AE-T100B MicroTurbine, Biogas
Biogas is today a proven and valuable energy source for the combined production of heat and electricity at attractive conditions.One of the most efficient and reliable technologies for the combined production of heat and electricity is represented by micro turbines, that show a very flexible behaviour towards variations of biogas composition, and they also bear significant heating value variations over time. Main application field is represented by wastewater treatment plant (e.g.: sewage, industrial wastewater, agricoltural wastewater, leachate, etc.). Other application fields are: anaerobic digestion in general and landfills. Based on a consistent experience from several applications in various fields, such as:
• sewage biogas
• anaerobic digestion biogas
• landfill gas
We are able to offer custom applications adapting the AE-T100 and related fuel system to specific biogas characteristics. The low maintenance requirements of the AE-T100B, with service intervals of 6,000 operating hours, makes this power generation system extremely attractive and competitive when compared to more conventional solutions. Each AE-T100B configuration can be delivered in specific layouts for indoor or outdoor installation. Both layouts meet current regulations limits for noise and emissions. All AE-T100 can be remotely monitored, controlled and operated.
Power train - 3D representation Power train - running principle
Available Versions
Power Only (P), Combined Heat & Power (CHP)
AE-T100B model does not include the biogas compression-treatment device
General
Installation Indoor / Outdoor - Site temperature range: (-10 ÷ +40) °C
Size (WxHxL) 1200 x 1900 / 3300* x 2770 mm (P) - 1200 x 1900 / 3300* x 3900 mm (CHP)
Weight 2250 / 2700* kg (P) - 2770 / 3220* kg (CHP)
Fuel Biogas
(*) indoor / outdoor layout
Microturbine
Compressor type Centrifugal, single stage
Turbine type Radial, single stage
Type /Number of combustion chambers Lean premix / 1 chamber CAN type
Pressure in combustion chamber 4.5 bar(a)
Turbine Inlet Temperature (TIT) 950 °C
Number of shafts 1 (single shaft)
Rated rotational speed 70000 RPM
Electrical data
Frequency output 50 Hz (60 Hz on request)
Voltage output 400 V (AC), three phases
Fuel requirements
Required pressure 6 ÷ 8 bar(g)
Required temperature 0 ÷ 40 °C
CH4 min > 40 %
Consumption** 333 kW ≈ (34 ÷ 85) Nm^3/h
H2S max (hydrogen sulfide)*** < 2280 mg/Nm^3 ≈ 1500 ppm(v)
Siloxanes max*** < 150 mg/Nm^3
(*): the biogas analysis have to be sent in advance to AEN for approval
(**): depending on fuel LHV, CH4 %, biogas composition
(***): with an appropriate biogas treatment system, it’s possible to operate in all cases
Performances
Electrical output* (105 ± 3) kWel
Electrical Efficiency (30 ± 2) %
Exhaust gas flow ≈ 0.80 kg/s
Exhaust gas temperature ≈ 270 °C
Average sound pressure 72 dB(A) @ 1 m
Emissions* **
NOx < 15 ppm(v) ≈ 31 mg/Nm^3
CO < 15 ppm(v) ≈ 19 mg/Nm^3
(*): @ full load, 15 % O2
(**): depending on biogas composition
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