ACO Drain® Monoblock
- Channel body without invert slope, 1000 mm
- Inspection element, 500 mm
- Sump unit, 500 mm
Product description
ACO Monoblock is a drainage system in a monolithic design: channel and cover are made of polymer concrete in one casting. The result is an extremely stable unit without loose parts, there is also no need for bonded joints. The unique monocast construction is a guarantee for maximum safety and stability in large-scale drainage – an ideal alternative to conventional solutions. Due to its monolithic design, the Monoblock always remains stable even under extreme loads.
ACO Multiline
ACO KerbDrain® KD305 drainage
- material: polymer concrete
- length [mm]: 500
- width [mm]: 150
- height [mm]: 305
- color: gray
Product description
ACO KerbDrain® is a one-piece polymer concrete kerb, also serving as a drainage channel. The system allows for flexibility in designing and shaping roads, parking lots, roundabouts, and bus stops. The variety of widths and profiles enables installation of the system in cities, on highways, and even on motorways. Load class D400, in accordance with EN 1433 standard. Additionally, additional elements adapted for pedestrian crossings, wheelchair crossings, and laying in curves are recommended.
ACO Light Oil Separator | Oleopator GRP
Product description
Light liquid separators, also known as oils separators, are essential devices designed to remove oils and hydrocarbons from water prior to discharge.
ACO light liquid separators are designed and constructed in compliance with EN 858 standards and undergo rigorous LGA institute laboratory testing. This ensures maximum safety and efficiency during their operations. Lighter oils rise to the surface while solids settle, allowing clean water to exit. They find use in industrial, parking, and refueling facilities, ensuring compliance with environmental regulations. Regular maintenance and disposal of collected substances are crucial for optimal function. By preventing hydrocarbon pollution in water bodies, light liquid separators contribute to preserving water quality and safeguarding aquatic ecosystems.
ACO Stormsed Vortex
- Wide range of flow rates
- Designed for 80% TSS removal of 75-micron particles at high treatment flow rates
- Compact treatment solution with low footprint
- Patented design
- Easy maintenance
- Inner parts are made of high-density polyethylene (HDPE)
- Possibility of various outlet angles 90°–180° (optional)
Product description
ACO Stormsed Vortex enables sedimentation through hydrodynamic or vortex separation. Designed according to NJDEP specifications, the patented solution can remove up to 80% of pollutants and capture 100% of floatables. The unique design of ACO Stormsed Vortex separates high flows from captured sediment, allowing it to treat a wide range of flow rates from sites of less than 1,000 sqm to over 20,000 sqm depending on the country of specification.
Its small footprint requires less excavation during installation, and variable connection outlet angles are available. Vortex flow allows Stormsed Vortex to operate at high treatment flow rates without the hydraulic shortcutting or sediment remobilisation issues found in other sedimentation technologies, making it perfect for high flow applications!
ACO Q-brake Vortex
- Constant-flow control system in the PE manhole
- Flow rate 0.1 - 30 l/s
- Float switch regulates a constant and fill-level dependent flow rate, thus approx. 15 - 20% of the storage capacity can be saved
Product description
ACO Q-brake Vortex is a vertical vortex flow regulator for rainwater. It is less prone to blockages than, for example, choke valves and allows for greater flows at lower water column pressures by installing a constriction at the outlet with a cross-section 4 to 6 times smaller. It ensures predictable flow control performance, activates automatically, minimizing the risk of blockages. It reduces the need for maintenance, eliminates direct human access, and is easy to install. It fits many types of manholes, is durable and corrosion-resistant, individually tailored to specific performance needs.










