SprayFresh : BioMist solution to extend the shelf life of fruits and vegetables
Agriculture & Forestry
Bioscience Technology
The issue of spoilage in fruits and vegetables along the supply chain calls for a solution that not only extends the shelf life of these perishable items but also enhances their quality. This is crucial to increase profitability from the farm to the retailer and to reduce losses at various stages of the supply chain, ultimately benefiting consumers. Moreover, the solution must be economically viable, safe, and free from chemical additives in response to the demand for natural and sustainable food preservation methods. In line with these challenges, the innovative Bio Mist spray solution, developed in compliance with Good Agriculture Practice, aims to tackle the issue effectively.
Sustainable Bioethanol Production through Landfill Leachate Treatment
Agriculture & Forestry
Bioscience Technology
The project focuses on commercializing a novel landfill leachate treatment technology that uses algae to absorb pollutants and simultaneously produce bioethanol through biomass fermentation. This innovative approach offers a sustainable solution to treat landfill leachate and generate a renewable energy source, addressing both environmental pollution and the need for clean energy.
TESSO - Technology for Essential Oil Based Products
Business & Financial Services
Bioscience Technology
TESSO presents a simplified and cost-effective technology solution aimed at innovators, particularly small and medium-sized businesses (SMEs). By optimizing extraction, harvesting, oil encapsulation, and product formation processes, TESSO ensures high-quality outcomes at a reduced cost.
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Teleoperated Robotic System for Transesophageal Echocardiography (TROSTE)
Medical & Healthcare
Advanced Intelligent Systems
The wireless remote control system for Transesophageal Echocardiography (TEE) machines emerges as a solution to the pressing needs of cardiac patients and TEE operators. This innovation facilitates real-time monitoring during heart surgeries and interventions without necessitating modifications to existing equipment.
Tissue Culture of different Fig Cultivars in Malaysia
Agriculture & Forestry
Bioscience Technology
The tissue culture technology for fig cultivars in Malaysia leverages plant tissue culture to produce disease-free plant stocks efficiently. This method ensures high-quality, consistent fruit production and addresses the growing agricultural demand for figs as a high-value crop. The technology is ready for commercial scale production and is supported by advanced DNA analysis for quality assurance, promising significant benefits for local agriculture, commercial food products, and the economy.
UMS Eco-Solar Dryer
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 has been tested in Sabah and has potential for industrial use.
