for water measurement and control
We have a team of first class professionals with extensive experience, having executed projects for water user organizations, in agricultural, hydroelectric and forestry industries.
What is the purpose of our
Technical Advisory Services?
We invite you to discover a unique service in the market,
that combines a deep knowledge of:
Design and selection
of gauging works
and implementation of telemetry, automation and software networks.
We accompany you in the process of
implementation of hydraulic measurement and control technologies
If not, what can I do to improve them?
of the DGA (DGA Resolution Nº1238- June 2019), MOP (Supreme Decree Nº53, April 2020) and SMA ecological flow, among others?
and how do I prioritize them in an implementation plan?
CMPC - one of the main companies in the forestry industry in Chile - decided to embark on a project to completely improve the management of its water sources with technology, specifically for its pulp production plants, due to the water shortage generated by the last few years of drought.
The first plant selected was "Planta Cordillera", located in the metropolitan region. However, after conducting an initial diagnosis, the company realized that before it could implement monitoring and automation technology, it had to solve several problems of hydraulic infrastructure and lack of information regarding its base flows.
After researching the market, CMPC selected Capta Hydro for the project because of its profile as a comprehensive supplier and in-depth knowledge of hydraulic engineering, gauging services and water monitoring and automation technology, which differentiates it from other consulting firms.
hydraulic measurement and technical recommendation of gauging sections to be implemented.
Design of implementation plan
of monitoring and automation technology in two stages.
Creation of curves
and flow gauging at critical points.
The engineering team behind Capta Hydro is extremely competent and knowledgeable about everything needed to suggest improvements in flow measurement and control, from conceptual engineering to detailed engineering.