The
GKV is based on the same concept as the GCKV: consistent bundling of
all key functional units that are needed to reliably supply the gas
motors (e.g. satellite CHP plants) with the biogas produced. Unlike the
GCKV, however, where all system components are housed in a closed
container, with the GKV the components such as the gas cooler,
condensate trap, liquid coolant circuit, water cooler (required
depending on the size) and compressor are fixed on a steel frame.
A contactor control controls all integrated assemblies and monitoring
devices. This unit is housed in a control cabinet which is also mounted
on the frame. In the case of outdoor installations,
vapour-diffusion-proof insulation protects all the unit’s pipes and
components – where necessary – from extreme temperature differences and
weather conditions, particularly in the winter months. With the GKV too,
the all-in-one nature of the product means the addition of only one
more compact unit to the adjacent assemblies of the biogas plant, gas
storage tank and gas utilisation system.
As an alternative to the convenient container, there are 12 sizes of
easy-to-use and reliable GKV units with gas flow rates from 180 to 2100
Nm3/h.
The basic version of the GKV features gas drying (separation of the
water vapour from the biogas), gas compression and transport to the
consumer (CHP). To separate the unwanted water vapour from the biogas,
the gas supply system has a condensation drying unit with tube bundle
heat exchanger and cooling assembly. To supply the gas motor system, the
SILOXA GKV units are equipped with a centrifugal fan with frequency
regulator and temperature monitor to ensure an increase in gas pressure
of 160 mbar (optionally up to 400 mbar).
For more information on the GKV please download the following information
or click here to email us.