TTEREOAI TECHNOLOGIES

AQUA VIVAE / TEREO AI TECHNOLOGIES

Three water systems.
One mission.

Recover water. Protect its quality. Build lasting resilience.

Aqua Vivae is Tereo AI Technologies’ water platform for protecting one of humanity’s most essential resources. Our systems are being developed to produce clean water for communities, reduce industrial freshwater demand, and support future human life beyond Earth.

Although each system serves a different environment, they share one mission: recover water, protect its quality, reduce waste, and build lasting resilience.

Tess / Tereo AI Technologies · Development vision. Open the artwork to explore it in full.

01 / CLEAN WATER FOR PEOPLE

Clean water.
Local capacity.

The Aqua Vivae Community Water System is designed to provide safe, high-quality water for homes, schools, hospitals, farms, and underserved communities.

The modular system can be adapted to local water conditions and community needs. It combines multiple treatment stages to remove contaminants, monitor water quality, balance mineral content, and produce clean alkaline water.

Its scalable design could support individual facilities, rural communities, expanding cities, and emergency-response operations.

Purpose

  • Purify and continuously monitor water
  • Support healthy mineral and pH balance
  • Serve communities of different sizes
  • Strengthen hospitals, schools, farms, and local infrastructure
  • Build local technical capacity through training and regional operation
Our goal is not simply to deliver equipment. We want to help communities develop the knowledge, workforce, and infrastructure needed to operate and maintain their own water systems.

02 / WATER FOR DATA

Recover.
Recirculate.

Artificial intelligence and modern data centers require significant cooling infrastructure. Aqua Vivae is developing a closed-loop water-recovery system designed to reduce the amount of freshwater consumed by these facilities.

Instead of treating water as a single-use resource, the system recovers, conditions, monitors, and recirculates it through the cooling process. Water quality, temperature, flow, and system performance can be continuously tracked to support reliable operation.

Purpose

  • Recover and recirculate cooling water
  • Reduce freshwater withdrawals
  • Lower water waste and discharge
  • Monitor system performance and water quality
  • Support more resilient data centers and industrial facilities
The objective is straightforward: technological progress should not come at the expense of the communities and ecosystems that share the same water supply.

03 / WATER FOR MARS

Earth’s principles.
A further horizon.

The Aqua Vivae Mars Water System is a future extension of the same closed-loop principles being developed for Earth.

Long-duration missions and permanent habitats cannot depend entirely on water transported from Earth.

Future concept direction: recover, purify, and reuse water for long-duration habitats.

AQUA VIVAE AGRICULTURE

Advanced water &
farm infrastructure.

Aqua Vivae Agriculture combines water treatment, water recovery, precision irrigation, intelligent sensing, automation, and digital-twin technology to support modern farming operations.

Designed for deployment across different climates and agricultural regions, the system can help farms manage water resources more efficiently, monitor field conditions, reduce waste, and create more resilient food-production infrastructure.

Tess’s agriculture presentation connects water treatment, recovery, delivery, and growth.

BUILD THE NEXT CONNECTION

Bring your water questions.

Explore a community need, a farm, or an industrial water challenge with Tereo.

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