for 50+ years of operation.
Factory-Assembled Systems
Delivered fully assembled and ready for installation, reducing on-site work and minimizing installation risks.
Compliant with Discharge Standards
Systems meet required environmental standards for discharge into municipal networks or natural water bodies.
Wide Capacity Range
Systems are available in a wide range of capacities—from 1 to 400 L/s—to meet diverse project requirements.
Treatment Process
The system is a horizontal cylindrical unit divided into multiple treatment stages.
Stormwater passes through a series of processes designed to remove solids, oil, and dissolved contaminants.
Stormwater passes through a series of processes designed to remove solids, oil, and dissolved contaminants.
Четвертая камера
Финальный отстойник, в котором расположены сорбционные патроны
Финальный отстойник, в котором расположены сорбционные патроны
Третья камера
Фильтрующая зона с коалесцентными модулями
Фильтрующая зона с коалесцентными модулями
Вторая камера
Фильтрующая зона с тонкослойными модулями
Фильтрующая зона с тонкослойными модулями
Первая камера
Предварительный отстойник с крупным осадком
Предварительный отстойник с крупным осадком
Primary Sedimentation Chamber
Purpose:
Removal of heavy suspended solids such as sand, gravel, and debris.
Process:
Removal of heavy suspended solids such as sand, gravel, and debris.
Process:
- Influent enters the chamber through the inlet pipe
- Heavy particles settle to the bottom by gravity
- Floating contaminants (e.g., oil) rise to the surface
- Partially treated water flows to the next stage
Lamella (Plate) Separation
Purpose:
Efficient removal of fine suspended solids and oil droplets.
Design:
Inclined plate modules increase the effective settling area.
Process:
Efficient removal of fine suspended solids and oil droplets.
Design:
Inclined plate modules increase the effective settling area.
Process:
- Water flows between inclined plates
- Fine particles settle onto plate surfaces
- Sludge slides down into the collection zone
- Oil accumulates at the surface
- Clarified water moves to the next stage
Coalescing Separation
Purpose:
Removal of fine dispersed oil droplets.
Design:
Coalescing media made of hydrophobic materials with a developed porous structure.
Process:
Removal of fine dispersed oil droplets.
Design:
Coalescing media made of hydrophobic materials with a developed porous structure.
Process:
- Water passes through coalescing media
- Small oil droplets adhere to surfaces and merge into larger droplets
- Enlarged droplets rise to the surface due to buoyancy
- Separated oil accumulates at the top of the chamber
- Partially treated water flows to the final stage
Sorption Filtration
Purpose:
Final polishing of water by removing dissolved and residual contaminants, including hydrocarbons, heavy metals, and organic compounds.
Design:
High-efficiency sorption cartridges filled with advanced filtration media.
Media options include:
Final polishing of water by removing dissolved and residual contaminants, including hydrocarbons, heavy metals, and organic compounds.
Design:
High-efficiency sorption cartridges filled with advanced filtration media.
Media options include:
- Activated carbon
- Zeolites and aluminosilicates
- Specialized sorbents
Customizable for Any Project Conditions
Systems can be customized with additional treatment stages and design modifications to match project-specific requirements and operating conditions.
- UV disinfection units for pathogen removal (up to 99.9%)
- Insulated enclosures for cold climate operation
- Reinforced structures for underground installation
- Custom configurations for specific industrial applications
Frequently Asked Questions
UV disinfection is required when treated water must meet strict microbiological standards before discharge.
It is typically used for sites with increased sanitary risk, including:
It is typically used for sites with increased sanitary risk, including:
- Agricultural facilities
- Residential and public areas
- Commercial centers
- Ports and logistics hubs
- Mining and industrial sites
- Healthcare facilities
In the standard configuration (grit chamber + oil separator + sorption unit), our systems achieve treatment levels of up to 0.05 mg/L for oil & hydrocarbons and 3–5 mg/L for suspended solids.
This meets discharge requirements for environmentally sensitive water bodies, including fisheries.
This meets discharge requirements for environmentally sensitive water bodies, including fisheries.
On average, sorption media replacement is required once every 1–2 years, depending on flow volume and contaminant load.
We use standard cartridge or bulk filtration media that can be easily replaced through inspection hatches without disassembling the system.
We use standard cartridge or bulk filtration media that can be easily replaced through inspection hatches without disassembling the system.
Yes. For regions with deep soil freezing, we manufacture systems with insulated enclosures and extended access shafts.
The equipment operates reliably at extremely low temperatures, as the primary treatment processes occur below the frost line.
The equipment operates reliably at extremely low temperatures, as the primary treatment processes occur below the frost line.
Accumulated sludge and separated oil are removed as the respective chambers reach capacity (monitored by level sensors).
Maintenance is performed by a specialized service provider using vacuum tanker equipment.
Maintenance is performed by a specialized service provider using vacuum tanker equipment.
100+ Successfully Delivered Industrial Water Treatment Projects
Advanced Manufacturing. Engineered Water Solutions.
100+
Projects Delivered
1500 м²
Production Facility
100%
Regulatory Compliance
We go beyond manufacturing.
Our team designs and delivers integrated water and wastewater treatment systems tailored to each project’s requirements. Every solution is engineered, tested, and optimized to ensure long-term reliability and performance in real-world operating conditions.
Our team designs and delivers integrated water and wastewater treatment systems tailored to each project’s requirements. Every solution is engineered, tested, and optimized to ensure long-term reliability and performance in real-world operating conditions.
PRIMELOS is your trusted partner for complex industrial projects. We provide on-time delivery, nationwide logistics, and full engineering support—from concept and design to installation and commissioning. Our experts develop customized solutions tailored to your specific operational needs.
Get a Custom Solution for Your Project
Stormwater Treatment Systems from the Manufacturer
PRIMELOS designs and manufactures advanced systems for the treatment of stormwater, surface runoff, and snowmelt.
Our solutions support capacities of up to 200 L/s and are engineered to meet regulatory standards and pass formal project approvals.
Our solutions support capacities of up to 200 L/s and are engineered to meet regulatory standards and pass formal project approvals.