ORC (Organic Rankine Cycle) used to produce electricity from waste heat sources.
ORC is an energy cycle in which power is produced by using organic fluid instead of
water-steam used in the known Rankine Cycle
ORC systems are widely used to produce electricity from low-temperature heat sources with high efficiency. Due to this valuable capability of the technology created opportunities for the different processes such as landfill gas engine exhaust, glass industry, steel plants, biomass incinerators, etc. to convert useless waste heat to electricity which is a valuable energy form.
Reliable, safe, flexible and high efficient system provides easy operation. The system converts waste heat to electricity with low operation cost, low maintenance requirement, low supervision need between full load and low load (20%) with high efficiency (up to 25%)
ORC can be operate directly into heat source or harvest waste heat from multiple sources via Thermal Oil Circuit.
ORC systems are widely used to produce electricity from low-temperature heat sources with high efficiency. Due to this valuable capability of the technology created opportunities for the different processes such as landfill gas engine exhaust, glass industry, steel plants, biomass incinerators, etc. to convert useless waste heat to electricity which is a valuable energy form.
Reliable, safe, flexible and high efficient system provides easy operation. The system converts waste heat to electricity with low operation cost, low maintenance requirement, low supervision need between full load and low load (20%) with high efficiency (up to 25%)
ORC can be operate directly into heat source or harvest waste heat from multiple sources via Thermal Oil Circuit.
Key Features
| ORC Working Fluid | Capacity | Gas Temperature | Efficiency * | Design Life |
|---|---|---|---|---|
| Neo-Pentane/Cyclo-Pentane | up to 20MWe | <1.700°C | Up to 25% | 30 years |
*) Produced electricity / Supplied heat
Advantages
High Cycle Efficiency
Can achieves compared to classical
Rankine Cycle
Long life
Is ensured by operating low speed expander and
corrosion free organic working medium.
High heat recovery
by thermoplastic, stainless steel
fintube and cross-flow desing
Long thermal oil life
by precise heat flux calculation and
flow control on the system respecting with thermal oil film
and bulk temperature limites
A closed system
Design provides high equipment and
workplace safety with a nitrogen blanket in the closed tanks.
This also provides pressurize the system and eliminates
thermal oil volatile fumes occurrence and circulation pump
cavitation risk
No need water
that eliminates the corrosion and scaling
risks that comes from water. Also eliminates using of
chemical consumables, make-up water, and its treatment
operation costs
Have any Questions?
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About Our Company
One of the most important aspects of certification is traceability. MNK has
established a traceability system according to the heat number, order and
certificate numbers for all materials used in the pressure parts as required by the
standards. MNK transfers permanent hard stamps on the materials and keep the
records for 10 years...
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