CTCI Recognized with Prizes for Design and Construction of the Golden Quality Award, the Highest Honor in Public Construction Works

CTCI Group Vice Chairman Michael Yang (1st from the left) and Vice President Shen-Peng Liao (1st from the right) of Hydrocarbon Business Operations accepted the award from Wu Hong-Mo (center), Minister of Public Construction Commission.

CTCI contracted and executed "CPC Talin No.11 DHDS EPC Project", and has fully implemented energy-saving designs to successfully assist CPC with producing low sulfur content of high-quality diesel oil. With its professional engineering services and commitment to quality, CTCI won the highest honor in design and construction excellence awards under the facilities category of "The 16th Public Construction Golden Quality Award". The award ceremony was held on 21 December 2016 at the Convention Center of CPC Corporation. On behalf of the company, Group Vice Chairman Michael Yang and Vice President Shen-Peng Liao of Hydrocarbon Business Operations accepted the award from Wu Hong-Mo, Minister of Public Construction Commission.


This award is hosted by the Public Construction Commission, Executive Yuan. CTCI project team has rich engineering experiences and execution capability on EPC work and has won the deep trust by the owner CPC as well as the high degree of praises and affirmation from the government. According to the regulation of "Public Construction Golden Quality Award", the awarded contractor will be listed in the Government Procurement Vendor List announced in the Government e-Procurement System, and enjoy the reduction benefits of bid, performance or warranty bonds.

In response to the environmental regulations which are getting stricter these days, and treatment of the crude diesel with high sulfur content, CPC builds the 40,000 BPSD DHDS plant ,aiming to meet the standard and specification of gasoline and diesel. In the design stage, CTCI project team used high efficiency motors, transformers and LED luminaires, as well as frequency converters to manage the efficiency under different production capacities. In term of the process, we use steam integration, substantial savings in operating power consumption and reduce emissions. Upon the completion of this plant, the sulfur content in diesel will be below 9wppm, significantly reducing the SOx exhaust released to the atmosphere, and efficiently improving air quality.