Hydrohm develops electrochemical technologies that replace chemical dosing with electricity to treat water, enabling decentralized, renewable, and chemical‑free water treatment for municipal, industrial, and off‑grid or space applications. Their offering includes proprietary reactors, modular lab‑scale kits for process development, and end‑to‑end engineering services that integrate circular resource recovery and renewable energy compatibility.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional water treatment relies heavily on chemical dosing, which can be costly, generate hazardous waste, and depend on centralized infrastructure, limiting sustainability and resilience, especially in remote or space environments.
Solution
Hydrohm provides electrochemical technologies that treat water using electricity instead of chemicals, enabling decentralized and renewable water treatment processes. Their platform includes in‑house developed solutions for circular resource recovery, customizable lab‑scale products for process development, and consulting services to integrate electrochemical methods into existing operations. By electrifying water treatment, Hydrohm aims to improve water quality, reduce chemical footprints, and support sustainable water systems on Earth and in space.
Target Audience
Primary customers include municipal water utilities, industrial water users, and organizations developing off‑grid or space water systems that seek sustainable, chemical‑free treatment solutions.
Features
- Proprietary electrochemical reactors that replace chemical dosing with electricity for disinfection, contaminant removal, and resource recovery
- Modular lab‑scale kits allowing customers to prototype and scale custom electrochemical processes
- End‑to‑end engineering services that assess process challenges and design tailored electrochemical solutions
- Integration of circular resource concepts to recover valuable by‑products from wastewater streams
- Compatibility with renewable energy sources, enabling off‑grid and space‑based water treatment applications