Our ZENTECH E&C has completed FEED Engineering up to 100% therefore the engineering capacities are achieved 100%, also ZENTECH E&C will develop and being started the manufacturing for Vapolizer, Fire Fighting System(Foam and Water), Environmental Monitoring System and Re-condenser.
Our ZENTECH E&C has almost achieved engineering capacity up to 100% based on FSRU’s Technologies, also manufacturing of KO Drum, Monitoring System and Cryogenic pipeline.
Our ZENTECH E&C has almost achieved engineering capacity up to 100% based on FSRU’s Technologies.
CHP : Combined Heat and Power Plant
◈ Offgas compressors are used to recover the gas contained in the liquid after the liquid and gas are separated in the natural gas that is sent from the gas field wellhead.
◈ Offgas compressors have a high difference between the intake and discharge pressures and handle high-density gases. For this reason, consideration must be given to shaft vibration issues as well as to strength.
◈ Regeneration gas compressors are used in the acid gas removal equipment.
◈ In the same way as with offgas compressors, there is large variation in the gas molecular weight depending on the operating conditions, and a broad operating range is required.
◈ Main refrigerant compressors are used to compress the refrigerant gas to cryogenic heat exchangers in the cooling circuit in the main liquefaction process.
◈ This type of compressor is required to extremely precise fluid dynamic design to predict the performance of the compressor in the various operating conditions at site.
◈ End flash gas compressors are used to compress the low-pressure vapor which is produced after liquefaction facility or at LNG tank to fuel gas for gas turbine or other process.
◈ When the vapor is produced at LNG tank only. Those are called Boil off compressor.
◈ This type of compressor is required to design for low intake temperatures of approximately -162℃.
◈ This means that the compressor must be made of materials to endure the low temperature conditions.
◈ Fuel gas supply compressors allow the gas remaining after LNG was produced from the raw gas to be used as plant fuel gas for the main drive gas turbines and other systems.
◈ This type of compressor is characterized by low intake temperatures of -60°C or below. This means that the compressor must be made of materials with refrigeration system specifications.
Our ZENTECH E&C has achieved 100% of installation engineering capacities for subsea pipeline and Cryogenic pipeline, also ZENTECH E&C will prepare the installation contractor.
Our ZENTECH E&C has developed LNG Bunkering system for Ship to Ship Method up to 90% of completion engineering, also will prepare and start the manufacture for SSL System.
Our ZENTECH E&C has completed 100% of installation engineering technologies and start up business for offshore wind farm.
Our ZENTECH E&C has started the developing of engineering for Biogas energy plant in 2015.
Our ZENTECH E&C has started the developing of engineering for BioMASS energy plant in 2015.
※ Biogas chemical composition and Energy
|Chemical Properties||Natural Gas||Animal Dung||Crop||WOOD||Agricultural Wastes|
|Carrbon Dioxide (CO2)||0.0102||0.25-0.45||0.1777||0.1||0.148|
|Water Vapor (H2O)||0||0||0||0.04||0.057|
|Wet Fuel Molecular Weight(kg/mole)||17.1||5.6||29.2||23.7||26.2|
|Lower Heating Value(KJ/kg)||46787||17590||3913||5622||5094|
|Lower Heating Value(KJ/Nm3)||35679||26000||5103||5977||6053|
|stoichiometric Air/Fuel Ratio(Volume Based)||9.51||1.04||1.16||1.31||1.41|
|Energy Content of stoichiometric Mixture(KJ/Nm3)||3396||2474||2358||3583||2514|
|Approx Temp. Rise of Stoich Mixture(°K)||2411||1483||1669||1882||1788|
The d-Human project : Our ZENTECH E&C will complete new challenge Bio-ICT management up to 2035 year for future(Bio Data human Project).
The new challenge of Bio-IT for OCT-APP will be developed by ZENTECH E&C up to 2035 year for future Human Life.
A. Angiography System - A multimodal photo-acoustic ophthalmoscopy(PAOM) platform.
Ⅰ. The schematic of integrated photo-acoustic scanning laser ophthalmoscopy(SLO).
Ⅱ. Optical coherence tomography(OCT) image acquisition system.
Ⅲ. Dichroic mirror(DM) and a hot mirror(HM) combine light from the three imaging modalities.
Results of angiography for eye
B. The laser photocoagulation system - Computer assisted
a. treatment plan
b. control system
c. target and treatment laser
d. mirror system to derive the laser beam
e. video camera acquiring a live video stream
f. patient eye