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Heat Exchange Solutions for Offshore Industry
Offshore modular engineering is a highly technical and comprehensive project, combining specialized design, precision manufacturing, stringent quality control, and full-service after-sales support. These solutions are tailored to meet the unique demands of the marine and ship environments.
Addressing Your Needs with Tailored Solutions
In offshore projects, plate heat exchangers offer distinct advantages. Their compact structure and high heat transfer efficiency significantly enhance system performance while minimizing space and weight, making them ideal for marine platforms and ships where space is limited. Additionally, plate heat exchangers are easy to maintain and have long service lives, helping to lower operating costs. Our expert team understands the specific challenges of marine environments and provides customized solutions, including plate heat exchangers, to ensure efficient, safe, and reliable operations.
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Compact Design
Our heat exchangers feature a space - saving design, allowing for seamless integration in the compact spaces of offshore setups. They are incredibly easy to install and dismantle, enabling quick setup and hassle - free maintenance, which meets diverse offshore engineering needs. -
High Heat Transfer Efficiency
The compact design delivers superior heat transfer efficiency, making them widely used in offshore modular engineering, such as seawater cooling. They rapidly reduce temperatures and recover heat, lowering energy consumption and boosting efficiency. Cooling water consumption is only one-third that of traditional shell-and-tube exchangers. -
Long Equipment Lifespan
Our equipment’s optimized design ensures easy maintenance and extends lifespan, reducing long-term costs. Durable materials and advanced engineering minimize wear, enhancing reliability and performance. Simplified maintenance further prolongs functionality, maximizing efficiency and delivering cost savings. This ensures sustainable, reliable operations for customers over the years. -
Full-Service Support
Our expert team maintains close communication during equipment installation and operation, ensuring seamless integration and peak performance. We provide timely guidance, technical support, and troubleshooting to resolve challenges efficiently. Regular follow-ups and tailored training empower customers to optimize system use. Through collaborative partnerships, we prioritize reliability, productivity, and long-term operational success, keeping customer satisfaction at the core of every service.
Your Needs, Our Priority
contact usPractical Applications in Offshore Industry
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(1) Offshore Oil
Production Process: Offshore oil development involves exploration, drilling, extraction, and transportation. During extraction, crude oil requires heating, cooling, and separation processes to ensure stability and flowability. Advanced technologies like subsea processing and floating production systems are also employed to optimize resource recovery.
Role of Plate Heat Exchangers: Plate heat exchangers are used for crude oil heating and cooling. They enhance energy efficiency, reduce equipment wear, and ensure smooth operation in harsh marine environments. -
(2) Offshore Natural Gas Processing and Storage
FSRU (Floating Storage and Regasification Unit): In offshore natural gas processing, FSRU is a critical component. PCHE, as one of the core equipment in FSRU, is used for cooling, liquefaction, and regasification of natural gas. Its compact design and ability to withstand high pressure and temperature make it particularly suitable for offshore environments.
Pipeline Natural Gas Transportation: In offshore pipeline natural gas transportation, PCHE can be used for cooling and heating pipelines to ensure the stability and safety of natural gas during transportation.
Compressor Aftercooler: In natural gas extraction, compressors are essential equipment for extracting and transporting natural gas from underground to the surface. However, the temperature of compressed natural gas is usually high, requiring an aftercooler to lower its temperature, thereby improving transportation efficiency and safety. -
(3) Seawater Desalination
Production Process: Seawater desalination primarily utilizes reverse osmosis or multi-effect distillation technologies. The process includes pretreatment, desalination, and post-treatment stages to convert seawater into freshwater. Pretreatment removes impurities, while desalination separates salt and water molecules.
Role of Plate Heat Exchangers: In the pretreatment stage, plate heat exchangers preheat seawater to improve efficiency. During distillation, they facilitate heat transfer, reducing energy consumption and increasing freshwater output. -
(4) Marine Vessel Systems
Production Process: Marine vessel systems encompass power, cooling, and air conditioning systems. These systems ensure the proper functioning of engines, maintain cabin temperatures, and provide cooling for onboard equipment. Advanced vessels integrate energy recovery systems to optimize fuel consumption.
Role of Plate Heat Exchangers: Plate heat exchangers are used in engine cooling water circulation and air conditioning systems. They ensure stable operation of vessel equipment in challenging marine conditions, improving overall performance and reliability. -
(5) Marine Environmental Protection
Production Process: Marine environmental protection involves pollution monitoring, ecological restoration, and sustainable resource management. Advanced monitoring systems and eco-friendly technologies are employed to minimize environmental impact and preserve marine ecosystems.
Role of Plate Heat Exchangers: Plate heat exchangers are utilized in monitoring equipment for heat exchange, ensuring long-term stability and reliability in harsh marine environments. They support the efficient operation of environmental protection systems. -
(6) Marine Chemical Industry
Production Process: The marine chemical industry includes salt extraction, marine bioresource utilization, and chemical production. Processes often involve high temperatures, pressures, and corrosive environments. Advanced materials and technologies are used to enhance efficiency and safety.
Role of Plate Heat Exchangers: In processes like chlor-alkali production and refined salt manufacturing, plate heat exchangers provide corrosion-resistant heat exchange. They improve production efficiency, reduce maintenance costs, and ensure safe operation in corrosive environments.
Case Examples
Service
Shanghai Heat Transfer Board Replacement Parts Warehouse can provide various original accessories at any time to ensure product quality. At the same time, the Shanghai board can open a spare parts query interface to check inventory or issue spare parts plans anytime and anywhere, ensuring timely delivery.
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Who Are We?
Shanghai Heat Transfer Equipment Co., Ltd.(SHPHE) specializes in the design, manufacturing, installation, and service of plate heat exchangers and complete heat transfer systems.
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SHPHE has complete quality assurance system from design, manufacturing, inspection and delivery. It is certified with ISO9001, ISO14001, OHSAS18001 and hold ASME U Certificate.
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