FLOW MONITORING IN A STREAM LOCATED IN CALBUCO, LOS LAGOS REGION, 2021 – 2024
Objective: To conduct monthly stream monitoring focused on flow rate and key water quality indicators.
Activities: Perform wading streamflow measurements at a designated point in the channel and monitor water quality using a multiparameter sonde.
REGULARIZATION OF SILAGE STORAGE SYSTEM IN PAILLACO, LOS RÍOS REGION, 2022
Objective: To reconstruct, using reverse engineering, a Silage Storage System project for fish farming that complies with client requirements and current regulations. The project will be submitted to the Regional Health Authority for approval.
Activities: Field data collection, including basic topobathymetric surveys and survey of existing structures.
Desktop studies: Preparation of a technical report including detailed project description, process description, mass balance, engineering drafts, and submission of the project to the Regional Health Authority.
REGULARIZATION OF SILAGE STORAGE SYSTEM IN PUERTO VARAS, LOS LAGOS REGION, 2024
Objective: To reconstruct, using reverse engineering, a Silage Storage System project for fish farming that complies with client requirements and current regulations. The project will be submitted to the Regional Health Authority for approval.
Activities: Field data collection, including basic topobathymetric surveys and survey of existing structures.
Desktop studies: Preparation of a technical report including detailed project description, process description, mass balance, engineering drafts, and submission of the project to the Regional Health Authority.
REGULARIZATION OF INDUSTRIAL WASTEWATER TREATMENT PLANT IN HUALAIHUE, LOS LAGOS REGION, 2021
Objective: To reconstruct, using reverse engineering, an industrial wastewater treatment plant project for fish farming that complies with client requirements and current regulations. The project will be submitted to the Regional Health Authority for approval.
Activities Field data collection, including basic topobathymetric surveys and survey of existing structures.
Desktop studies Preparation of a technical report including detailed project description, process description, mass balance, engineering drafts, and submission of the project to the Regional Health Authority.
REGULARIZATION OF INDUSTRIAL WASTEWATER TREATMENT PLANT IN CUNCO, ARAUCANÍA REGION, 2022
Objective: To reconstruct, using reverse engineering, an industrial wastewater treatment plant project for fish farming that complies with client requirements and current regulations. The project will be submitted to the Regional Health Authority for approval.
Activities: Field data collection, including basic topobathymetric surveys and survey of existing structures.
Desktop studies: Preparation of a technical report including detailed project description, process description, mass balance, engineering drafts, and submission of the project to the Regional Health Authority.
REGULARIZATION OF INDUSTRIAL WASTEWATER TREATMENT PLANT IN PAILLACO, LOS RÍOS REGION, 2024
Objective: To reconstruct, using reverse engineering, an industrial wastewater treatment plant project for fish farming that complies with client requirements and current regulations. The project will be submitted to the Regional Health Authority for approval.
Activities: Field data collection, including basic topobathymetric surveys and survey of existing structures.
Desktop studies: Preparation of a technical report including a detailed project description, process description, mass balance, engineering drafts, and submission of the project to the Regional Health Authority.
DESIGN OF RIVER DEFENSE STRUCTURES FOR FISH FARMING (CHANNEL MODIFICATION) IN PUERTO VARAS, LOS LAGOS REGION, 2023–2024
Objective: To design river defense works (protective riprap) that comply with client requirements and current regulations. The projects will be submitted to the DGA for approval.
Activities: Field data collection, including topobathymetric surveys and the generation of Digital Elevation Models (DEMs) using drones to determine the watershed area. Hydrological analysis based on DGA statistical data and verified through direct streamflow measurements.
Desktop studies: Hydraulic modeling, fluvial mechanics, hydraulic design, structural verification, engineering drafts, and project submission to the DGA.
REGULARIZATION OF INDUSTRIAL WASTEWATER DISCHARGE (CHANNEL MODIFICATION) IN PUERTO MONTT, LOS LAGOS REGION, 2024
Objective: To reconstruct, using reverse engineering, a discharge structure over a watercourse that meets client requirements and current regulations. The project will be submitted to the DGA and documentation will be prepared to obtain permits PAS 155 and 156 before Regional Health Authority.
Activities: Field data collection, including topobathymetric surveys and the generation of Digital Elevation Models (DEMs) using drones to determine the watershed area. Hydrological analysis based on DGA statistical data and verified through direct streamflow measurements.
Desktop studies: Hydraulic modeling, fluvial mechanics, hydraulic design, engineering drafts, and submission of the project to the DGA.
REGULARIZATION OF PIPELINE CROSSING PROJECT (CHANNEL MODIFICATION) IN QUELLÓN, LOS LAGOS REGION, 2024
Objective: To reconstruct, using reverse engineering, a pipeline crossing project over a watercourse that complies with client requirements and current regulations. The project will be submitted to the DGA for approval.
Activities: Field data collection, including topobathymetric surveys and hydrological analysis based on DGA statistical data and verified through direct streamflow measurements.
Desktop studies: Hydraulic modeling, fluvial mechanics, hydraulic design, engineering drafts, and submission of the project to the DGA.
DESIGN OF A NEW WATER INTAKE FOR AQUATIC PRODUCTS PROCESSING PLANT IN DALCAHUE, LOS LAGOS REGION, 2023
Objective: To design a new civil water intake structure that meets the client’s requirements and complies with current regulations. The project will be submitted to the DGA for approval.
Activities: Field data collection, including topobathymetric surveys and hydrological analysis based on DGA statistical data and verified through direct streamflow measurements.
Desktop studies:Hydraulic modeling, fluvial mechanics, hydraulic design, structural analysis and verification, definition of a control and monitoring system for water abstraction and return, ensuring ecological flow compliance, engineering drafts, and submission of the project to the DGA.
DESIGN OF A NEW WATER INTAKE FOR AQUATIC PRODUCTS PROCESSING PLANT IN AYSÉN, AYSÉN REGION, 2023
Objective: To design a new civil water intake structure that meets the client’s requirements and complies with current regulations. The project will be submitted to the DGA for approval.
Activities:Field data collection, including topobathymetric surveys and hydrological analysis based on DGA statistical data and verified through direct streamflow measurements.
Desktop studies: Hydraulic modeling, fluvial mechanics, hydraulic design, structural analysis and verification, definition of a control and monitoring system for water abstraction and return, ensuring ecological flow compliance, engineering drafts, and submission of the project to the DGA.
DESIGN OF A NEW WATER INTAKE FOR FISH FARMING IN MELIPEUCO, ARAUCANIA REGION, 2022
Objective: To design a new civil water intake structure that meets the client’s requirements and complies with current regulations. The project will be submitted to the DGA for approval.
Activities: Field data collection, including topobathymetric surveys and hydrological analysis based on DGA statistical data and verified through direct streamflow measurements.
Desktop studies: Hydraulic modeling, fluvial mechanics, hydraulic design, structural analysis and verification, definition of a control and monitoring system for water abstraction and return, ensuring ecological flow compliance, engineering drafts, and submission of the project to the DGA.
TOPOBATHYMETRIC SURVEYS FOR ENVIRONMENTAL STUDIES IN REGIONS OF ARAUCANÍA, LOS RÍOS AND LOS LAGOS, 2022–2024
Objective: To carry out topobathymetric surveys of the areas under study. The surveyed river stretches extend 100 meters upstream and 100 meters downstream from the hydraulic structures being assessed. The surveys include relevant elements, and all structures that result in hydraulic flow control, such as public and private infrastructure, outfalls, canal intakes, existing river defenses (e.g., gabions, riprap), utility poles, crossings, bridges, distribution gates, fences, etc.
Activities: Topobathymetric data was collected using a GNSS RTK GPS system, consisting of a fixed base station and a rover receiver installed on a survey boat equipped with an echo sounder. For the adjacent terrain, a GNSS RTK GPS is used in coordination with an RTK drone and a LiDAR camera to acquire topographic data.
FLOW MONITORING IN A STREAM IN PUERTO MONTT, LOS LAGOS REGION, 2022–2023
Objective: To conduct stream monitoring focused on flow rate and key water quality indicators.
Activities: A pressure sensor was installed in the stream, along with a second sensor nearby to correct for barometric pressure variations. Streamflow measurements (wading gauging) were carried out to develop the discharge curve. Additionally, water quality was monitored using a multiparameter sonde.
DESIGN OF A NEW WATER INTAKE FOR FISH FARMING IN PAILLACO, LOS RÍOS REGION, 2022–2023
Objective: To design a new civil water intake structure that meets the client’s requirements and complies with current regulations. The project will be submitted to the DGA for approval.
Activities: Field data collection, including topobathymetric surveys and the generation of Digital Elevation Models (DEMs) using drones, in order to determine the watershed area. Hydrological analysis based on DGA statistical data and verified through direct streamflow measurements.
Desktop studies: Hydraulic modeling, fluvial mechanics, hydraulic design, structural analysis and verification, definition of a control and monitoring system for water abstraction and return, ensuring ecological flow compliance, engineering drafts, and submission of the project to the DGA.
REDESIGN OF INTAKE STRUCTURES FOR FISH FARMING IN PUERTO MONTT, LOS LAGOS REGION, 2024
Objective: To update the design of civil water intake structures to meet client requirements and current regulatory standards. The project will also be submitted to the DGA for approval.
Activities: Field data collection, including topobathymetric surveys and the generation of Digital Elevation Models (DEMs) using drones, aimed at determining the watershed area. Hydrological studies based on DGA statistical data and verified through direct streamflow measurements.
Desktop studies: Hydraulic modeling, fluvial mechanics, hydraulic design, structural analysis and verification, definition of a control and monitoring system for water abstraction and return, ensuring ecological flow compliance, engineering drafts, and submission of the project to the DGA.
INSTALLATION OF STAFF GAUGES AND PRESSURE SENSORS TO DEVELOP DISCHARGE CURVE FOR ENVIRONMENTAL FLOW COMPLIANCE IN MAULE REGION, ARAUCANÍA REGION AND LOS LAGOS REGION, 2020-2024
Objective: To install staff gauges and pressure sensors linked to a discharge curve to monitor ecological flow.
Activities: Installation of staff gauges or pressure sensors in the watercourse to monitor compliance with ecological flow requirements. A discharge curve is then developed based on flow measurements (stream gauging) or statistical data from a nearby streamflow gauging station.
DESIGN OF NEW WATER INTAKES FOR FISH FARMING IN PUYEHUE, LOS LAGOS REGION, 2024
Objective: To update the design of water intake structures in compliance with client requirements and current regulations. The project will also be submitted for approval to the DGA.
Activities: Field data collection, including topobathymetric surveys and the generation of Digital Elevation Models (DEMs) using drones, in order to determine the watershed area. Hydrological analysis based on DGA statistical data and verified through direct streamflow measurements.
Desktop studies: Hydraulic modeling, fluvial mechanics, hydraulic design, structural assessments and verifications, definition of a control and monitoring system for water abstraction and return, ensuring ecological flow compliance, engineering drafts, and project submission to the DGA.
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