Climate change is affecting our country and the world at an unthinkable speed. In Chile, we are in a serious situation of both drought and water scarcity, drought being understood as a meteorological phenomenon and scarcity as a long-term imbalance between supply and demand.
Currently, our roadmap is to deliver unprecedented and disruptive solutions for sustainable processes, thanks to our Industry 4.0 plan of Complementary Technologies to Ensure Efficient Fluid Transport. The solutions are focused on two key pillars, such as energy efficiency and displacement of fossil fuels, where green hydrogen is a very interesting proposal that would help mining companies to reduce greenhouse gases and become carbon neutral; and, on the other hand, water efficiency and related processes, becoming a vital part of the processes of desalination plants, thus avoiding the non-use of inland water.
LONG-DURATION ENERGY STORAGE SOLUTION
Pumping systems require electricity 24/7, today there are a number of pumping systems that are powered by diesel generators especially when there is no feasibility of connection to the power grid.
The System supplies renewable and clean electricity continuously to the pumping systems, thus reducing the logistics of fuel transportation, spills, continuous maintenance, on-site operators and the carbon footprint associated with traditional equipment. We also offer the possibility of complementing it with solar photovoltaic systems, allowing a 24/7 renewable supply to end users.
FLOATING CANTILEVER PUMPS WITH INDUSTRY 4.0 TECHNOLOGY
The Floating Systems Sensor and Monitoring System performs Data Capture, Storage, Local Processing, Transmission, Deployment and Parameter Analysis associated with our fluid drive solutions. 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.
This difficult global economic and environmental context is an opportunity to develop clean technologies that reduce operating costs for end customers and contribute to combating the climate crisis.
