Emergence Water designs and manufactures modular, air‑powered water‑generation systems that integrate directly into data‑center cooling loops, providing an on‑site, secure water supply. Their scalable solutions can produce from 100,000 to over a million gallons per day and are deployable in days, enabling data centers to expand capacity, reduce reliance on municipal water, and meet sustainability and uptime requirements.
Funding
Funding not disclosed
Founders
Product
Problem
Data centers rely on municipal water supplies for cooling, exposing them to utility constraints, regulatory burdens, and risk of water shortages that can limit capacity expansion and uptime.
Solution
Emergence Water provides modular air‑to‑water (AWG) generators that produce a closed‑loop water supply directly integrated with existing data‑center cooling systems. The units capture moisture from ambient air, generate 100,000 to over 1,000,000 gallons of water per day, and feed it into the cooling loop where it evaporates and returns to the atmosphere, creating a self‑sustaining cycle. The system is self‑contained, can be installed in days, and scales instantly by adding or removing modules, eliminating dependence on external water utilities and reducing regulatory compliance effort. By securing an on‑site water source, data centers can expand capacity, maintain high uptime, and meet sustainability targets without compromising cooling performance.
Target Audience
Primary customers are operators of large‑scale data centers and colocation facilities that require reliable, on‑site water for cooling and seek to reduce utility dependency and regulatory exposure.
Features
- Modular AWG units delivering 100k–1M+ gallons per day, configurable for any cooling load
- Rapid deployment in days with plug‑and‑play integration into existing chillers and cooling loops
- Fully closed‑loop water cycle: generation, injection, evaporation, and atmospheric return
- Independent, secure water supply that removes reliance on municipal utilities and associated permits
- Scalable architecture allowing capacity adjustments by adding or removing generator modules
- Designed for maximum uptime with minimal maintenance and no impact on cooling efficiency