UMS Eco-Solar House
The UMS Eco-Solar Dryer is a low-cost, hygienic drying solution for agricultural and marine products that utilizes solar heating. The technology has a fast, constant drying temperature and updraft and downdraft air movement. It offers drying capacity of 500kg, which can be used for industrial drying.
UMS Laterally Aerated Moving Bed (LAMB) Dryer
UMS Laterally Aerated Moving Bed (LAMB) Dryer is a vertical dryer that solves the limitations of conventional dryers by utilizing radial aeration, resulting in higher drying uniformity, energy efficiency, and flexibility in operation modes. It presents a market opportunity with key benefits including low energy consumption and improved drying performance.
UMS River Cleaning Machine
Environment & Biodiversity
River pollution has been a topic of discussion since long ago and rivers in Sabah faced the same issue and worsening. It has then prompted Universiti Malaysia Sabah (UMS) to come up with a new innovation, called the UMS River Cleaning Machine. The project started in 2018 and as of 2022, the prototype has been done and is currently being used in Faculty of Engineering for research purposes.
USM 3D Weld
Smart Technology and Systems
The National Policy on Industry 4.0, introduced in 2018, aimed to boost Malaysia's digital transformation in manufacturing and allied services. Talent and capabilities play a crucial role in achieving these goals. Additive manufacturing is a key aspect of Industry 4.0, but it's expensive. To prepare future talent, early exposure to this technology is essential. However, the high cost presents a significant challenge. Therefore, there's a pressing need for an innovative, affordable, and user-friendly technology solution to address these issues.
UT Drone
Smart Technology and System
Sensor Technology
The new UT measurement system uses advanced technology to safely and efficiently inspect structures at height. Equipped with 3D Digital Twin Reporting, LIDAR for autonomous navigation and 3D scanning, and an onboard PC for online processing, it improves data management and minimizes the need for scaffolding and confined space entry.
UTMCat: Ultimate Self-Cleaning Photocatalytic Membrane
Environment & Biodiversity
Advanced Materials
UTMCat, revolutionizes wastewater management in Asia's palm oil industry by addressing challenges in palm oil mill effluent (POME) treatment. This solar-powered membrane offers a hybrid process of photocatalysis and filtration, efficiently removing color and recalcitrant pollutants from POME. With its self-cleaning design, compactness, and cost-effectiveness, UTMCat integrates seamlessly with existing treatment systems, enabling water reclamation and reuse while overcoming previous limitations. Its streamlined manufacturing process, scalability, and enhanced permeability position UTMCat as a game-changer in sustainable wastewater treatment for the palm oil industry, promising a significant impact on environmental conservation and resource efficiency.
