Agro- Industrial waste

Description

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People

  

  

  

1 of 12

  

  

  

• ANAWAT SUNGPET
• APIRADEE HONGSTHONG
• BENJAPHON SURARAKSA
• BUSSAYRAT KENGKLA
• CHAIRAT TREESUBSUNTORN

Publications

  

  

  

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• ● Efficient Production and Purification of Bioactive E50-52-Class IIa Peptidic Bacteriocin Is Achieved through Fusion with the Catalytic Domain of Lysostaphin-Class III Bacteriocin; Nichakarn Phrutpoom, Tararat Khaokhiew, Aung Khine Linn, et al.; 2024; Journal article
• ● Enhancement of Methane Production Potential from Napier Grass and Napier Grass Silage with Liquid Hot Water Pretreatment; Nantiyapond Tinrung;Ruenrom Lerdlattaporn;Navadol Laosiripojana;Suppanut Varongchayakul;Warinthorn Songkasiri; 2021; Journal article
• ● Enhancing microbial detection in engineered anaerobic systems: improved efficiency of hybridization chain reaction fluorescence in situ hybridization (HCR-FISH) with cell wall treatment
  ; Nasrul Hudayah, Wantanasak Suksong, Nimaradee Boonapatcharoen, et al.; 2024; Conference proceedings article
• ● Ethanol production from cellulosic cassava waste; Phakamas Rawaengsungnoen, Saijai Leklai, and Sukon Tantipaibulvut; 2018; Journal article
• ● Evaluating the effect of different biochar application sizes on methane emission reduction from rice cultivation; Sriphirom P., Chidthaisong A., Yagi K., et al.; 2019; Conference proceedings article

Projects

  

  

  

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• ● Briquette Fuel, Nursery Pot, Anti-odor Carbon and Soil Conditioner Materials from Tender Coconut Residue Waste: Case Study of Sustainable Agricultural Management in Central Thailand; SOYDOA VINITNANTHARAT - School of Energy, Environment and Materials
• ● Cadmium regulated autoluminescence in plants: a proof of concept to develop phytosensing platform for heavy metal contaminants monitoring; PASKORN MUANGPHROM - Faculty of Science
• ● Cushioning material production from tender coconut waste; PONGSAK KITIROJPAN - Architecture Program
• ● Development of organic waste management system in Samphanthawong area to increase waste value: Case study of ginkgo seed shells; PISITPONG INTARAPONG - Kmutt Ratchaburi Learning Park
• ● Development of surface coating material from rice husk ash silica and titanium dioxide for volatile organic compound removal; SIRILUK CHIARAKORN - School of Energy, Environment and Materials