lisa
feel the planet to protect it
In situ Limnology of Aquatic Systems
An autonomous floating system using a buoy with sensors that allows professional-grade and continuous measurement of the variables that determine water quality in different aquatic environments, adapting the sensors to the conditions of each ecosystem. A patented multiparametric analysis device through the Spanish Patent and Trademark Office (OEPM) of the Ministry of Industry and Tourism. Patent registration number: U2023300619. SYSTEM FOR MONITORING AND CONTROL OF WETLANDS, LAKES, LAGOONS, AND FRESHWATER IN NATURAL ENVIRONMENTS.
Intended for different bodies of freshwater:
Wetlands
Ponds
Reservoirs
Lagoons
Lakes
Mountain lakes
Coves
Coastal lagoons...
Variables that LISA can measure
depending on the configuration
Temperature.
pH/ORP.
Conductivity and salinity.
Dissolved oxygen.
Turbidity.
CDOM/DOM.
Hydrocarbons.
Chlorophyll, Rhodamine, Phycocyanin, Tryptophan,
Ammonium, Nitrate, Chlorides, Sodium, Calcium, and Bromide.
Bacteria: E. coli and streptococci.
Depth.
Noise.
Image."
The LISA system collects data, transmits, and stores it in the cloud, accessible from any device or PC through the app. The app allows easy access to and downloading of reports, as well as access to system configuration, measurement ranges, and settings for shutdown, startup, and sample collection times. It includes predictive data processing programs and an emergency or alert notification system via email or smartphone notification in case of measurements outside the established range.
We can assess the feasibility of developing any specific sensor for additional physicochemical or biochemical variables for continuous measurement.
We can integrate external peripherals located at other points in the wetland or lagoon that provide new data related to ecosystem needs, such as bird cameras, amphibian recorders, data loggers, flow meters, or piezometric sensors, etc.
Additionally, we have active systems that automatically manage external systems such as solenoid valves, irrigation gates, aerators, filters, etc. These are automatically activated upon receiving a system alert due to an imbalance in the measurements. For example, if low dissolved oxygen is detected, the water agitators or irrigation gate openings are activated. If depth variations are detected, distribution gates are opened or closed.
We can adapt the flow of the recorded information to any third-party database, integrate it into GIS systems, and configure the necessary parameters.
Through the integration
of AI (artificial intelligence) programs, we can generate virtual spaces with metadata
for biodiversity status assessment and diagnostics, pattern recognition and imbalances, analysis of light and acoustic signals, and other physico-chemical and biological indicators, multiparametric correlation analysis, segmented analysis, standards, and regulated thresholds
Continuously updated data
Remote monitoring
Small size, low power consumption
Durable and resistant materials
WRM modem transmission with M2M card: WIFI, GPRS
Report formats: PDF, CSV"
At WDTech, we participate as a technological partner in the creation of a technological infrastructure and the establishment of a database available to the national and international scientific community, offering an innovative and pioneering solution for parks and specially protected areas, National Parks and Natural Spaces, RAMSAR Lagoons and Wetlands, and the national reservoir network, including specially protected areas such as ZEPAS and ZEPIM.
We work closely with organizations and authorities responsible for their monitoring, maintenance, and development, so they can have the proper tools for informed decision-making and risk forecasting, enhancing their facilities and technology.
We participate in the management of multidisciplinary projects, adapting to technical, administrative, and budgetary requirements to achieve the set objectives.
We generate the technical specifications of the projects in collaboration with the research and project execution departments. We accompany and participate in meetings with area managers and work directly with those responsible for the facilities where we install environmental control systems, providing technical support and training.
Additionally, we
develop pilot tests and trials prior to the project’s development, working in
spin-offs
with universities, technology centers, and private companies. We integrate flexibly into
business clusters for the development of new large-scale systems and projects.
Specific need solution
Adaptability and compatibility
Implementation and monitoring
Integration with third-party systems
Improvement and evolution
Scalability and development
Simplicity and ease.
