EPC Turnkey Service

Project Management, Front End Engineering, Basic & Detailed Engineering, Procurement, Installation & Construction, Construction Management & Supervision and Commissioning

CAPCO PTA Wastewater Recovery Unit (Engineering, Procurement, and Construction, or EPC) Project, Kaohsiung

• The nation’s first petrochemical wastewater reclamation project, introducing for the first time ultra-filter and reverse osmosis membranes process. Commercial operation began in 1999.  

• CTCI provided comprehensive engineering, procurement, construction and commissioning (EPCC) service to treat the effluent from PTA wastewater treatment plant and cooling tower blow down. At 73% recovery rate, 6,600 tons of water can be  reclaimed each day to be reused in the petrochemical process.

CPC Talin Refinery Plant Wastewater Reclamation Unit (Engineering, Procurement, and Construction or EPC) Project, Kaohsiung

• After successfully completing the Linyuan Petrochemical Wastewater Treatment and Reclamation engineering, procurement, construction, and commissioning (EPCC) project, CTCI was again awarded a contract to provide professional engineering services to CPC for this project.

• The project adopts similar plant configuration (integration of membrane bioreactor (MBR) and reverse osmosis). Due to  different tender requirement, CTCI successfully introduced Mitsubishi Rayon’s MBR and integrated it to the system to produce reclaimed water.

CHIMEI EDR Wastewater Reclamation Plant (Engineering, Procurement, and Construction, or EPC) Project, Kaohsiung

• This plant showcases Taiwan’s first and the largest industrial wastewater electrodialysis reversal (EDR) system for the petrochemical industry, created by CTCI and the Industrial Technology Research Institute. The system treats wastewater through three processes: submerged filtration (SMF), EDR, and reverse osmosis (RO). The result is 3,000 tons of reclaimed water generated per day that can be used for the production process.

TPC Talin Power Plant Seawater Desalination (Engineering, Procurement, and Construction, or EPC) Project, Kaohsiung

• Adopting multi-effect distillation method, the seawater demineralization facility includes five sets of seawater distillers, one set of steam compressor, fresh water condenser, and vacuum systems. The design is based on 16~32°C seawater temperature. Maximum conductivity is 10  uS / cm. Daily freshwater production capacity is 2,000 m3 / day. Net water production ratio is 7 kg (desalinated water) / 1 kg (steam).

Ibn Rushd Phase II Grassroots (PTA) effluent treatment plant (Engineering, Procurement, and Construction, or EPC) Project, Kingdom of Saudi Arabia

• The plant is located in Medina Province, Kingdom of Saudi Arabia. The total design flow is 460 m3/h. Major streams include PTA and aromatic wastewater. Overall process include preliminary sedimentation, cooling system, biological treatment, and final clarifier. Aromatics wastewater, which contains aromatic compounds (such as benzene, toluene, and xylene), needs to be treated with extra BTX Recovery Unit.

Oriental Petrochemical Kuanyin PTA Expansion Plant Effluent Treatment Package (Engineering, Procurement, and Construction, or EPC) Project, Taoyuan

• Based on rich EPCC experiences in PTA plants and their effluent treatment units, CTCI carried out custom-made planning and design that complied with EIA requirement and land restrictions.

• In addition to adopting the latest anaerobic treatment technology, the project introduced  Clausthal Jet Reactor (CJR), a high performance compact bioreactor, that has the advantages of low initial cost, minimal land requirement, and easy maintenance. The result is a success.

Investment & Project Development

Investment & Financing, Feasibility Study, Operation Data Analysis & Feedback, Circular Economy & Green Solution, Renewable Energy Application

TSMC Southern Taiwan Science Park Industrial Wastewater Reclamation Plant (Design, Build, Own and Operate Project, or DBOO) Project, Tainan

• The world’s first industrial wastewater reclamation (IWR) investment project aimed at reclaimed and reusing wastewater from the high tech industry for the semiconductor manufacturing process. The plant reclaims the process wastewater from TSMC fabs as well as the effluents from central wastewater treatment plants inside the Southern Taiwan Science Park (STSP). This is also the first IWR project funded by a private company at STSP, becoming an important sustainable model for science parks. 

• The plant adopts green engineering methods to help save energy, become eco-friendly, and reduce secondary pollution.

Kaohsiung City Gov. Fengshan Wastewater Reclamation Plant (Build, Transfer, and Operate Project, or BTO) Project, Kaohsiung

• The first municipal wastewater plant that sets a new milestone for water reclamation in Taiwan.

• Certified as an educational facility related to water reclamation. This helps generate people’s awareness to cherish valuable water resources.

Kaohsiung City Gov. Linhai Wastewater Reclamation Plant, Kaohsiung (Build, Transfer, and Operate, or BTO) Project, Kaohsiung

• One of the six demonstration plants in the Effluent Recycling and Reuse Promotion Program for Public Sewage Treatment Plants. Construction of sewage treatment plant and reclamation plant is completed in one step. The first phase of this project includes a 55,000 CMD sewage treatment plant that can produce 33,000 CMD of reclaimed water for industries at Linhai Industrial Park.

Taoyuan City Gov. Taoyuan Biomass Energy Plant (Build, Operate, and Transfer, or BOT) Project, Taoyuan

• With over 26% of power generation efficiency, this is the most iconic model in terms of sustainability and circular economy in Taiwan. It is also the first project that provides integrated waste management service for the nation’s municipal sector.

Industrial Development Bureau Changbin Sludge Incineration Plant (Build, Operate, and Transfer, or BOT) Project, Changhua

• This is the first energy-from-waste plant in Taiwan that specializes in converting sewage, sludge, waste liquids, waste oil, and commercial waste into renewable energy. Once commercial operation begins, the energy generated will be provided to the cement and steelmaking industries.

Operation & Maintenance Service

Maintenance Service, Operation Management & Supervision, Chemical Additives Supply, Smart Operation & Mr. Energy

New Taipei City Gov. Linkou Water Resources Center ( Operation and Maintenance, or O&M) Project, New Taipei City

• This is the first secondary treatment plant owned by the New Taipei City Government. Operated and maintained by CTCI Group, the treatment plant has helped improve the environmental and living quality in Linkou.

• The entire treatment plant takes advantage of the terrain by treating wastewater with gravity flow, without requiring additional energy input. This helps save energy and reduce carbon emissions.

New Taipei City Gov. Gravel Facilities and Intercepting Sewer System (Operation and Maintenance, or O&M) Project, New Taipei City

• The 9 gravel facilities located in New Taipei City were built with ecological engineering methods. Operated and maintained by CTCI Group, the water quality on-site treatment and purification system allows the tributary drainage to be drawn into the gravel room purification system for water purification treatment, so as to reduce the discharge of pollutants into the river. This also helps create a riparian ecological corridor habitat.

Activated Carbon

• Activated carbon is commonly used to adsorb the organic matter in water, decolorize water, and adsorb COD from wastewater. It is also widely used in the generation process of pure water, ultrapure water, and water purification, as well as wastewater treatment.

• Can be applied to the water resource treatment system at high-tech facilities, power plants, incineration plants, and metal surface treatment facilities.

Additives For Water Resource Treatment

• The heavy metal chelating agent can effectively help remove harmful heavy metals from wastewater and reduce the dissolution of heavy metals from waste sludge.

• Catalase, which is fermented with non-pathogenic bacteria, can consistently and effectively remove H2O2 from wastewater.

• Can be applied to wastewater treatment at high-tech facilities, power plants, incineration plants, and metal surface treatment facilities.

Mr. Energy, Energy Management System

• Mr. Energy is a series of products developed by Xinding, which are designed in accordance with the ISO 50001 international standard for energy management.

• The product features mainly include energy performance indicator, energy balance diagram analysis, energy usage performance monitoring, etc., and a visual module is used to establish an exclusive energy management page for the enterprise.

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