3.Rehabilitation Brochure_Y&K 홈페이지 등재용
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
Introduction of High technology in Korea<br />
(Rehabilitation of Power Plant / Other Plant)<br />
Aug. 2017<br />
Local Management<br />
International Trading<br />
E&I (Electrical & Instrument)<br />
MEP (Mechanical/Electrical/Piping)<br />
O&M (Operation & Maintenance)<br />
Solar / Wind Power<br />
Steel Structure Fabrication/Erection<br />
Miscellaneous Steel work
Contents<br />
1. Introduction<br />
2. High Technology for Rehabilitation of Plant in Korea<br />
3. Simulator for Power Plant’s operation<br />
4. Renovation Work for MEP<br />
5. Business Procedure in Bahrain
1. Introduction<br />
We are honored to introduce our offer to clients.<br />
We are well-developed construction companies , especially various MEP Fields.<br />
We have worked for international Plant Projects with Korean EPC companies like<br />
Samsung,GS,Hyundai … for long term’s partnership.<br />
We are composed of 3 companies to cope with various needs .<br />
- DaemMyoung (E&I/MEP/O&M)<br />
- Gaya Steel Works (Steel Fab & Erection)<br />
- You and Kim Consulting (Local Management , Trading)<br />
Under the reliable resource, We are entering to Bahrain and request Clients to<br />
give opportunity to us for below service.<br />
• Service Field<br />
(1) E&I (Electrical & Instrument)<br />
(2) MEP (Mechanical/Electrical/Piping)<br />
(3) O&M (Operation & Maintenance) : Plant / Tanks / Process Line<br />
(4) Solar / Wind Power<br />
(5) Steel Structure Fabrication/Erection<br />
(6) Miscellaneous Steel work<br />
(7) Special Painting Work<br />
1
1. Introduction (DaeMyoung GEC)<br />
Company<br />
Name<br />
DaeMyoung Global Engineering & Construction Co., Ltd.<br />
CEO<br />
JONG-BO, KIM<br />
Found April 10, 1995<br />
Capital USD 1,875,000.00-<br />
2016<br />
Sales Account<br />
Fields<br />
Business<br />
Main Office<br />
USD 105,619,425.66-<br />
M&E Engineering and Construction<br />
Electrical & Mechanical Construction, Commissioning, Operation<br />
& Maintenance, Information & Telecommunication(IT), Energy<br />
Storage System, Storage Tank Fabrication & Erection, Plant<br />
Simulator/Training,<br />
Fire Fighting System, Civil & Building Works,<br />
Wind power generation system<br />
10, Yangjaecheon-ro 19-gil, Seocho-gu, Seoul, Korea<br />
Staff<br />
111 Engineers. 35 Admin./Account, Total 146 qualified staffs<br />
Home Page<br />
www.dmgec.com<br />
Contact Tel: +82-2-2182-3902 / Fax: +82-2-2182-3986<br />
Credit Rating<br />
A+ : by Korea Ratings<br />
A+ : by DNB Korea<br />
Certificate ISO 9001 : 2008 , ISO 14001:2004, KOSHA 18001 2<br />
1
1. Introduction (DaeMyoung GEC)<br />
3
2. High Technology for Rehabilitation of Plant in Korea<br />
Power Plant<br />
Rehabilitation<br />
2017. 8<br />
4
2. High Technology for Rehabilitation of Plant in Korea<br />
Power Generating & Industrial Facilities<br />
-Routine Maintenance<br />
-Scheduled Outage Maintenance<br />
-Rehabilitation & Modification<br />
-Commissioning<br />
-Technical Service (Supervising)<br />
5
2. High Technology for Rehabilitation of Plant in Korea<br />
Rehabilitation<br />
-. Project : Khartoum North Steam Power Plant<br />
-. Location : Sudan<br />
-. Activity since : 1985<br />
-. Owner : National Electricity Corporation of Sudan(NEC)<br />
-. Power Capacity : 380MW(2x30MW,2x60MW,2x100MW)<br />
-. Fuel : Fuel Oil<br />
-. Work Description : steam turbines rehabilitation, plant partial<br />
modification, thermal mechanical engineering.<br />
-. Work Period : 2009.06 ~ 2010.10<br />
Ongoing & Next Project<br />
Fuel Conversion<br />
-. Project : Cheon-ju Hubis Combined Heat & Power Plant<br />
-. Location : Korea<br />
-. Activity since : 1987<br />
-. Owner : Hubis Cheon-ju Factory<br />
-. Power Capacity : 48MW (Boiler :130ton/hr x1unit, 80ton/hr x 1)<br />
-. Fuel Conversion : Oil to Coal<br />
-. Work Description : boiler rehabilitation, combusition<br />
equipments rehabilitation, coal handling systems erection, steam<br />
turbines rehabilitation, plant partial, thermal mechanical<br />
engineering.<br />
-. Work Period : 1999.1 ~ 2003.3<br />
• KOREA BORYEONG<br />
500MW Fossil Power Plant<br />
• KOREA SHININCHEON<br />
Combined Cycle Power plant<br />
Rehabilitation<br />
-. Project : Seo-Incheon Combined Cycle Power Plant Project<br />
-. Location : Korea<br />
-. Activity since : 1992<br />
-. Owner : Korea Western Power Co.,Ltd<br />
-. Power Capacity : 1800MW(G/T:8x150MW,S/T:8x75MW)<br />
-. Fuel : LNG<br />
-. Work Description : gas turbine repair, economiser tube repair,<br />
gas duct repair, plant partial modification, thermal mechanical<br />
engineering.<br />
-. Work Period : 1996.7 ~ 1997.10<br />
6
2. High Technology for Rehabilitation of Plant in Korea<br />
-. Key benefits<br />
‣ Reduces exposure in remote regions.<br />
‣ Significantly reduces management time input<br />
‣ Allows for a multi-level independent maintenance review, followed by clear<br />
interfaces between DaeMyoung GEC management and the client ;<br />
• Procedures and manuals are written by DaeMyoung and validated by the client.<br />
• The client supplies standard technical specifications<br />
• In turn, DaeMyoung reviews and updates technical documentation before the<br />
contract documents are prepared and signed.<br />
• As DaeMyoung starts the implementation of the scope of work, it is the client<br />
who audits our performance.<br />
• DaeMyoung GEC writes reports on the technical and contractual aspects of the<br />
project, allowing the client to analyze the results of its work.<br />
7
2. High Technology for Rehabilitation of Plant in Korea<br />
-. Key benefits<br />
‣ An integrated project team, comprising both DaeMyoung and client personnel.<br />
‣ An incentive scheme to align the objectives of DaeMyoung and its client,<br />
• HSEQ management.<br />
• reliability and availability.<br />
• plant integrity.<br />
• production objectives.<br />
• cost reduction.<br />
Financial Benefits<br />
• Sustained reduction of OPEX(Operating Expenditure) in a very short period<br />
of time.<br />
• Spare parts optimization.<br />
• Independent interface between OEM and client will save time and money.<br />
• Reduced expatriate costs.<br />
• Longer asset life, leading to postponed decommissioning costs.<br />
Human Resource Management Benefits<br />
• Flexibility.<br />
• Improved utilization of own client’s own personnel resources.<br />
• Increased safety.<br />
• Fewer human resource issues.<br />
8
3. Simulator for Power Plant’s operation<br />
Simulator<br />
/Training<br />
Center<br />
2017. 8<br />
9
3. Simulator for Power Plant’s operation<br />
Simulator<br />
H/W system<br />
(Boiler, Turbine,<br />
Generator)<br />
Model<br />
(Boiler, Turbine,<br />
Electrical)<br />
H/W DCS<br />
Virtual DCS<br />
EWS<br />
Boiler DCS<br />
Turbine TCS<br />
EWS<br />
Operator Console<br />
Operator Console<br />
HMI<br />
HMI<br />
Operator<br />
Instructor Console<br />
Main Control Room<br />
10
3. Simulator for Power Plant’s operation<br />
Training Centre<br />
KOREA YEOSU<br />
BOTSWANA MORUPULE A<br />
• 340 x 2 MW CFB Power Plant<br />
- 2016.3~2017.4<br />
- Simulator Development &<br />
Instructor Training<br />
• System<br />
- Process Model : GSE<br />
- Unit 1 : YOKOGAWA CENTUM VP<br />
- Unit 2 : ABB P14<br />
• 33x4 MW Power Plant<br />
- 2016.5~2017.7<br />
- Simulator Development &<br />
Operator/Instructor Training<br />
• System<br />
- Process Model : GSE<br />
- Unit 1-4 : SIEMENS T3000<br />
Ongoing & Next Project<br />
• KOREA SHINBORYEONG<br />
1000MW USC Fossil Power<br />
Plant<br />
• KOREA TAEAN 500MW<br />
Fossil Power Plant<br />
• VIETNAM 660MW Power Plant<br />
• SAUDI SWRO Plant<br />
11
3. Simulator for Power Plant’s operation<br />
Combined-Cycle Gas Turbine Simulator<br />
High fidelity modeling of two gas turbine set for a combined<br />
cycle simulator.<br />
Power plant simulator for gas turbine and<br />
CCGT applications<br />
HRSG and Main HMI Control<br />
12
3. Simulator for Power Plant’s operation<br />
Combined-Cycle Gas Turbine Simulator<br />
JTopmeret Engineering Model, Heat Transfer and<br />
Flow Characteristics of Gas Turbine<br />
Gas Turbine Exhaust Temperature and Turning Gear HMI Control<br />
Combined Cycle<br />
• Key features of this combination modeling solution are<br />
• Gas compressor drive motor.<br />
• Calculation of combustion heat and products of combustion.<br />
• Multi-nodes in the combustion zone match the reference plant burner configuration.<br />
• Mass, momentum, and energy balance in each node of the flow path<br />
• Calculation of nodal gas temperatures based on mass and energy conservation.<br />
• Consideration of the combustion heat loss.<br />
• Calculation of gas dynamics of air compressor.<br />
• Calculation of gas turbine megawatt output and turbine efficiency.<br />
13
4. Renovation Work for MEP<br />
▶ Repair, upgrade and maintenance of steam boilers, steam and gas turbines, auxiliary equipment, mechanical and bulk storage systems.<br />
▶ Repair and maintenance of boiler pressure parts and rotating equipment including pumps, fans, flow control equipment.<br />
▶ Refurbishment, upgrade and/or replacement of all major components, associated pipework and control and instrumentation.<br />
LP Rotor Blasting HIP TBN Rotor lifting Disassembly of generator<br />
TBN Main Oil Pump alignment BFP maintenance TBN main stop valve assembly<br />
14
4. Renovation Work for MEP<br />
▶ Repair, upgrade and maintenance of steam boilers, steam and gas turbines, auxiliary equipment, mechanical and bulk storage systems.<br />
▶ Repair and maintenance of boiler pressure parts and rotating equipment including pumps, fans, flow control equipment.<br />
▶ Refurbishment, upgrade and/or replacement of all major components, associated pipework and control and instrumentation.<br />
Sea Waer Lifting Pump motor lifting BLR panel / bundle lifting BLR tube welding<br />
High-pressure pipe welding GGH duct installation BLR tube welding<br />
15
5. Business Procedure in Bahrain<br />
Work Request<br />
Feed back &<br />
Closed<br />
Data Collection<br />
-.Site Survey<br />
-.Fact Finding<br />
-.Maintenance Philosophy<br />
-.Equipment Specification<br />
-.Vendor data<br />
-.Inspection Report<br />
-.Etc.<br />
Preliminary<br />
Proposal<br />
Clarify &<br />
Approval<br />
Perform the<br />
Work<br />
Contract<br />
Agreement<br />
Final Estimate<br />
& Plan<br />
*.All steps will proceed with client’s permission.<br />
16
Change language