Sustainable environmental technology

Description

No matching items found.

People

  

  

  

1 of 11

  

  

  

• ANAWAT PINISAKUL
• BENJAPHON SURARAKSA
• BUNDIT TIRACHULEE
• CHAIRAT TREESUBSUNTORN
• JANPHEN AINTHAKHLAI

Publications

  

  

  

17 of 19

  

  

  

• ● Synergistic degradation of trimethoprim and its phytotoxicity via the UV/chlorine process: Influencing factors on removal and kinetic; Siriluk Ekwong,Jarungwit Boonnorat,Kun-Yi Andrew Lin, et al.; 2023; Journal article
• ● Synergistic Effect of Microplastic Type and Particle Size on Microplastic Removal from Water using Rice Husk Ash; Waritta Bongchompho, Suchanya Wongrod, and Siriluk Chiarakorn; 2024; Conference proceedings article
• ● Synergistic effect of rumen fluid and enriched fatty acid utilizing consortium for improving methane production
  from cassava pulp residue; Wantanasak Suksong, Varunee Kongduan, Janphen Inthaklay, et al.; 2021; Poster
• ● Synthesis of Cellulose Aerogels from Agricultural Waste ; Sompit Wanwong and Weradesh Sangkhun
  ; 2024; Poster
• ● The Efficiency of Bamboo Biochar for the Removal of Iron Manganese and Arsenic Mixed Metal Contaminated Water; Ponwarin Wilamas, Nattakarn Kruatong, Soydoa Vinitnantharat*, et al.; 2023; Journal article

Projects

  

  

  

1 of 3

  

  

  

• ● A Study on Induced Voltage and Current Mitigation in 500 kV HV Station for installing equipment close to energized equipment; SUPAKIT CHOTIGO - Department of Electrical Engineering
• ● Cadmium regulated autoluminescence in plants: a proof of concept to develop phytosensing platform for heavy metal contaminants monitoring; PASKORN MUANGPHROM - Faculty of Science
• ● Decoration of single atom catalyst on novel three dimensional MoS2 aerogel for electrocatalytic overall water splitting
  ; MURALI KRISHNA SREERAMAREDDYGARI - Sensor Technology Laboratory
• ● Development and design of a novel advanced oxidation process for removal of antibiotic and its toxicity through wastewater effluent; SONGKEART PHATTARAPATTAMAWONG - Department of Environmental Engineering
• ● 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