Researchers assessed deep and shallow geothermal resources and waste heat from an industrial dairy plant to supply renewable heat for industry and urban areas. They found that a high-temperature heat pump could utilize geothermal heat from a feasible reservoir with temperatures between 129 and 146 °C. By measuring waste heat from the dairy plant, they identified that 25% of waste heat from a specific process could meet the energy demand of a nearby urban heating and cooling grid. A borehole heat exchanger field with heat pumps was simulated to efficiently store and distribute the geothermal and waste heat. The study concludes that the entire process of converting high-temperature heat for industry into low-temperature heat for urban areas is feasible at the site.