Uravu Labs
Table of Contents

⚠ Disclaimer: This entry may be incomplete, out of date, or inaccurate. It is AI-maintained on a best-effort basis. Do not rely on it as a sole source — verify claims independently using the sources listed below.

Summary

Uravu Labs is a Bengaluru, India-based atmospheric water company using liquid-desiccant technology (rather than MOFs or simple refrigeration/condensation) to extract water from air using renewable or waste heat. Originally focused on drinking-water units for the hospitality and beverage industry, the company has substantially repositioned as of mid-2026 around “Clausius,” a water-positive cooling platform pitched at AI data centers and industrial facilities — using server/chiller waste heat to simultaneously cool a facility and produce distilled water as a byproduct, rather than consuming water for cooling as conventional systems do.

Key Facts

  • Founded: Founders’ funding-round quotes date to 2023 activity; company was founded by Pardeep Garg, Swapnil Shrivastav, Venkatesh RY, and Govinda Balaji B (founding year reported inconsistently across sources as 2017 or 2019 — not independently confirmed during this review)
  • Type: Company (private)
  • Status: Active — repositioning from consumer/hospitality drinking water toward data center “water-positive cooling”
  • HQ: Bengaluru, Karnataka, India
  • Core technology: Liquid desiccant (“proprietary liquid salt”) that absorbs atmospheric water vapor and is regenerated using 35–60°C waste heat; distinct from both MOF sorbents and standard refrigerant-condensation AWGs
  • Key metric(s): Original product line scaled 5–2,000 L/day; Clausius platform claims up to 30,000 L per MW per day of water output for data center deployments, with PUE reduced to a claimed 1.05–1.1 and negative WUE (water usage effectiveness)
  • Funding: At least $2.3M seed round (March 2023) from JITO Angel Network, Anicut Capital, Speciale Invest, Rocketship.vc, Vesta, Spectrum Impact, ZNL Growth Fund, VERSO, Echo River Capital, and angel investors; some third-party trackers report cumulative funding around $6M across multiple rounds (not independently verified during this review)

What It Is / How It Works

Uravu Labs’ underlying technology is a liquid-desiccant water harvesting cycle: a proprietary liquid salt solution absorbs water vapor directly from ambient air, including in low-humidity conditions, without the energy penalty of cooling air to its dew point (the mechanism conventional refrigerant-based atmospheric water generators rely on). The moisture-laden desiccant is then regenerated — releasing its captured water as usable output — using renewable or waste heat in the 35–60°C range, which can come from solar thermal collection, biomass, or (in its newer positioning) industrial and data center waste heat that would otherwise be discarded.

In its original form (roughly 2019–2025), Uravu marketed this as a decentralized drinking-water solution for hotels, resorts, and the beverage industry, particularly in water-stressed regions, with unit sizes scaling from 5 to 2,000 liters per day and a first international pilot targeted in Japan.

By mid-2026 the company’s public-facing positioning had shifted almost entirely toward AI data centers under a platform it calls Clausius. The pitch: modern AI data centers face a structural trade-off between water and energy consumption for cooling — evaporative cooling towers consume large volumes of water, while air-cooled or refrigerant-based systems consume more energy. Uravu’s argument is that its liquid-desiccant cycle, driven by the low-grade waste heat data centers already reject from servers and chillers, can eliminate that trade-off entirely: the platform simultaneously cools the facility (returning chilled water to the cooling loop) and produces distilled water as a byproduct, at up to a claimed 30,000 liters per megawatt of IT load per day, while pushing PUE (Power Usage Effectiveness) down to a claimed 1.05–1.1 and WUE (Water Usage Effectiveness) negative — meaning the facility becomes a net water producer rather than consumer. The company frames this shift around published data center water-stress statistics: it cites over 2 billion people living under water stress, 1B+ gallons of water consumed daily by data centers globally (growing roughly 30% year-over-year with AI expansion), AI-dense data centers requiring roughly 5x the water of traditional facilities, and 8+ jurisdictions that have already blocked or paused data center projects over water concerns.

This is a genuinely different application angle from other companies in this section: rather than competing on drinking-water production for arid regions or off-grid use, Uravu is positioning atmospheric/waste-heat-driven water harvesting as datacenter cooling infrastructure — directly relevant to the water and power constraints increasingly shaping datacenter siting decisions (see Datacenters and Datacenter Opposition).

Notable Developments

  • 2026 (date unspecified in reviewed sources): Company’s public-facing product line pivoted to lead with Clausius, a water-positive cooling platform for AI data centers, industrial cooling (pharma, distilleries, green hydrogen, chemicals), and HVAC (tropical buildings, naval vessels, maritime); published a whitepaper titled “The Cloud That Rains: Turning Data Centers Water Positive.”
  • 2023-03: Closed $2.3M seed funding round (JITO Angel Network, Anicut Capital, Speciale Invest, Rocketship.vc, and others) to scale hospitality/beverage-sector drinking water partnerships and fund a first international pilot in Japan.

Key People

Pardeep Garg — Co-Founder

  • LinkedIn: Not found (not independently verified during this review)
  • Background: Quoted as co-founder in 2023 seed funding announcement; specific professional background not confirmed from sources reviewed.

Swapnil Shrivastav — Co-Founder

  • LinkedIn: Not found (not independently verified during this review)
  • Background: Listed as a co-founder and current company contact (enquiries email) on Uravu’s website; specific professional background not confirmed from sources reviewed.

Venkatesh RY — Co-Founder

  • LinkedIn: Not found (not independently verified during this review)
  • Background: Listed as a co-founder and current Grievance Officer contact on Uravu’s website; specific professional background not confirmed from sources reviewed.

Govinda Balaji B — Co-Founder

  • LinkedIn: Not found (not independently verified during this review)
  • Background: Listed as a co-founder in 2023 press coverage; specific professional background not confirmed from sources reviewed.

People — Last Reviewed: 2026-07-16

Claim Verification

Claim: “Uravu’s Clausius platform can produce up to 30,000 liters of water per megawatt of data center IT load per day, with PUE of 1.05–1.1 and negative WUE”

Status: Unverified

Supporting sources:

Refuting / questioning sources: None found; no independent data center operator or third-party engineering validation of these figures was located during this review. The homepage lists Microsoft and Autodesk as companies that “trust” the platform, but does not specify the nature or scale of any relationship, and this was not independently corroborated.

Summary: These are company-published performance claims for a platform still described as newly positioned (the site’s own content indicates recent repositioning around data centers); treat as unverified pending independent deployment data or third-party engineering review.

Claim: “Uravu Labs raised $2.3 million in seed funding in March 2023”

Status: Verified

Supporting sources:

Summary: Well-verified via independent trade press reporting with named sources and direct founder quotes.

Sources

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