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31st Annual Technical Meeting on Air Cleaning and Contamination Control Program
| No. | Title | Date | Time |
| A01 | Study on Air Cleanliness in Non-unidirectional Airflow Cleanroom | 5/20 | 10:00 |
| A02 | Advective characteristics of contaminants by motion of crane passing through opening in cleanroom with CFD simulation | 5/20 | 10:20 |
| A03 | Experimental study on smart factory energy management system for cleanroom@part2. Multi-point control and control for variation in dust amount | 5/20 | 10:40 |
| A04 | Prediction of Locations of Contaminant Sources in Cleanrooms by the Probability- based Inverse Method | 5/20 | 13:00 |
| A05 | Reducing Moisture and Airborne Molecular Contamination in an Extreme Ultraviolet (EUV) Reticle Dual Pod by Purge Technology | 5/20 | 13:20 |
| A06 | Flow Visualization of a 300 mm FOUP/LPU during FOUP Door Opening Processes | 5/20 | 13:40 |
| A07 | Case study of Energy conversion factor (ECF) of medium and small size TFT-LCD plate fab | 5/20 | 14:00 |
| A08 | Improving the Dehumidification Performance and Energy Efficiency of Low Dew Point Desiccant Dehumidifier (Part 2) | 5/20 | 14:20 |
| A09 | A proposal for new energy-saving method of hot-air drying system | 5/20 | 14:40 |
| A10 | Research of Highly Effective Cooling Method of Glass Substrate | 5/20 | 15:00 |
| A11 | Studies on developments of the chemical substance removal performance of room air cleaners and the indoor concentration prediction method (Part 8) | 5/21 | 9:30 |
| A12 | Visualization of Particle Behavior and Removal in a Plasma Reactor | 5/21 | 9:50 |
| A13 | Development of the automatic and continuous measurement instrument for chemical ions and acidity (pH) in PM2.5 | 5/21 | 10:10 |
| A14 | Characterization of indoor secondary organic nano-sized aerosol (ISOA) generation from volatile organic compounds (VOCs) derived from house-keeping wares using two types of reactor | 5/21 | 15:20 |
| A15 | Ultrafine particle formation from laser printers under the coexistence of foreign particles and its suppression | 5/21 | 15:40 |
| A16 | The electrode materials and preventing the erosion of them on corona-discharge electrodes of the ionizer for clean rooms@part2 | 5/21 | 16:00 |
| A17 | Nanoparticle Generation by Soft X-Ray Ionization at Various Pressures and Temperatures | 5/21 | 16:20 |
| B01 | Valuation for removal performance of airborne bacteria by an air purifier in the full scale test chamber | 5/20 | 10:00 |
| B02 | Fungistatic Filter Media: a New Technology for Air Purifiers | 5/20 | 10:20 |
| B03 | Examination of air-conditioning system contamination and proposal of assessment guideline (Part 5) | 5/20 | 10:40 |
| B04 | Study on Monitoring for Performance of the Particulate Containment in Facility for High Potent Pharmaceutical Compounds | 5/20 | 11:00 |
| B05 | A study of an evaluation technique of the hazardous particulate containment performance in the facilities for highly active medicals (Part4) | 5/20 | 11:20 |
| B06 | Research on the "Task and Ambient" BCR Operating Room (Part 2 Cleanliness performance by the diagonal airflow and TAC type operating light) | 5/20 | 11:40 |
| B07 | Comparison of the Certification Tests and Standards between JIS and NSF for Biosafety Cabinet | 5/20 | 13:00 |
| B08 | Design for Reducing Infection Risk at Multiple Patient Room | 5/20 | 13:20 |
| B09 | How to decontaminate a biological safety cabinet (BSC) | 5/20 | 13:40 |
| B10 | Development case of deodoraizing exhaust system from the machine that generations a strong bad smell (Decomposition with ozone in a bad smell containing-sulfur components and adsorption with activated carbon, Space-saving, High performance) | 5/20 | 14:00 |
| B11 | Study on odor substance removal performance in the deodorization device for pets | 5/20 | 14:20 |
| B12 | Development of the high efficiency honeycomb filter impregnated normal temperature oxidation catalyst to remove carbon monoxide | 5/20 | 14:40 |
| B13 | Low-Temperature Regeneration System of the Rotary NMP Concentrator | 5/20 | 15:00 |
| B14 | Evaluation on the Methods of Size Distribution for Aerosol Particles with a DMAS | 5/21 | 9:30 |
| B15 | Accurate Operation Methods of DMAS for Size Distribution of Aerosol Particles | 5/21 | 9:50 |
| B16 | Measurement and Collection of Welding Fume Generated in Construction Machinery Manufacturing Process | 5/21 | 10:10 |
| B17 | Evaluation of the collection efficiency to atmospheric ultrafine particles using the inertial classification method and a PTFE filter | 5/21 | 10:30 |
| B18 | Decontamination of biosafety cabinet with hydrogen peroxide vapor | 5/21 | 13:00 |
| B19 | Density controlling method of mist decontamination using hydrogen peroxide | 5/21 | 13:20 |
| B20 | Development of the sterilization system using chlorine dioxide gas | 5/21 | 13:40 |
| B21 | Performance Evaluation of Fluororesin Nanofiber HEPA Filter with Low Pressure-Drop | 5/21 | 14:00 |
| B22 | BE used for Air Filter material by our company's Nanofiber "Nanofront" | 5/21 | 14:20 |
| B23 | Synthesis of straight nanofiber via electrospinning method and their aerosol filtration | 5/21 | 14:40 |
| B24 | A Development of A/CL for vehicle | 5/21 | 15:00 |
| B25 | Determination of Air Filter Collection Efficiency for Nanoparticles with Macromolecular Ions | 5/21 | 15:20 |
| B26 | Indoor particulate matter pollution and related control strategies in China | 5/21 | 15:40 |
| B27 | Application of the fine test dusts on air filter loading test | 5/21 | 16:00 |
| B28 | Multi-layered nanofiber media: A novel design approach for high performance air filtration | 5/21 | 16:20 |
| C01 | A study on the indoor air pollutants emitted from unvented combustion appliances; Troubles caused by an inappropriate use | 5/20 | 10:00 |
| C02 | A research study on the accident example during use of the unvented combustion appliances | 5/20 | 10:20 |
| C03 | Basic Study on Indoor Air PM, VOC Control by Atmospheric Plasma | 5/20 | 10:40 |
| C04 | Evaluation of dynamic behaviors of environmental tobacco smoke at the interface where a swinging door with louvers is open or closed | 5/20 | 11:00 |
| C05 | The effect prediction by installation of air cleaner in the ventilation | 5/20 | 11:20 |
| C06 | Influence of the shape of room on the particle removal performance for portable air cleaner | 5/20 | 11:40 |
| C07 | Measurement of solubility (Henryfs constant) of VOCC for solvent | 5/20 | 13:00 |
| C08 | Development of removal technology for DCM in exhaust gas by spraying removal solution to heat exchanger | 5/20 | 13:20 |
| C09 | Development of the recycling equipment for the waste solvent which absorbs VOCC (Volatile Organochlorine Compounds) gas by vacuum evaporation with air flow | 5/20 | 13:40 |
| C10 | The simultaneous determination method of aldehyde and nitrogen dioxide in air using HPLC | 5/20 | 14:00 |
| C11 | Determination method of VOCs in indoor air using SPME | 5/20 | 14:20 |
| C12 | The evaluation test of TVOC monitor of the semiconductor gas sensor system and its application to practical measurement | 5/20 | 14:40 |
| C13 | Evaluation of condensable outgassing contaminants under vacuum condition | 5/20 | 15:00 |
| C14 | Adsorption characteristics of semi-volatile organic compounds on settled house dust in indoor environment | 5/21 | 9:30 |
| C15 | Development of an analytical method for PAHs adsorbed on particles using a CPP-GC/MS | 5/21 | 9:50 |
| C16 | Analysis of PAHs in air filter dust | 5/21 | 10:10 |
| C17 | Experimental Study on Reduction Performance of Interior Finishings for a Chemical Pollutant-Part 2- | 5/21 | 10:30 |
| C18 | Development of removal technology for HCHO in urban river water by using polyallylamine beads | 5/21 | 13:00 |
| C19 | Removal System of Gaseous Organic Compounds by Wet Type Air Cleaner (Part 1 Outline of basic study) | 5/21 | 13:20 |
| C20 | Removal System of Gaseous Organic Compounds by Wet Type Air Cleaner (Part 2 Outline of the equipment and removal performance) | 5/21 | 13:40 |
| C21 | Development of a VOC decomposition system using ozone and ozone decomposition catalyst (1)|Performance test for a small experimental reactor | 5/21 | 14:00 |
| C22 | Development of a VOC decomposition system using ozone and ozone decomposition catalyst (2) |Evaluation of decomposition ability for ozone and VOC gas by the difference of ozone decomposition catalyst| | 5/21 | 14:20 |
| C23 | Evaluation of the chemical reactivity of VOC gas with ultrasonic mist under advanced oxidative atmosphere and the influence of frequency on the mist generation | 5/21 | 14:40 |
| C24 | Abatement of VOCs by atomizing polyacrylamide polyampholyte (APA) solution | 5/21 | 15:00 |
| C25 | Measurement methods and indoor air quality of residential PM2.5 concentration | 5/21 | 15:20 |
| C26 | PM2.5 & PM1 health impact and importance of changing standards in HVAC filtration | 5/21 | 15:40 |
| C27 | Questionnaire Survey on Health Effects of the Building Environments on the Workers | 5/21 | 16:00 |
| C28 | Removal performance evaluation of various filters for the micro cedar pollen and outbreak method of the fine particles which simulated micro cedar pollen in the environment | 5/21 | 16:20 |
E-mailFjaca@jaca-1963.or.jp
Copyright(C)2001 Japan Air Cleaning Association