Low-rate intermittent slurry aeration is considered to be one of the best ways of keeping slurry in an optimum condition for spreading without the need for extensive mixing with traditional over-the-top mixers and side stirrers, which can be very costly in man-hours and diesel.
Low-rate intermittent aeration enables nitrogen to be retained in soluble form within the slurry thus reducing loss of nitrogen as ammonia emissions. If spread correctly this may help to reduce the requirement for bought-in fertilisers – which is not only good for the environment but also for your pocket!
So why get agitated over slurry agitation?
As the nutrients within aerated slurry are uniformly distributed it is much easier to calculate application rates accurately as each load spread is the same.
Many farmers have reported quicker re-growth of grass and increased palatability after spreading with slurry which has been conditioned by using the Ameram Aeromixer. It is also kinder to beneficial soil life such as earthworms.
We know that slurry mixing is a difficult process, however, using the Ameram Aeromixer makes it an easier job!
The compressor is activated by the digital clock within the control panel. Air is fed into the primary rotary valve which feeds the 4, 6, 8 or 10-port rotary distribution valves, which are fixed to the top of the tank or to the walls above a cellar.
The rotary distribution valves are connected, by polyethylene pipe, to the 2 or 4 outlet manifolds which are securely fixed to the floor with stainless steel fixings. Only 1 port, in the whole system, is ‘live’ at any time, causing air to be jetted out at 2 or 4 specific points. The pneumatic rotary distribution valve then revolves to open the next port.
The system operates during the night for the amount of time required dependent upon the size of tank to be mixed. Our design is the result of experience.
Single or 3 phase available
1 bar pressure
20m3/hr. air per outlet - at up to 8m. slurry depth
HIGH efficiency at HIGH pressure
Quiet - 75 db(A)
No Gearbox
No Oil
No Belts
No large heat dum
Only 1 port open at any time
Pneumatically operated
Safe, simple and EFFECTIVE
No electric motor
No power cable to valves
No gears
Only 2 or 4 outlets per rotary valve port
Neoprene non-return valve
Stainless steel fixings
Flowed bend polyethylene pipe-work
for minimum flow loss
No ‘hind teat’ problems.
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