FEASIBILITY STUDY FOR PIPELINE INSTALLATION USING POST-TRENCHING FOR THE LNG OCTOPUS PLANT (CHILE)
Study consisting of analysing the feasibility of installing the pipeline using post-trenching techniques.The pipeline is 20” (508 mm) carbon steel with a wall thickness of 10.3 mmSpecifically, the following tasks are carried out: . Analysis of existing geotechnical data . Analysis of existing tsunami studies, assessing their impact on the design . Calculation of the […]
DILUTION AND DISPERSION STUDY OF THE BRINE DISCHARGE FROM THE CALDERA DESALINATION PLANT, CHILE
An initial dilution study (to define the diffuser section), dispersion, and recirculation of the brine discharge from the new desalination plant is carried out.The study will form part of the Environmental Impact Assessment for the new desalination plant.The discharge characteristics are: • Flow rate: 1.47 m3/s • Effluent salinity: 65.3 g/L • Effluent temperature: 13°C […]
SUBSEA PIPELINES FOR THE MANTOVERDE DESALINATION PLANT (CHILE), DETAILED DESIGN
The project includes the detailed design of the desalination plant’s subsea pipelines, including the intake structure and the diffuser section. The pipeline characteristics are: • Material: PE100. • Pipeline specification: intake Øe=800 mm SDR 26 and discharge Øe=560 mm SDR 26 • Length: 709 m discharge and 510 m intake • Maximum flow rates: intake: […]
DETAILED DESIGN PROJECT FOR THE SPENCE GROWTH DESALINATION PLANT’S SUBMARINE PIPELINES (CHILE)
The project involves the detailed design of the desalination plant’s submarine pipelines, including the intake structure, the diffuser section, and a protective rock revetment in the surf zone for the installation of the pipes.The pipeline characteristics are: • Material: PE100.• Pipe definition: intake Øe=1600 mm SDR 26 and discharge Øe=1400 mm SDR 17• Length: 515 […]
TENDER PROJECT: SUBMARINE PIPELINES FOR ATACAMA REGION DESALINATION PLANT (CHILE)
The scope of marine works is limited to the discharge pipeline and the intake pipeline, including the design of the diffuser and the intake structure.Additionally, an initial dilution study is carried out using the brIHne program, and a recirculation study with the MOHID program.Most of the route is resolved using the pipe jacking technique.Maximum design […]