Currently, we have an Industry 4.0 plan of Complementary Technologies to Ensure Efficient Fluid Transport, with solutions focused on two key pillars, such as energy efficiency and displacement of fossil fuels, and on the other hand, water efficiency and related processes.
LONG-DURATION ENERGY STORAGE SOLUTION
It supplies clean, reliable, renewable electricity on a continuous basis to our pumping systems, thus reducing fuel transportation logistics, spills, ongoing maintenance, on-site operators and the carbon footprint associated with traditional equipment.
FLOATING CANTILEVER PUMPS WITH INDUSTRY 4.0 TECHNOLOGY
The Floating Systems Sensing and Monitoring System performs Data Capture, Storage, Local Processing, Transmission, Display and Analysis of Parameters associated with our fluid drive solutions, in areas that include the following topics:
- • Structural variables
- • Electrical variables
- • Mechanical variables
- • Process variables
- • Remote inspection
- • Algae control
- • Water quality analysis
The data captured and processed in-situ are sent through gateways via cellular or satellite link to our platform for its deployment through widgets in customized Dashboards, analysis and elaboration of hierarchical reports of the information collected in the field.
HYBRID ENERGY SOURCE CONTROLLER
Through the development of process controllers and hybrid energies, we encompass a solution that automatically and simultaneously combines various energy sources, optimizing energy consumption according to the demand of the pumping equipment.
ALGAE CONTROL SYSTEMS
Associated with climate change and its impact in different latitudes, the proliferation of algae in bodies of water (continental and oceanic), presents a serious problem to the processes associated with the use of the vital element. These systems are self-manageable and energetically autonomous to treat and reduce the concentration of algae proliferation through the use of ultrasound.
LEAK DETECTION SYSTEMS IN WATER DISTRIBUTION SYSTEMS
We find incipient leaks before they generate considerable water losses, as well as structural damage associated with undermining in large extensions of land, in addition to real-time monitoring of the status of the water distribution network.
REMOTE SENSING + CROP IOT
Drone technology with the use of images and optical sensors can perform various analyses, such as certain actions on crops at the level of irrigation or fertilizer injection.