LIPP Gas Accumulators
Cost-effective system for the non-pressurised storage of biogas, landfill gas and sewage gas
In biological processes, gas production is not continuous. That is why the utilisation of gas (e.g. in a combined heat and power plant) requires an accumulator in order to compensate for fluctuations during gas production and to bridge downtimes for plant repairs and maintenance.
Besides high functional and operating safety, other important criteria for the construction and operation of gas tanks include the economic aspects of investment and maintenance costs.
- DVGW approval held
- High functional and operating safety
- Highly accurate radar measurement enables exact content to be displayed
- Low investment and maintenance costs
- Quick construction
- Long service life
- Leak-tightness can be checked
from 30 to 5.000 m3
sewage gas, landfill gas, biogas
from 0 to 5 mbar
freely selectable according to RAL
galvanised steel in proven LIPP Double-Seam System
stainless steel, e.g. 1.4301 
PVC polyester fabrics
- Radar measurement system
- Over-/underpressure protection
- Lockable access hatch
- Gas reading
- Stairways, ladders, platforms, connection pieces, manholes, etc.
LIPP Gas Accumulators are built according to prevailing safety standards and are certified with the German DVGW approval.
Proven quality for non-pressurised storage of dry gas
Lipp developed a system for the non-pressurised (up to max. 5 mbar) storage of dry gas which has been used for over 300 projects worldwide over the past 30 years or more. Sizes from 30 to 5000 m³ are available according to the gas yield in each case.
The gas accumulator consists of two parts:
- a bubble-shaped storage balloon
- a steel container to protect the balloon against mechanical damage and the effects of weathering
The container is produced using the tried and tested LIPP Double-Seam System. The storage balloon is made of polyester fabric specially laminated with PVC on both sides for improved gas resistance and UV protection. It is suspended in the container by means of a support ring.
The gas pressure is increased as required between the gas accumulator and the point of utilisation by means of compressors. This results in lower investment and maintenance costs on the one hand and an extremely reliable and virtually wear-free system on the other. Consequently, this will also increase the service life of the system.