The technology of Hyundai Seentec will increase customer value.
Type | Drum Type | Benson Type |
---|---|---|
Overview | Design that induces the optimal natural circulation without a water circulation pump recovers the waste heat without additional fuel combustion | A newly developed method to apply for increased exhaust gas flow rate and high temperature resulted from larger gas turbines and improved technologies |
Features & advantages |
Self-Standing structure dispensing with external framing. Savings in auxiliary power and maintenance costs that would be required for water circulating pump. Drainable vertical straight tubing arrangement. Spiral finned tubing for enhanced heat transfer and compact design. |
No limitation of GT load transients. Highest system pressures – Plant efficient. Highest flexibility at varying ambient conditions. |
Veritical Type |
---|
![]() ![]() |
Horizontal Type |
---|
![]() ![]() |
Items | Licenser | Contents |
---|---|---|
HRSG | IHI Corporation | Licensed capacity up to 1,000t/h |
Project Name | Location of Plant | Units | Type of Plant | Delivery Year |
---|---|---|---|---|
TAEAN IGCC PROJECT | Korea | 1 | Combind Cycle Power Plant 235MW x 1 (GE 7F Syngas) |
2014 |
NAMYANGJU BYEOLLAE CHP PROJECT | Korea | 2 | Combind Cycle Power Plant 46MW x 2 (SGT-800) |
2012 |
R-5 PROJECT | Thailand | 1 | Combind Cycle Power Plant 42MW x 1 (LM6000 PD) |
2012 |
R-SPP2 PROJECT | Thailand | 2 | Combind Cycle Power Plant 42MW x 2 (LM6000 PD) |
2011 |
TNP PROJECT | Thailand | 2 | Combind Cycle Power Plant 43MW x 2 (LM6000 PF) |
2011 |
YOUNGWOL PROJECT | Korea | 3 | Combind Cycle Power Plant 185MW x 3 (M501F) |
2009 |
SUWAN CHP PORJECT | Korea | 2 | Combind Cycle Power Plant 46MW x 2 (SGT-800) |
2008 |
ASAN PROJCET | Korea | 2 | Combind Cycle Power Plant 44MW x 2 (SGT-800) |
2010 |
CHIBA AGC PROJECT | Japan | 1 | Combind Cycle Power Plant 42MW x 1 (GE LM6000) |
2007 |