Seprotech Systems Incorporated

A complete prepackaged wastewater solution from inlet to outlet.

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The 'Full Steel ROTORDISK®' is a complete product having variable flows and treatment capabilities. The starting point is ROTORDISK® internals, which are factory, installed and tested in a steel tank and weatherproof cover. Therefore it is a packaged plant that only needs to be placed onto a hard, level surface and requires a couple hours of commissioning before being fully operational. Available in variable voltages, these ROTORDISKs® are ready to go anywhere.

Our Full-Steel line of ROTORDISK® products consists of ten standard systems ranging in size from 15,000 liters per day right up to 300,000 liters per day. These systems are proven performers and are used in a wide variety of applications worldwide. These systems include the following major components:

	System enclosure including primary and secondary tanks. (Enclosure is insulated depending upon application).
	Semi-Circular cover. (Cover is insulated depending upon application).
	ROTORDISK® mechanical components including motor, drive, bearings and related materials.
	ROTORDISK® shaft including multiple sections of biological support media.
	Four section Rotorzone including flow control baffles, bearing support etc.
	Heating system for cold climate applications.
	Ultraviolet Disinfection System.
	Monitoring Equipment.
	Alarms.
	Control Panel.
	Operations and Maintenance Manuals.
	Installation support is available as required.
	Field operator training support is available as required.

ROTORDISK® Technology

The Full-Steel line of ROTORDISK® products are configured to be readily transported by Road, Rail or Ship. Designed to withstand the shocks that go along with the conditions in which this equipment is operated, these are incredibly tough equipment packages.

Seprotech builds this line of products to meet any domestic or foreign power requirement. We can also accommodate special packaging requirements if there are unusual transportation conditions getting the equipment to the site. For larger flow requirements, simply operate two or more of these systems in parallel.