- Specifications
- Fuel (methanol consumption: 1,500 tons per year)
Waste methanol
Waste isopropyl alcohol (to be available soon)
Methanol (to supplement shortage)
- Capacity
| Electric power: |
480 V - 400 kW (Energy
ratio : 40 %) |
| Thermal power: |
Steam
|
155 |4.5 kg / cm2 |
| @ |
@ |
146 Mcal /h (17.0 %) |
| @ |
High temperature water 85 |
| @ |
@ |
103 Mcal / h (11.5 %) |
| @ |
Medium temperature water 50 |
| @ |
@ |
103 Mcal / h (11.5 %) |
- Efficiency
| Electrical efficiency |
40 % |
| Thermal efficiency |
40 % |
| Overall energy efficiency |
80 % |
- In comparison to the conventional power supply, the system reduces
energy consumption by 337kL/year petroleum equivalent, CO2
emission by 14.5% (|100 tons/year), NOx emission to 1/15 and SOx emission
to nearly 0.
- Noise emission as low as 65dB, requiring no measures for reducing
vibration and acoustic noises.
- Daily maintenance is simplified by constant monitoring.
- Overhaul is required once in five years.
- The effective utilization of waste methanol discharged by manufacturers
of semiconductors, liquid crystal displays and precision metal components
throughout Japan brings forth great ripple effects in view of environment
conservation and resource utilization
|
