Episode Summary
Executive Summary: Jason interviews Zero Mass Water co-founder/CEO Cody Friesen about Source Hydropanels, which harvest drinking water from air using sunlight, nanomaterials, and cloud-connected controls. The conversation covers the technology, pricing and scaling path, global water scarcity, environmental tradeoffs versus desalination and dams, and the company’s culture and financing during the pandemic.
Main Topics: Zero Mass Water’s mission and product (Priority: 5/5): Friesen explains the vision to provide perfect water for every person, every place via distributed, infrastructure-free hydro panels that use sunlight and air as feedstock. How Source Hydropanels work (Priority: 5/5): The panels use hygroscopic nanomaterials to capture water vapor, then sunlight drives release and passive condensation inside the panel, with mineralization and ozonation producing drinkable water. Pricing, performance, and scale (Priority: 5/5): They discuss current panel cost, output, prototype costs, and expected cost declines from manufacturing scale and performance improvements by 2030/‘in seven years’. Water scarcity and global need (Priority: 5/5): The discussion frames clean water as a basic human need and argues that billions lack consistent safe access at home, with examples from Flint, Navajo Nation, Mumbai, and Mexico City. Competition and ecological tradeoffs (Priority: 4/5): Jason and Cody compare atmospheric water generation to desalination, dams, groundwater depletion, and centralized water systems, emphasizing externalities and resilience. Company culture and leadership (Priority: 4/5): Friesen outlines seven cultural elements, stressing lead with love, data-driven humility, divergence, quality, and uninterrupted focus time to support execution. Capital, ESG, and pandemic-era financing (Priority: 4/5): They discuss BlackRock, Breakthrough Energy Ventures, ESG investing, and how the company raised capital during COVID while serving both hospitality and government customers.
Key Arguments: Water is a foundational resource like electricity, and the right technology can make it distributed, infrastructure-free, and low-cost. Source Hydropanels solve the capture problem by using a material that absorbs water vapor from air and sunlight to release it, rather than energy-intensive condensation. The product is already deployed in 45 countries and can work in low-humidity environments with no pipe or electrical input. Current economics are already competitive with bottled water and under-sink reverse osmosis over the panel’s lifespan, with strong room for cost reduction. Atmospheric water generation avoids many externalities of desalination and centralized extraction, including brine disposal, piping, fossil-energy dependence, and groundwater depletion. The company’s culture is designed to preserve mission alignment, speed, and quality as it scales, especially in a crisis. Large pools of capital and ESG-focused investors are increasingly willing to back climate and infrastructure solutions that improve global resilience.
Data Points: Countries deployed: 45 countries - Friesen says Zero Mass Water is already operating globally in a wide range of environments. Panel output: Up to 5 liters per panel per day - Described as roughly 10 standard 16-ounce bottles per panel daily. Typical home setup: 2 panels for a family of five - Jason asks how many panels would serve a U.S. family of five. Current panel price: $2,000 per panel - U.S. home installation pricing discussed during the interview. Prototype price: $20,000–$30,000 per panel - Friesen recalls early prototype costs in 2016–2017. Future panel price estimate: $400–$500 per panel - Friesen estimates cost after manufacturing scale and engineering improvements. Largest contract mentioned: 10,000-panel array - A project described as going in Dubai. Water scarcity estimate: About 2.5 billion people - Friesen says this many people lack consistent, safe water at home. WHO-style estimate: 800 million people - He notes some organizations cite only those literally walking for water. Flint settlement: $600 million - Used to illustrate the scale of water failure and remediation costs. Florida/Navajo example: 54,000 people - On Navajo Nation, he says this many people lack water at home. Time without meetings: 10 a.m. to 3 p.m. daily - Company-wide no-meeting block intended to preserve focus. Flow-state recovery after interruption: About 45 minutes - He cites software-engineering data to justify uninterrupted work blocks. Atmospheric water stock: 1.6 x 10^16 kilograms of water vapor - Used to argue the atmosphere is a massive renewable reservoir. African water-fetching burden: 40 billion hours per year - Friesen cites this as time spent by women and girls collecting water. India walking-water cost: 63 cents per liter - He estimates the effective cost of water for women walking for it in India. Direct diarrhea cost in India: $200–$400 per year - He says this is the direct cost to the Indian government per person from waterborne illness. BlackRock-managed assets: $7.5 trillion - Jason references BlackRock’s scale while discussing ESG adoption. Breakthrough Energy Ventures capitalization: Over $1 trillion combined wealth backing the group - Friesen notes the billionaire coalition’s aggregate wealth and its climate-investment fund. Fund size: About $1.5 billion - Approximate size of Breakthrough Energy Ventures mentioned in the discussion. Pandemic round first close: About $50 million - First close of the Series C1 financing in May 2020. Total round closed: A little over $100 million - Friesen says the company later closed additional tranches.
Pivotal Quotes: "Our vision is to perfect water for every person, every place." — Cody Friesen: He states the company’s mission at the start of the technical discussion. "Let's do for water what solar did for electricity." — Jason Calacanis: Jason frames the product as a distributed, infrastructure-free resource analogous to solar. "There are 3,500 jurisdictions in the United States with the exact same promise, Flint." — Cody Friesen: He uses this to argue that the U.S. water problem is widespread, not isolated.
Implications: If atmospheric water generation scales as described, it could reduce dependence on pipes, dams, desalination, and groundwater extraction while improving resilience, health, and equity. The episode suggests climate-tech and ESG capital may accelerate deployment of essential infrastructure.
About This Week in Startups
Jason Calacanis covers startups, tech, markets, media, and all the hottest topics in business and technology. He also interviews the world’s greatest founders, operators, investors, and innovators.