OPISAC focuses on advancing water security through the strategic identification, development, and introduction of water generators to ensure access to clean and potable water, and making certain it is properly treated before being returned to the environment.
OPISAC directs its efforts toward the deployment of both powered generators and water generators that operate without reliance on any external power source. These systems are selected and implemented based on the specific environmental, infrastructural, and economic conditions of the target region, enabling integrated, adaptive, and context-specific solutions to water scarcity and water security.
Powered water generators supported by OPISAC are typically deployed in areas where conventional power grids are reliable and readily available. These systems are capable of producing potable water from atmospheric humidity or other nontraditional sources, serving as a decentralized alternative to surface or groundwater extraction.
Conjunctively, OPISAC facilitates the distribution of non-powered water generators designed for off-grid functionality. These include systems that utilize condensation, gravitational collection, or other passive mechanisms to produce usable water without the need for electricity or fuel.
This dual-path strategy expands the range and reach of disruptive tech for water access solutions, and ensures applicability across both rural and peri-urban environments where centralized infrastructure may be limited or altogether absent.
Over-reliance on groundwater extraction, particularly in areas lacking adequate surface water management, contributes to aquifer depletion and facilitates the intrusion of pollutants such as nitrates, heavy metals, and industrial runoff.
By reducing the demand for groundwater with alternative and disruptive water generators and ensuring that untreated wastewater is not discharged into the environment, this strategy serves as a critical safeguard for aquifer integrity and localized water security, further increasing local resilience.
These efforts collectively, with the combination of water generators and wastewater treatment, mitigate both quantitative and qualitative forms of aquifer stress, preserving these natural resources for long-term ecological and human use.