In the last decade NC have been
at the forefront in the battle against environmental pollution.
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The new Super Pulse-Jet has revolutionised
liquid slurry or dirty water disposal from farms, factories and
processing plants.
Features and Benefits
- Greatly limits manpower and heavy equipment needs. You can
apply waste water/slurry while you do more important things.
- Conventional manure handling is expensive and often requires
two tractors with large quantities of fuel being used, along
with endless man hours.
- Field compaction is eliminated. Low compaction means
healthier soil and improved crop growth.
- Total nutrient management can significantly reduce
commercial fertiliser requirement on specific crops. This
nutrient management is now being driven by new EU regulations.
- Waste water/slurry is applied at ultra low rates over longer
periods, this greatly reduces worm kill and run off.
- Low rate application allows continued nutrient use on a
growing crop. If a crop is using nutrients during application,
there is less chance of contaminating the surrounding ground
water.
- Reduces the need for large HP engines or electric motors –
only requires 3Kw to 5.5 Kw motors depending on size of pump
chosen. This will greatly reduce the energy cost required to
spread waste water/slurry.
- Odour reduction is accomplished when solids are digested in
liquid form or separated for composting, leaving only waste
water to be applied. By applying at low rates we enhance rapid
microbiological breakdown in the soil; faster microbiological
breakdown will help reduce lingering odour problems.
- The NC Pulse-Jet is designed to work in conjunction with
the NC Separator which separates the slurry/manure enabling the
Pulse-Jet to apply the separated liquid slurry/manure unto the
land ensuring all the benefits as listed above.
Specifications
We currently manufacture
two models:
The conventional Pulser
can be towed to the required position, where it can distribute
liquid slurry or dirty water over 1.2 hectares from one spot, or
the travelling model which is self-propelled by a reel system that
covers 4.7 hectares in one run.