ETW Energietechnik GmbH
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- ETW - Model BMA - Biomethane Plant
ETW - Model BMA -Biomethane Plant
Since 2011 we are constantly improving the efficiency of our PSA biogas upgrading system. As a result our technology sets the benchmark for energy consumption, gas purity and operating costs. The ETW SmartCycle process automatically adjusts itself to varying gas volume flows and qualities, granting a constant product gas purity, with constant heating value for grid injection or other applications.
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ETW Biomethane plants comprise:
- A broad purification capacity range that goes from 200 to 10.000 Nm³/h
- CH4 concentration in the product gas can be set from 95 - 99%
- Lowest energy consumption of < 0.14 kWh/Nm³ including pre-conditioning
- Plant availability of > 99%
- Suitable for upgrading gas from waste, land-fills and WWT plants.
The advantages at a glance.
Our efficiency advantages in ongoing operations: easily accessible components, high availability, low maintenance costs, tried-and-tested plant technology offering a high degree of efficiency and automation.
Reliability and feasibility:
- Low maintenance costs thanks to reliable components and high adsorbent service life
- Reduced susceptibility to faults thanks to easy and intelligent design
- Machine technology featuring a redundant design
- Shortest response times in automatic process steering
- Automatic turn-down regulation
- Plant operational readiness within seconds without complex pre-parameterisation
- Plant start at the touch of a button
- Fast and uncompromising troubleshooting by competent service technicians
What we don’t offer:
- Stripping columns
- Demand for heat
- Fresh water requirements
- Process waste water
- Channelling in turn-down modes
- Harmful process waste gases
- Contamination of the environment with toxic chemical substances
- Chemical solvents and foams
- Chemical side reactions
- Pressure and volume fluctuations by product and crude gas
- CO2 peaks in the CH4 product
- Winter efficiency (protection from freezing is not required)
- Corrosion and deposits
