Challenges
We are looking for a solution that enables contactless detection of fuel residues in road tankers through image analysis and thermal imaging, eliminating the need for physical inspection of the tank interior. The goal is to increase operational efficiency and enhance the safety of fuel loading and unloading procedures. The solution should include an AI module capable of image analysis and operate reliably under demanding industrial conditions.
We are looking for technologies that enable effective recovery, transformation, and utilization of waste heat generated in industrial installations-including both low-temperature heat and heat from cooling systems or technological processes. The aim is to reduce primary energy consumption, improve energy efficiency in industrial plants, and implement innovative, scalable technologies that make use of energy currently lost in production and auxiliary processes.
We welcome solutions such as: the use of thermoelectric generator (TEG) technologies to produce electricity from waste heat, with a modular design and simple application; recovery of heat from cooling installations (e.g., fan-based cooling towers) to reduce water evaporation and consumption while generating energy gains; technologies that upgrade the quality of recovered heat for reuse in high-temperature processes or to meet energy needs within industrial facilities.
