- **NewHydrogen (OTCQB: NEWH)** announced the strategic pairing of its **ThermoLoop™ technology** with **Small Modular Reactors (SMRs)** to produce clean hydrogen.  **[1371128_e580eaf87a3f47abb9cbabf28f6f0913_0]** 
- ThermoLoop utilizes **water and heat** from SMRs, rather than electricity, to generate hydrogen, aiming to produce the **world's cheapest clean hydrogen**.  **[1371128_e580eaf87a3f47abb9cbabf28f6f0913_0]** **[1371128_e580eaf87a3f47abb9cbabf28f6f0913_1]** 
- This integration is expected to create a **new revenue stream** for nuclear plants and significantly **improve project economics** by co-producing electricity and hydrogen from the same heat source.  **[1371128_e580eaf87a3f47abb9cbabf28f6f0913_0]** **[1371128_e580eaf87a3f47abb9cbabf28f6f0913_1]** 
- A **50-megawatt SMR** coupled with ThermoLoop could potentially produce approximately **54 metric tons of hydrogen per day**, enough to fuel **54 standard 1-ton hydrogen fueling stations**.  **[1371128_e580eaf87a3f47abb9cbabf28f6f0913_0]**

NewHydrogen details pairing of ThermoLoop technology with Small Modular Reactors for clean hydrogen production

- NewHydrogen's technical team has determined that the **immense heat generated by current and future power plants** can be used to power its **ThermoLoop process**, a novel thermochemical method for producing clean hydrogen.  **[1371128_601f3292257a4851913af0cdde8b2771_0]** 
- This integration allows ThermoLoop to use **inexpensive heat instead of expensive electricity**, potentially making it far more cost-effective than electrolyzers in both capital and operating costs.  **[1371128_601f3292257a4851913af0cdde8b2771_0]** 
- For instance, a small **50-megawatt Small Modular Reactor (SMR)** coupled with ThermoLoop could potentially produce approximately **54 metric tons of hydrogen per day**, sufficient to fuel **54 standard 1-ton hydrogen fueling stations**.  **[1371128_601f3292257a4851913af0cdde8b2771_1]** 
- The company plans to engage with power plant owners, operators, and developers to discuss cogenerating hydrogen or establishing standalone large-scale clean hydrogen production plants.  **[1371128_601f3292257a4851913af0cdde8b2771_1]**

NewHydrogen (NEWH)