Leaky Pipe methodThe A.G.A Group can supply and install a range of tough porous rubber hoses for aeration and other gaseous exchange applications. This technique has many applications and can be used within the fish farming & fish transportation industry; pollution control; effluent/leachate treatment and associated uses where high exchange rates are required. The ‘leaky pipe’ relies on compressors or blowers to supply high or low-pressure air, which enters the water through the diffuser. The diffuser splits the air into small bubbles; this is achieved with numerous types of porous materials. The diffuser is placed at a low point in the water body.
Oxygen is transferred from the air bubble to the water as the bubbles pass through the water column, the smaller the bubble the larger the surface area, thus better oxygen exchange rate. The distance and speed the bubble travels through the water column also impacts on the efficiency of exchange, the greater the contact time the greater the exchange.
We know from our knowledge of partial pressure that the dissolved oxygen deficit will ultimately control the rate of exchange to a great extent in air systems.
When oxygenating a pond or lake the traditional continuous length of leaky pipe can often be omitted from the design in favour of leaky pipe module as shown above or indeed a diffuser. The system is supplied air via a compressor or blower mounted on the bank. These systems should be specifically designed to suit the water body in question.
This system is particularly useful in the transportation of fish and provides a viable solution to aerating containers while in transport. The A.G.A Group has full confidence in the product and has fitted a number of Leaky Pipe systems successfully.
For more information on any of the Aeration products or services, why not call one of our trained advisors on: Telephone: +44 (0)1953 886824 Email:
This e-mail address is being protected from spambots. You need JavaScript enabled to view it
|
|
Last Updated on Thursday, 16 September 2010 12:43 |