Our Technologies
Our Technologies
In the conventional Composting system, organic waste such as kitchen waste, garden waste, animal manure and waste water sludge were fermented with the use of microbe which after a period of 3 months to 6 month period formed a substance called compost. The compost will then be used as a soil conditional or fertilizer. In last few decades, scientist tried to improve the composting process where process such as windrow composting process and in vessel composting process were being invented, but due to the limitation of machinery and the formulation of microbes, these processes still do not gain significant improvement.
In the conventional Composting system, organic waste such as kitchen waste, garden waste, animal manure and waste water sludge were fermented with the use of microbe which after a period of 3 months to 6 month period formed a substance called compost. The compost will then be used as a soil conditional or fertilizer. In last few decades, scientist tried to improve the composting process where process such as windrow composting process and in vessel composting process were being invented, but due to the limitation of machinery and the formulation of microbes, these processes still do not gain significant improvement.
Currently machinery provided in the market only deal with the processing of kitchen waste into compost and took 3 weeks – 6 weeks for processing. Use of supporting machinery such as dewatering equipment, crusher and dryer were needed with the addition of other chemical substance to achieve require result from the process only to turn kitchen waste to compost. Garden waste, animal manure and especially waste water sludge were unable to be handled by the current machineries with the size of the machineries supplied also were limited to a small volume set up.
Currently machinery provided in the market only deal with the processing of kitchen waste into compost and took 3 weeks – 6 weeks for processing. Use of supporting machinery such as dewatering equipment, crusher and dryer were needed with the addition of other chemical substance to achieve require result from the process only to turn kitchen waste to compost. Garden waste, animal manure and especially waste water sludge were unable to be handled by the current machineries with the size of the machineries supplied also were limited to a small volume set up.
GEC 24 hours Organic Waste Composting Machine is designed to use the Hype Thermophilic Microbes and operate under an extreme temperature between 75°c to 125°c to sterilize the waste and activate the Microbes. With sufficient moisture, air and temperature, the Hype Thermophilic Microbes will ensure the aerobic fermentation process of the waste to be efficient and completed in a very short period.
GEC 24 hours Organic Waste Composting Machine is designed to use the Hype Thermophilic Microbes and operate under an extreme temperature between 75°c to 125°c to sterilize the waste and activate the Microbes. With sufficient moisture, air and temperature, the Hype Thermophilic Microbes will ensure the aerobic fermentation process of the waste to be efficient and completed in a very short period.
OUR PATENT CERTIFICATE
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Collaboration Project Consultant
Associate Professor Dr. Zalina
University Pendidikan Sultan Idris
She had over 18 years professional teaching experience as a lecturer and active researcher in the Electronics & Electrical Engineering, Information Technology, Embedded System, Industry Creative & Networking area. She also had industry working experience as a Test Engineer in the multinational company. Her research projects have been collaborated with multinational company which contributes to a network that lead to new ideas and concrete research project. The developed automation projects that focused on Sensor Monitoring, Embedded System, Software, IoT and Wireless Communication fields have been successfully adopted by the industry to date. Her research and scientific outputs have been translated to numbers of awards, publications and patents. To date, a total of more than a million Ringgit has been generated as an income to the University mainly from the Research grant, Commercialization of research innovative products and also the services as a principle consultant. She also enhanced her expertise in the agriculture sector with new invention to improve the crop production adopted high technology. She sincerely dedicated to the very wise in the green project about recycling and reusage of waste. True visionary environemental entreprenuers, helping making Penang and Malaysia more environmentally sustainable. To date, she has won several international awards and national award based on her patented innovation. Through all her participations, she has developed confidence and interest in researching and teaching areas to enhance Creative Innovation in Engineering, Science & Technology.
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