1.03.12 Recovery of methane by grinding of household waste and sewer transportation
Search keyword ： Kitchen dust,Methane gas,Sewage system,Solubilization
Related document
- 1.03.01 Advanced Treatment of Wastewater Discharged from Food factories using MBR－RO
- 1.03.02 Reuse of wastewater discharged from cotton knit dyeing factories using MBR-RO
- 1.03.03 Pickling factories Wastewater treatment by MBR using bacillus bacteria
- 1.03.04 Treatment of byproduct wastewater containing Formaldehyde by MBR
- 1.03.05 Analysis of Fowling of hollow fiber type membrane in MBR system and Cleaning
- 1.03.06 Wastewater Treatment System for Sludge Volume Reduction by Mechanical Fracturing
- 1.03.07 Simultaneous removing of organic matter, nitrogen, phosphorous, and/or color in Wastewater
- 1.03.08 Wastewater treatment by the use of UASB and the Down-flow Hanging Sponge（DHS）(Non-aeration)
- 1.03.09 Treatment of wastewaters discharged from food factories by the UASB method (Thailand)
- 1.03.10 Treatment of Shochu Distillation wastewater by Pre-coat filter and UASB
- 1.03.11 Wastewater treatment by membrane separation technology and anaerobic methane fermentation (Aqua)
- 1.03.13 Treatment of palm waste liquids by RABR (Reversible Flow Anaerobic Baffled Reactor）
- 1.03.14 Anaerobic treatment of rice washing wastewater
- 1.03.15 Anaerobic treatment of alcohol distillation wastewater
- 1.03.16 Reclamation treatment of sewage by biological denitrification
- 1.03.17 Technology Development of a membrane-separation-activated-sludge system equipped with the sludge fracturing device
- 1.03.18 Survey and Development for the systemization of a separation technology for Low Degradability substance (1.4 Dioxan)
- 1.03.19 Cooperative Survey study for the application and promotion of the new high-speed methane fermentation system for palm wastewater and Dissemination (Malaysia)
- 1.03.20 Research Cooperation on the environment-friendly industrial water recycling technology (Thailand)
- 1.03.21 Research Cooperation for the practical use of the wastewater treatment technology for global warming prevention (Thailand)
- 1.03.22 Technology Development of sewage water Reclamation Treatment by the use of the MBR system equipped with the PTFE membrane
- 1.03.23 Development Survey of the wastewater Treatment technology for high concentration pickling factories
- 1.03.24 Research for a wastewater treatment system that creates energy
- 1.03.26 Development of Energy Saving Technology for the MBR equipment
- 1.03.27 Development of Energy Saving Technology for the MBR Equipment (2017)
- 1.03.28 Development of Energy Saving Technology for the MBR Equipment
- 1.03.29 Collaborative Development of Carrier Added MBR
- 1.03.30 Development of an efficient sewage treatment system
- 1.03.31 Collaborative development of carrier added MBR (2019)
- 1.03.32 Demonstration study of a new energy-saving MBR membrane module (2019)
- 1.03.33 Empirical research into new energy-saving membrane bioreactor (MBR) modules
- 1.03.34 Empirical research into new energy-saving membrane bioreactor (MBR) modules (2021)