The objective of WOLA is to establish a Joint Venture with a company or several companies interested in our technology to manufacture this equipment in the city or country that is decided for subsequent commercialization in the geographical area that is agreed upon.
https://drive.google.com/file/d/13HFpEnrSjzK8T3i2gBwAdfhSv-ffL8cJ/view?usp=sharing
Fundamental parameters to monitor water quality in multiple applications, which are difficult to analyze today. WOLA's technology, “AUTOMATED SYSTEMS OF INTEGRATED BIOSENSORS” (ASIB), represents an extraordinary advance, recognized by different international organizations and the EUROPEAN UNION, which makes it possible to monitor these parameters in an automated manner and without requiring human intervention.
Below we show some of the ASIB equipment and some of its many applications for real situations:
•BOD parameter (Biochemical Oxygen Demand).Introduction to the importance of monitoring BOD in the use of different types of water: https://realtechwater.com/parameters/biochemical-oxygen-demand/
Rapid or real-time BOD monitoring is becoming increasingly popular, and it is not surprising that the alternative is a 5-7 day wait for laboratory results (BOD – 5).
Continuous monitoring of organic compounds opens the door to many new possibilities for optimization and control of treatment processes that can lead to significant cost savings, improved water quality, and peace of mind in compliance.
Accurately measuring the BOD required 5 days and the intervention of a specialized technician. ASIB technology allows the parameter to be analyzed in sixty minutes in an automated manner. This means being able to obtain automated analyzes with great precision, in many applications in different markets:
-Monitoring of wastewater from different origins.
-Fish farms.
-Aquaculture.
-Agricultural irrigation.
-Greenhouses.
-Environment.
-Optimization of chemical dosage.
-Optimization of aeration.
-Optimization of nutrient dosage.
-Management of Industrial Effluent Discharges.
-Product loss monitoring. Advanced treatment monitoring and protection.
-Optimization of water reuse.
-Control of effluent