Environmentally Friendly Sewage & Water Treatment Products

OIL WATER SEPARATORS

L'Walls 3D Visual

The key advantages of the O'Reilly Oakstown Environmental Separator are:
• Low operation costs
• No power supply needed
• Minimum maintenance
• No spare/mechanical parts, no wear and tear
• No changing of filters or medium
• Life long concrete structure suitable for all areas
• Large capacity-Less desludging
• No back-filling with readymix required
• Exceptionally long working life 10 years guarantee on plates
• Proven success throughout the world

The protection and enhancement of our environment has become a basic standard by which we all abide today. Civil engineers, local authorities, architects and other interested parties are duty bound to consider all forms of water quality protection and recycling wherever possible. Every site demands specific environmental planning. But some things are common for all conditions: Durability, Longevity, Quality, Capacity, Compatibility and Flexibility.

Oil Water Separators
Innovative water treatment solutions for your business!

Why do we need oil/water separators?

Prevent contamination by removing oil from waste waters
Preserve our environment in a responsible and viable fashion
Clean industrial water for reuse
Protect our rivers, ponds, lakes, streams from hazardous materials

Description/Advantages
O'Reilly Oakstown Environmental oil/water separators are manufactured and assembled in Trim, Co. Meath. The separators are produced in conjunction with Austrian manufacturers Freylit who provide 21 years of experience and expertise world-wide. The oil/water separators are also known as 'Enhanced Gravity Separators' because they speed up the natural process of oil/water separation.

The separator unit is built into a concrete tank which provides sufficient area for silt settlement and oil removal. The sizes on these tanks are dependant on the flow rate and hydrocarbon level on each specific site. (see table) Each system is fitted with a unique automatic shut off which will prevent contamination during a large oil spill.