MODERNIZATION OF THE MARINE FACILITIES AT THE TALARA REFINERY (PERU)
The project includes an optimization of all proposed marine infrastructure (subsea pipelines and jetties) and an alternatives study for the intake and discharge pipelines. Specifically, the following tasks are carried out: • Analysis and optimization of the project’s piers and jetties to reduce construction costs and make them economically viable. • Analysis and alternatives study […]
BOTTOM PULL METHOD FOR THE INSTALLATION OF THE TABOADA WWTP OUTFALL PIPELINES (LIMA, PERU)
Detailed study for the marine installation of pipelines using the bottom pull method via a launch ramp.A key aspect of the project is the analysis of longitudinal stresses generated in the pipeline during the pull, following the longitudinal profile of the terrain.The launch ramp is built in duplicate to improve operational performance. The design of […]
LA TABOADA WASTEWATER TREATMENT PLANT OUTFALL PIPELINE (LIMA, PERU)
The construction project for the La Taboada subsea outfall is being carried out, based on the conclusions of the field work performed, after the ACS Group won the international tender where INCREA provided the engineering. Exhaustive studies are conducted on the definitive location, auxiliary works, suppliers, etc. • Material: HDPE-100 • Main section diameter: 3,000 […]
CURRENT AND BRINE DISPERSION STUDY OF THE EFFLUENTS FROM THE LIMA SUR PLANT
The study is carried out to simulate the discharge from the Lima desalination plant. The effluent is actually a mixture of wastewater treatment plant and desalination plant discharges, with a final hypersaline discharge behaviour. A near-field study with brine is included, coupled to the MOHID model.The characteristics of the final implemented model are:• 3D up […]
DESIGN, GEOMETRIC ANALYSIS, AND CFD STUDY OF THE SEAWATER PUMPING STATION FOR THE LIMA SUR DESALINATION PLANT.
The project defines the geometric configuration of the pump station for the Lima Sur Desalination Plant as part of the “Provision of sanitation services for the southern districts of Lima” project. Additionally, a CFD study is conducted with various alternatives. The main characteristics of the station are: • 5 intake channels (two standby) • Three […]
INTAKE AND DISCHARGE PIPELINES FOR SANITATION AND WATER SUPPLY IN THE SOUTHERN DISTRICTS OF LIMA
The objective is to design and justify the marine intake and discharge pipelines for sanitation and water desalination through two PE100 HDPE pipelines. The offshore sections are initiated using horizontal directional drilling. The discharge characteristics, with a flow rate of 1.44 m3/s and a maximum depth of -22 m, are: • 298 m of horizontal […]
ARRASTRE POR FONDO DE LA CONDUCCIÓN DE VERTIDO DE LA PLANTA DE TRATAMIENTO DE LA CHIRA, PERÚ
Design of the installation using off-bottom pull (off-bottom pull) with chain support • The pipeline characteristics are: • Discharge flow rate: 11.3 m3/s • Internal diameter: 2,400 mm • Maximum depth: 60 m • Length: 3,627 m Numerous tasks are carried out in connection with defining the off-bottom pull construction process: • Current study (magnitude […]
OUTFALL PIPELINE OF LA CHIRA TREATMENT PLANT (PERU). CONSTRUCTION PROJECT
Various detailed engineering tasks for the Outfall Pipeline Construction Project. The pipeline characteristics are: • Discharge flow rate: 11.3 m3/s • Internal diameter: 2,400 mm • Maximum depth: 60 m • Length: 3,627 m Numerous complementary works are carried out for the Project: • Design of seabed anchoring by bottom dragging with chain support. • […]
SUBMARINE PIPELINES FOR SANITATION IN THE SOUTHERN DISTRICTS OF LIMA (PERU)
The project involves the design of the submarine pipelines for the future desalination and wastewater treatment plant serving the districts of Punta Hermosa, Punta Negra, San Bartolo and Santa María, including the intake structure and the diffuser section.The pipeline characteristics are: • Material: PE100. • Pipeline definition: intake Øe=1200 mm. Discharge Øe=900 mm supported on […]
PARACAS TERMINAL ENGINEERING, PERU
Study and optimization of the Base Solution and drafting of the Alternative Solution to the Base Project. The following tasks are performed: • Marine Climate Study • Design of the ground embedment for the driven steel piles of the base solution and verification of the shaft resistance. • Design of the cathodic protection for the […]