9 Person Harlequin CAP Compact Sewage Treatment Plant

Specifications

Population Served: 6-9 (7 bedroom house)
Nominal Hydraulic Daily Load: 1,350 Litres/day
Nominal Organic Daily Load: 465g BOD5/day
Electrical Consumption: 1.1 kWh/day
Blower Rating: 76W
Desludging Interval: 12 months (depending on usage)
Overall Dimensions: L 1840 / W 1840 / H 2180 mm
Standard Inlet Depth: 550 mm
Standard Outlet Depth: 625 mm
Depth from Invert to Base: 1630 mm
Pipe Diameter: 110 mm
Net Weight: 350 kg
Manhole Cover Size: 450mm pedestrian duty

The Harlequin CAP9, compact sewage treatment plant, is specifically designed to treat domestic sewage and wastewater for properties with up to 9 inhabitants.

It is a continuous aeration plant that utilises a unique bio-media system to deliver a pollutant removal level of 96.2% whilst also combatting common problems associated with small packaged domestic plants.

Product Features at a Glance:

• Durable - Tank body moulded in one piece from durable MDPE.
• Easy Installation - Lightweight, compact size (with integrated lifting eyes) ensures ease of handling and lower installation costs. Fully secured 450mm pedestrian duty flush fitting low-profile manhole cover, 110mm inlet and outlet connections, and 110mm services duct as standard.
• Reliable Bio Media System - Moving Bed Biofilm Reactor (MBBR) system ensures there is no fixed media which eliminates blockages.
• Super Quiet Operation - Equipped with an external blower, conveniently located in a weatherproof aboveground external housing, for optimal performance and quiet operation.
• Low Maintenance - Mechanically reliable, with no moving parts or electrics within the tank, and a 12-month service period reduces operating costs.
• Certified for use in the UK - fully compliant with EN12566-3.
• 2-Year Warranty - when product is registered on Harlequin’s website.

Manufactured from durable Medium Density Polyethylene (MDPE) material, the CAP9 is one of the most stable and easy to install sewage treatment plants available and has a life expectancy of over 20 years. Its simple and compact system makes sure effluent is safe to be discharged into a watercourse, such as a river or a stream, or drainage field.

Treatment Efficiency:

Harlequin Wastewater Management

Harlequin develops innovative wastewater management products for use in the residential, commercial, and agribusiness sectors. With state-of-the-art manufacturing facilities, they engineer a wide range of specialist products, such as wastewater treatment plants, rainwater harvesting systems, and hot water storage systems. Their products are designed and manufactured to exceed the most technical, environmental, and regulatory requirements.

Their CAP range of sewage treatment plants offer cost-effective, super quiet effluent solutions for off-mains installations. A unique bio media system delivers a pollutant removal level of 96.2% whilst also combatting common problems associated with small packaged domestic plants.

Features & Benefits:

• Super Quiet – A high performance linear diaphragm blower, housed in a weatherproof aboveground external housing, enables super quiet operation of the plant.
• Low Maintenance Costs – No mechanical moving parts or electrical components within the plant allows for extremely safe and easy maintenance. At full occupancy, the systems typically need to be emptied only once every 12 months, which effectively means you spend less on maintenance of the plant.
• Odourless – Hermetically sealed to eliminate any odours emanating from within the tank.
• Market leading performance – Produces an excellent 96.2% pollutant removal level for safe discharge into a stream or soakaway.
• Reliable Bio Media System - The plant operates with a unique bio media system meaning there is no fixed media eliminating blockages that are commonly found in smaller treatment plants.
• Durable & Stable Product - Manufactured from Medium Density Polyethylene (MDPE) for durability with a wide base for added stability.

Please Note: All images shown are used for illustration purposes only and may differ from the actual product supplied.