1. science
2. ecology
3. waste management
4. recycling

Conference / Training Program
@ 3W Expo 2015 + CPPE 2015
(Water, Wastewater & Waste Treatment and Chemical & Pollution Engg Expo)
27-31 January 2015, BITEC, Bangkok, Thailand
Organized by TechnoBiz & VNU Exhibitions Europe
FREE Registration for Conference Program - One Person / Company
(Registration Deadline: 19 January 2015)… Call to +66-2-933 0077
Free Book “Industrial Water Treatment”
for Delegates & Expo Pre-Registered Expo Visitors … Register at WWW.3W-EXPO.COM
Supporting
Organizations
WWW.3W-EXPO.COM / WWW.CPPE-EXPO.COM
Must Attend Event for Technical Professionals & Specialists
from Water Treatment & Environmental Tech Companies
Programs for Water, Chemical & Environmental Engineers & Managers
Conference Program @ 3W Expo 2015 + CPPE 2015
28-31 January 2015, BITEC, Bangkok, Thailand
28 January 2015 (Wednesday)
SESSION 1: Anaerobic Digestion & Biogas Technology
(Schedule: 9am to 5pm) (Venue: BITEC Meeting Room, 2nd Floor)
PRESENTATION TOPICS : Trends in Biogas Utilization (Mark Leslie, The Alternative Energy
Corporation, Singapore); Biogas Systems Implementation (Dr Chris Hearn, ADI Systems Asia
Pacific, Canada); A New Approach for Generating Electricity from Biogas (Rorce Au Yueng, VPower, China); Nutrients in AD Systems (Professor Sumaeth Chavadej, Thailand); Biogas
Developments in S E Asia (Dr. Stephen Etheridge & Dr. Ulrike Leroff, Biotrix Asia Co. Ltd.,
Thailand); Double Membrane Gas Holders for Biogas Storage (Gernot Nestler, TECON,
Austria); Hydrogen Sulphide Removal in Biogas Systems (Peter Thygsen, Biogasclean,
Thailand); New Substrates for Biogas Plants (Marco Campione, Sebigas UAC, Thailand); Case
study of commercial grass silage digestion for power production (Anders Ek, Asia Biogas
Group, Thailand); Biogas Generation Assessment for a Texas Panhandle Dairy (Juan Alvaro
Gil Donato, West Texas A&M University, USA); Anaerobic digestion of Cane sugar molasses
Distillery Spent wash (Bhalchandra Bhalerao, India); Trends of biogas business in Japan
(Shinichi Suzuki, Japan)
SESSION 2: Electronic Waste Management
(Schedule: 9am to 5pm) (Venue: BITEC Meeting Room, 2nd Floor)
PRESENTATION TOPICS : E-waste Management Strategy in Thailand (Mrs. Sunee
Piyapanpong, Deputy Director General, Pollution Control Department); Extended Producer
Responsibility applied to E-waste and Beyond (Mr. Christian Stiglitz, Founding Member of
European Institute of Environmental Economics and Former CEO of ARA); Global E-waste
Regulation and Policy Trend (Mr. Raphael Veit, Managing Director, Sagis EPR); Policy,
regulation and current situation of E-waste Management in China (Mr. Mingwei Shan,
Electrical Appliance Recycling Technology Center, China Household Electric Appliance
Research Institute, China); A developing country's perspective on E-waste: Experiences from
India (Ms. Priti Mahesh, Chief Program Coordinator, Toxics Link, India); Extended Producer
Responsibility: Experience in Product Take back (Mr. Stephen Rodgers, Director Ecology
Affairs, Ericsson); Comparative Study of E-waste Management Scheme (Dr. Panate
Manomaivibool, Mae Fah Luang University, Chiang Rai, Thailand); Role and Responsibility of
Stakeholders under Draft Thai E-waste Law (Dr. Sujitra Vassanadamrongdee, Environmental
Research Institute, Chulalongkorn University); E-waste and CFC/HCFC generation and
regulation in Japan and Asia (Center for Material Cycles and Waste Management Research,
National Institute for Environmental Studies (NIES)); Recycling Standard: Why is it important
in developing countries? (Perry Johnson Registrars, Inc.); Innovative and Commercialized Ewaste Recycling Technology (Mr. Axel Blom, Innovation Norway); Trend of Technology for Ewaste Recycling Facility (Mr. Luc Scholte van Mast, Managing Director, TES-AMM (Thailand)
Co., Ltd.); Environmental and Health Impacts from Informal Recycling of E-waste (Dr.
Puntita Tanwattana, Environmental Research Institute, Chulalongkorn University)
SESSION 3: Membrane, Desalination & Indust Water Treatment
(Schedule: 9am to 5pm) (Venue: BITEC Meeting Room, 2nd Floor)
Suitability of Membrane Distillation for Wastewater Treatment Using Solar Energy (Dr.
Guillermo Zaragoza, CIEMAT - Plataforma Solar de Almeria, Spain); LCC (Life Cycle Cost)
analysis of membrane filtration processes for drinking water treatment (Dr. Dooil Kim,
Dankook University Korea); Poly(vinylidene fluoride) Membranes for Water Purification
(Lonnie Bryant, ARKEMA Kyoto Technical Center , Japan); Evaluation of kinetic coefficients
using membrane bioreactor and active sludge process treating textile wastewater (Lorena
Salazar Gámez, Ingeniera Civil , Ph.D. Ingeniería Ambiental UPC); Environmental friendly and
coagulant – free ultrafiltration system for large – scale potable water production (Chun
Ming Chew, Techkem Water Sdn. Bhd., Malaysia); In situ electrical monitoring of membrane
fouling in water treatment and desalination plants using a ‘canary’ module (Dr Terry
Chilcott, School of Chemical and Biomolecular Engineering, University of Sydney, NSW 2006,
Australia); Importance of intake on Water Quality production by desalination (Baghdad
Ouddane, Université Lille1, France); Production and Characterization of Lewabrane RO
Elements (Derrick Lau, LANXESS Pte. Ltd., Singapore); Cl2O Application in Cooling Water
Systems (Sharad Mahadik, Vasu Chemicals, India); Thermal Hybrid Desalination System
(MEDAD): An Experimental Investigation (Muhammad Wakil Shahzad, King Abdullah
University of Science & Technology, Saudi Arabia)
30 January 2015 (Friday)
SESSION 4: Air Pollution & Odor Control
(Schedule: 9am to 5pm) (Venue: BITEC Meeting Room, 2nd Floor)
PRESENTATION TOPICS: Temporal and Spatial Variation Characteristics of Global
Anthropogenic Atmospheric Emissions of Antimony (Dr. H.Z.Tian, Beijing Normal University,
China); Air Quality Assessment and Control in Lumbini World Heritage Site (Terrence
Thompson, Sr. Environment Health Specialist, WHO, Nepal); Prediction of Air Quality due to
emission of greenhouse gases from an Automobile Industry (Shinya Hashimoto, Managing
Director, HS-TECH ENGINEERING Co., Ltd. Thailand); An evaluation of odor control
technologies for municipal waste water treatment industries (Sam Shojaie, Amerair
International, UAE); Odour Emission Monitoring at Palm Oil Mill using an In-Field
Olfactometer (Dr. Nastaein Qamaruz Zaman, Universiti Sains Malaysia (USM), Malaysia);
Control of Odour in the neighborhood of a Sewage Treatment Plant using Prediction tools
(L D Singh, Fluidyn Consultancy (P) Ltd, India); Studies on gas phase bio-filter for the removal
of NH3and H2S (Bharath Gandu, CSIR-Indian Institute of Chemical Technology (IICT),
Hyderabad, India); De-NOx performance of SCR catalysts for diesel engines (Choong-Kil Seo,
Department of Automotive & Mechanical Engineering, Howon University, Korea)
SESSION 5: Stormwater & Crisis Management
(Schedule: 10.00 am to 12.00 pm) (Venue: BITEC Meeting Room, 2nd Floor)
PRESENTATION TOPICS: Improvement of urban stormwater quality using porous concrete
containing zeolite (Professor. J. Abedi-Koupai, Isfahan University of Technology); Water
network information management system for water and sewerage (Geoplan Co., Ltd.);
Regulatory regimes for flood resilience and pollution risks associated with flooding events
(Dr BJ D'Arcy, Independent Environmental Consultant)
SESSION 6: Filtration & Separation
(Schedule: 14.00 am to 15.00pm) (Venue: BITEC Meeting Room, 2nd Floor)
PRESENTATION TOPICS: Nanofibers and Electret Fibers – New Developments in Synthetic
Filter Media (Dr. Andreas Seeberger, IREMA-Filter GmbH, Germany); Measurement of
flocculation properties of PAC and Chitosan (Prof. Kazuhiro FUJISAKI, Kyushu Institute of
Technology, Japan)
SESSION 7: Municipal Solid Waste Management
(Schedule: 9 am to 5 pm) (Venue: BITEC Meeting Room, 2nd Floor)
Municipal Solid Waste Situation and Policy in Thailand (Mrs. Sunee Piyapanpong, Deputy
Director General, Pollution Control Department); Keynote Speech: Opportunities and
Challenges in Waste to Energy Infrastructure Development (Dr. Chindarat Taylor, Director,
Resource Efficiency Pathway, UK); Global Solid Waste Management Perspectives (Hermann
Koller, Managing Director, International Solid Waste Association); Effective Waste
Management towards Resource Circulation Society in Korea (Prof. Yong-Chil Seo, Yonsei
University, and Jong-In Dong, University of Seoul, Korea); Recent Trend in Thermal
Technologies for Converting Waste to Energy (Dr. Yongseung Yun, Director, Institute for
Advanced Engineering, President, Association of Waste to Energy Technology, and Young Tai
Choi, KITECH,Korea); Greenhouse Gas Emission from Waste Sector in Thailand; (Dr. Chart
Chiemchaisri, Associate Professor at Department of Environmental Engineering, Kasetsart
University, Bangkok, Thailand); Waste to Energy with Refuse Derived Fuel (RDF) by Efficient
Drum Drying (Dr. Doris Thamer, Senior Sales Manager, Andritz Separation, Austria); Turning
MSW to Alternative Fuel (Nuchida Rungthawornwong, Geocycle a business unit of Siam City
Cement Plc); Municipal Solid Waste to Energy Project Development – Challenges and
Solutions from Project Developer Perspective (Dr. Suwira Songmetta, Chairman of Shaiyo
Triple A group); Plasma Gasification Technology for Waste to Energy Project –
Technological Solution and presentation of a feasible Business Model for MSW to Energy
Project in Thailand (Supalerk Kanasook)
31 January 2015 (Saturday)
SESSION 8: Membrane Bioreactors, Reuse & Zero Discharge
nd
(Schedule: 10am to 5 pm) (Venue: BITEC Meeting Room, 2 Floor)
Application of Ensemble Online Support Vector Regression to the Prediction of Fouling in
Membrane Bioreactors (Hiromasa KANEKO, Ph.D., The University of Tokyo, Japan); Self
healing BIO-CEL®-an innovative MBR Module (Hans Joerg Heckmann, Microdyn-Nadir
(Xiamen) Co., Ltd., China); Development of a MBBR-UF compact plant (Edna Banerjee ,
MANN+HUMMEL Ultra-Flo Pte Ltd. Singapore); Stable and low energy operation of flat
sheet MBR in Asian region ( Makoto Ichinose, TORAY Industries, Inc., Japan); The
development of widely applied long-term transmembrane pressure prediction model for
membrane bioreactors (Hayato OISHI, The University of Tokyo, Japan); newterra MicroClear
MBR® Helps Solve the Fruit Juice Plant Footprint Limitation and Increase Throughput by
Fifty Percent (Choo Sung Tai, NewTerra Canada);Maximize RO Recovery with IX for Zero
Liquid Discharge (Derrick Lau, LANXESS Pte. Ltd., Singapore);The Total Scheduling System of
Reclaimed Water ----A New exploration of Regional Recycling of Wastewater (Bin Xu,
Huiying Yu, Tianjin Airport Economic Area Water Affair Co. Ltd, China); Assessment of solar
AOPs for disinfection of effluents of urban wastewater (Pilar Fernández Ibáñez, Plataforma
Solar de Almeria-CIEMAT, Ctra. Senes km 4, 04200 Tabernas, Almería, Spain) Wastewater
Reuse and Public Health Protection (Terrence Thompson, World Health Organization, Nepal)
Zero Liquid Discharge for Industries (Hemant Wagh, Praj Industries Limited, India); Zero
Effluent discharge Scheme for Alcohol distillery, and Active Pharmaceutical Ingredients
(API) plants (Bhalchandra Bhalerao, India)
SESSION 9: Industrial & Hazardous Waste Management
nd
(Schedule: 10am to 5 pm) (Venue: BITEC Meeting Room, 2 Floor)
Keynote Speech: Legal Measures for Protection of Environmental Right: Case Study of Law
to Establish Fund for Cleaning up Soil and Water Contaminated by Industrial Waste (Dr.
Samarn Thangtongtawi, Former Deputy Governor of Industrial Estate Authority of Thailand);
Panel Discussion: Development in Industrial and Hazardous Waste Management and
Treatment (Mr. Eakbout Utamapong, Department of Industrial Works; Ms. Nuchida
Rungthawornwong, Geocycle a business unit of Siam City Cement PLC.;Dr. Pitchaya
Rachdawong, Faculty of Engineering, Chulalongkorn University); Integration of Advanced
Technologies (biological treatment and solar based chemical oxidation) for Industrial
Wastewater Remediation (Dr. Isabel Oller, Researcher in Solar Wastewater Treatment Unit
at CIEMAT-PSA); Challenges in Promoting Sustainable Industrial Waste Management in
Thailand (Dr. Chanatip Pharino, Thailand Research Fund); Oil Spill Cleanup: Overview and
Recent Development (Dr. Pisut Painmanakul, Chulalongkorn University); Sustainable Mining
in Southeast Asia (Dr. Chakkaphan Sutthirat, Chulalongkorn University); Arsenic
Contamination in Environmental Medium around Gold Mine (Dr. Wanpen Wirojanagud,
Khon Kaen University); Environmental Forensics for Assessment of Mining Contaminated
Sites: Where Legal and Technical Aspects Meet (Dr. Tanapon Phenrat, Naresuan University);
Bioremediation and Bioconversion of Aromatic Pollutant: Concept and Application (Dr.
Alisa S. Vangnai, Chulalongkorn University)
Remark: TechnoBiz reserves the right to change the presentation title or speaker
as appropriate due to unavoidable circumstances. The exact time schedule of each
presentation will be available during second week of January 2015.
CONFERENCE /Expo VENUE: Expo: Hall 105, BITEC; Training & Conference:
BITEC Main Building, 2nd Floor, Bangna, Bangkok. The nearest train station to
BITEC is “Bangna” Station. More information can be found at www.bitec.co.th .
ACCOMMODATION IN BANGKOK: Please visit www.3W-Expo.com for
the list of hotels, which are offering special rates for the delegates.
Free Registration for One Person from One Company
… Additional Persons .. Fees Apply
Training Programs@ 3W 2015+CPPE 105 (27-31 January 2015, BITEC, Bangkok, Thailand)
As part of 3W Expo 2015 & CPPE 2015, TechnoBiz is organizing number of educational training programs that are aimed for professionals involved with
water, environmental and chemical engineering. All these courses are very specialized and instructors are well-experienced specialists with global
expertise. Each course length is 3 hrs long. Some courses are conducted in ENGLISH and some are conducted in THAI languages. Around 60 educational
courses will be conducted in parallel. Interested delegates are requested to review training schedule and course language before registering the program.
These courses are divided into 10 groups and will be held during 27-31 January 2015 at Bangkok International Trade & Exhibition Center (BITEC) in
Bangkok, Thailand.
GROUP 1: Water Treatment
GROUP 2: Membrane Technology
GROUP 3: Wastewater Treatment
GROUP 4: Waste Treatment
GROUP 5: Waste to Energy / Biogas Technology
GROUP 1: Water Treatment
1.
2.
3.
4.
5.
6.
7.
8.
9.
Water Treatment Processes : Principles and Selection (T-1)
Water Treatment for Power Plants: Steam & Cooling Water (T-2)
Water Treatment for Oil, Gas & Petrochemical Plants (T-3)
Waterside Problems in Boilers, Closed Loops, and Cooling Systems (T-4)
Specialty Chemistries for Boiler/Cooling Water Treatment (T-5)
Ion-Exchange Pure Water Processes (T-6)
Principles of Corrosion, including Causations & Troubleshooting (T-7)
Industrial Water Reuse & Recycling - Successes & Failures (T-8)
Magnetic Driven Pumps : Principles, Operation & Maintenance (T-9)
GROUP 2: Membrane Technology
10.
11.
12.
13.
14.
15.
16.
17.
18.
19.
RO Plant Troubleshooting (T-10)
RO Plant Commissioning (T-11)
Reverse Osmosis Plant : Design and Operation - PART 1 (TH) (T-12)*
Reverse Osmosis Plant : Design and Operation - PART 2 (TH) (T-13)*
Designing Energy Efficient Seawater RO Systems (T-14)
Comparison of Commercial Membrane Technology for UF/MF (T-15)
Design & Selection of Membranes in Industrial Processes (T-16)
Designing Energy Efficient MBR Systems (T-17)
MBR Plant Commissioning & Troubleshooting (T-18)
Comparison of Commercial Membrane Technology for MBR (T-19)
GROUP 3: Wastewater (WW) Treatment
20.
21.
22.
23.
24.
25.
26.
27.
28.
Wastewater Reuse & Recycling - Practical Implementation (TH) (T-20)*
Conventional Anaerobic WW System - Design & Operation (TH) (T-21) *
Advanced Anaerobic WW System - Design & Operation (TH) (T-22) *
Wastewater Microbiology (TH) (T-23) *
Industrial Wastewater Management (TH) (T-24) *
Nutrient (Nitrogen & Phosphorus) Removal in Wastewater (TH) (T-25) *
The Process of Anaerobic Digestion (T-26)
Design and Application of Anaerobic Digestion (T-27)
Ethanol Plant WW Treatment Principles, Design & Operation (T-28)
GROUP 4: Waste Treatment
29.
30.
31.
32.
33.
34.
35.
Incineration, Pyrolysis, Plasma Arc Technologies & Processes (T-29)
Incineration of Petrochemical / Industrial Wastes (T-30)
Medical Waste Disposal (T-31)
Hospital Waste- Best Practices in India and Emerging Initiatives (T-32)
Hazardous Waste Treatment (TH) (T-33) *
Sustainable Landfill Design & Operation (T-61)
Oil Spill Response with Bioremediation & Oil Recovery System (T-62)
GROUP 6: Air Pollution Control
GROUP 7: Filtration and Separation
GROUP 8: Boilers, Cooling Towers & Heating
GROUP 9: Certifications & Regulations
GROUP 10: Sales & Marketing
GROUP 5: Waste to Energy / Biogas Technology
36.
37.
38.
39.
40.
41.
Operation of Biogas Plants (T-34)
Biogas Cleaning Technology (T-35)
Compressed Bio-Methane Gas Technology (TH) (T-36) *
Biogas from Energy Crops (TH) (T-37)
Biomass Gasification (T-38)
Municipal Waste-to-Energy Systems (T-39)
GROUP 6: Air Pollution Control
42.
43.
44.
45.
46.
47.
48.
49.
Wet Flue Gas Desulfurization (T-40)
Dry Flue Gas Desulfurization (including dry sorbent injection) (T-41)
Electrostatic Precipitators (T-42)
Fabric Filtration (T-43)
VOC & Odor Management and Control (THAI) (T-44) *
Incineration Air Emissions Generation and Control (T-45)
Mercury & Air Pollutant Control in Waste & Power Plants (T-46)
Greenhouse Gas Emission Estimation by IPCC Method (TH) (T-47) *
GROUP 7: Filtration and Separation
50. Selecting Right Filter Media for Process Optimization (T-48)
51. Operation & Maintenance of Filter Media (T-49)
GROUP 8: Boilers, Cooling Towers & Thermal Heating
52.
53.
54.
55.
56.
Economics of Boiler Fuel Switch projects (T-50)
Thermal Heating Systems : Matching Generation and Demand (T-51)
Biomass Fired Boiler Systems - Considerations for Design (T-52)
Cooling Tower Calculations (T-53)
Steam Boilers Safety (TH) (T-54) *
GROUP 9: Certifications & Regulations
57.
58.
59.
60.
Green Industry Mark - Lesson Learned & the Way Forward (TH) (T-55) *
Industrial Safety Regulation and Compliance (TH) (T-56) *
Carbon Footprint for Organization (TH) (T-57) *
Industrial Waste Treatment and Compliance (T-58)
Group 10: Sales & Marketing
61. Sales & Marketing of a Water Treatment Service Business (T-59)
62. Sales & Marketing of Anaerobic Waste Treatment Systems (T-60)
REMARK: * / (TH) represents training program conducted in Thai languages only. All other programs are conducted in ENGLISH only. TechnoBiz reserves the right to adjust the program schedule without prior notice due to unforeseen
circumstances. These programs are aimed for engineers, technical managers, designers and operators, managers from industries as well as utility and consulting companies. The room allocation information for each course will be
available at BITEC 2nd Floor. Registered participants are required to arrive at the training venue 15 minutes before training schedule to receive documents as appropriate.
COURSE SCHEDULE
Date
27 Jan 2015
(TUESDAY)
28 Jan 2015
(WEDNESDAY)
29 Jan 2015
(THURSDAY)
30 Jan 2015
(FRIDAY)
31 Jan 2015
(SATURDAY)
Schedule
13.00-16.00 hrs
13.00-16.00 hrs
09.00-12.00 hrs
09.00-12.00 hrs
13.00-16.00 hrs
13.00-16.00 hrs
13.00-16.00 hrs
13.00-16.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
08.00-11.00 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
11.30-14.30 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
15.00-18.00 hrs
Code
T-07
T-17
T-53
T-29
T-04
T-01
T-39
T-09
T-08
T-10
T-30
T-40
T-50
T-37
T-15
T-60
T-16
T-32
T-18
T-23
T-59
T-11
T-26
T-31
T-41
T-51
T-02
T-48
T-27
T-12
T-47
T-25
T-42
T-52
T-21
T-20
T-55
T-28
T-61
T-05
T-46
T-54
T-13
T-36
T-56
T-03
T-19
T-22
T-43
T-24
T-57
T-49
T-14
T-34
T-62
T-58
T-38
T-44
T-06
T-45
T-33
T-35
Course Name
Principles of Corrosion, Causations & Troubleshooting
Designing Energy Efficient MBR Systems
Cooling Tower Calculations
Incineration, Pyrolysis, Plasma Arc Technologies/Other Process
Waterside Problems in Boilers, Closed Loops, & Cooling
Water Treatment Processes : Principles and Selection
Municipal Waste-to-Energy Systems
Magnetic Driven Pumps: Principle, Operation & Maintenance
Industrial Water Reuse & Recycling - Successes & Failures
RO Plant Troubleshooting
Incineration of Petrochemical / Industrial Wastes
Wet Flue Gas Desulfurization
Economics of Boiler Fuel Switch Projects
Biogas from Energy Crops
Comparison of Commercial Membrane Technology for UF/MF
Sales & Marketing of Anaerobic Waste Treatment Systems
Design & Selection of Membranes in Industrial Processes
Hospital Waste- Best Practices in India and Emerging Initiatives
MBR Plant Commissioning & Troubleshooting
Wastewater Microbiology
Sales & Marketing of a Water Treatment Service Business
RO Plant Commissioning
The Process of Anaerobic Digestion
Medical Waste Disposal
Dry Flue Gas Desulfurization (including dry sorbent injection)
Thermal Heating Systems : Matching Generation and Demand
Water Treatment for Power Plants: Steam & Cooling Water
Selecting Right Filter Media for Process Optimization
Design and Application of Anaerobic Digestion
Reverse Osmosis Plant : Design and Operation - PART 1
Greenhouse Gas Emission Estimation using IPCC Methodology
Nutrient (Nitrogen & Phosphorus) Removal in Wastewater
Electrostatic Precipitators
Biomass Fired Boiler Systems - Considerations for Design
Conventional Anaerobic WW System – Design & Operation
Wastewater Reuse & Recycling – Practical Implementation
Green Industry Mark – Lessons Learned and the Way Forward
Ethanol Plant Wastewater Treatment – Design & Operation
Sustainable Landfill Design and Operation
Specialty Chemistries for Boiler/Cooling Water Treatment
Mercury & Air Pollutant Control in Waste & Power Plants
Steam Boilers Safety
Reverse Osmosis Plant : Design and Operation - PART 2
Compressed Bio-Methane Gas Technology
Industrial Safety Regulation and Compliance
Water Treatment for Oil, Gas & Petrochemical Plants
Comparison of Commercial Membrane Technology for MBR
Advanced Anaerobic WW System – Design & Operation
Fabric Filtration
Industrial Wastewater Management
Carbon Footprint for Organization
Operation & Maintenance of Filter Media
Designing Energy Efficient Seawater RO Systems
Operation of Biogas Plants
Oil Spill Response with Bioremediation & Oil Recovery System
Industrial Waste Treatment and Compliance
Biomass Gasification
VOC & Odor Management and Control
Ion-Exchange Pure Water Processes
Incineration Air Emissions Generation and Control
Hazardous Waste Treatment
Biogas Cleaning Technology
Instructor
Colin Frayne
Satish Chilekar
Colin Frayne
Charles Brunner
Colin Frayne
Satish Chilekar
Charles Brunner
Heinz Mathys
Colin Frayne
Satish Chilekar
Charles Brunner
Paul Farber
MK Balaji
Chummanut Maneesiri
Dr. Graeme Pearce
Graham Brown
Lalit Vashishta
Priti Mahesh
Ronald van 't Oever
Dr. Wiboonluk Pungrasmi
Colin Frayne
Satish Chilekar
Dr.Ethridge & Dr. Leroff
Charles Brunner
Paul Farber
MK Balaji
Colin Frayne
Lalit Vashishta
Dr.Ethridge & Dr. Leroff
Sawaeng Gerdpratoom
Sukhuma Chitapornpan
Dr. Munruk Tuntoolavest
Paul Farber
MK Balaji
Dr. Saroch Boonyakitsombut
Dr. Chavalit Ratanatamskul
Dr. Sirakarn Leungsakul
Graham Brown
Prof. C. Visvanathan
Colin Frayne
Prof. Yong-Chil Seo
Panotsan Sujayanon
Sawaeng Gerdpratoom
Uthen Kantha
Dr. Pattamawan Khunprasert
Colin Frayne
Dr. Graeme Pearce
Dr. Saroch Boonyakitsombut
Paul Farber
Dr. Kriengsak Udomsinrot
Viganda Varabuntoonvit
Lalit Vashishta
Satish Chilekar
Dr.Ethridge & Dr. Leroff
Dr. Watson Ariyaphuttarat
Eakbout Utamapong
Dr. Abdul Salam
Dr. Supat Wangwongwatana
Colin Frayne
Charles Brunner
Boonyong Lohwongwatana
Peter Thygesen
Medium
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THAI
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THAI
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Thai Language Programs - หลักสูตรอบรมบรรยายภาษาไทย
วันที%
29 มค. 2558
(พฤหัสบดี)
30 มค. 2558
(ศุกร์)
31 มค. 2558
(เสาร์)
เวลา
08.00 - 11.00
11.30 - 14.30
08.00 - 11.00
08.00 - 11.00
08.00 - 11.00
11.30 - 14.30
11.30 - 14.30
11.30 - 14.30
15.00 - 18.00
15.00 - 18.00
15.00 - 18.00
15.00 - 18.00
08.00 - 11.00
08.00 - 11.00
08.00 - 11.00
11.30 - 14.30
11.30 - 14.30
15.00 - 18.00
รหัส
T-37
T-23
T-12
T-47
T-25
T-21
T-20
T-55
T-54
T-13
T-36
T-56
T-22
T-24
T-57
T-58
T-44
T-33
ชื%อหลักสูตร
ก๊าซชีวภาพจากพืชพลังงาน อนาคตพลังงานทดแทนไทย
จุลชีววิทยาของนํ'าเสีย
การออกแบบและการเดินระบบรีเวอร์สออสโมซิส – Part 1
การประเมินการปลดปล่อยก๊าซเรือนกระจกด้วยวิธมี าตรฐานของ IPCC
การกําจัดไนโตรเจนด้วยวิธที างชีวภาพ
การออกแบบและดูแลรักษาระบบบําบัดนํ'าเสียแบบไร้อากาศแบบทัวไป
@
การนํานํ'าเสียกลับมาใช้ใหม่: การใช้งานจริงในอุตสาหกรรม
การรับรองเครื@องหมายอุตสาหกรรมสีเขียว Green Industry Mark เครื@องหมายแห่งความยังยื
@ น
ความปลอดภัยหม้อไอนํ'า
การออกแบบและการเดินระบบรีเวอร์สออสโมซิส – Part 2
ก๊าซ CBG พลังงานสีเขียวสําหรับอนาคตประเทศไทย
การจัดทํารายงานและการปฏิบตั ติ ามกฎหมายด้านความปลอดภัยของโรงงาน
การออกแบบและดูแลรักษาระบบบําบัดนํ'าเสียแบบไร้อากาศแบบชัน' สูง
การจัดการนํ'าเสียอุตสาหกรรม
แนวทางการประเมินคาร์บอนฟุตพริน' ท์ขององค์กร
การจัดการกากอุตสาหกรรมและการปฏิบตั ติ ามกฎหมายทีเ@ กีย@ วข้อง
การจัดการและควบคุมสารอินทรียร์ ะเหย (VOCs) และกลิน@
การบําบัดและกําจัดของเสียอันตราย
Group 1: Water Treatment
Water Treatment Processes: Principles & Selection
Instructor: Satish Chilekar/ Course Code: T-01
Date: 28 January 2015 / Schedule: 13.00-16.00 hrs
Water treatment involves treating a variety of sources of natural water from
wells or rivers or sea. These sources have their own water characteristics in
terms of the physical, chemical and biological composition. It is but natural that
treating these waters requires different treatment processes. Some processes
work on the gravity while some are pressurized. Some work on the physical
principles while some are chemical. The user has to make a choice of which is the
best process suitable to meet his requirements. This course will discuss the
principles of working of these processes and provide guidance on selecting
between the competitive ones.
Water Treatment for Power Plants: Steam Cycle Chemistry and
Cooling Water
Instructor: Colin Frayne / Course Code: T-02
Date: 30 January 2015 / Schedule: 08.00-11.00 hrs
Although effective chemical water treatment is essential in preventing corrosion,
deposits, scales, and carryover, the efficient production and maintenance of highpurity water for feedwater makeup is at least as important an issue in power
plants. For cooling systems, the key issues are water cleanliness, corrosion and
deposit control, efficient heat-rejection, and, for recirculating cooling systems,
maintaining cycles of concentration. This course considers at all these issues and
discusses chemistries and control measures.
Water Treatment for Oil, Gas & Petrochemical Plants
Instructor: Colin Frayne / Course Code: T-03
Date: 31 January 2015 / Schedule: 08.00-11.00 hrs
Refineries and petrochemical plants convert feedstock continuously into a wide
range of high-quality products, and profitability depends on keeping key process
units running, controlling operating costs, and effectively meeting regulatory
requirements. This course looks at some of the waterside and process issues
faced on a daily basis, including the need for CDU/VDU overhead line corrosion
protection, antifoulants, emulsion breakers, desalting operations, hydrogen
sulfide control, as well as water treatment for HP/LP boilers, HRSG, and cooling
systems.
Waterside Problems in Boilers & Steam Generators, Closed
Loops, & Cooling Systems
Instructor: Colin Frayne / Course Code: T-04
Date: 28 January 2015 / Schedule: 13.00-16.00 hrs
This course covers the basics of scaling, corrosion, fouling, and microbiological
problems (including hygiene and safety issues) in boilers and steam generators,
closed loop systems, and cooling water systems, including once-through cooling
and open recirculating cooling tower systems. It also discusses approaches to
solving these problems, given that, in most cases, the waterside problems are
interrelated and, if left unresolved, lead to a chain of cause and effect, a
reduction in efficiency, higher operating costs, and sometimes system failure.
Specialty Chemistries for Boiler/Cooling Water Treatment
Instructor: Colin Frayne / Course Code: T-05
Date: 30 January 2015 / Schedule: 15.00-18.00 hrs
There are usually many ways to solve most industrial and commercial water
treatment problems and most solutions require the use of pretreatment
equipment such as filters, softeners, or RO. However, all problems eventually
require the correct selection and application of chemistries, such as polymers,
phosphonates, or inorganic inhibitors. Which ones do we choose? How do
different brands compare with each other? Are the chemicals provided by the
biggest names in the business better? This course discusses the chemistries used
and teaches you which ones work best, and at what concentration!
Ion-Exchange Pure Water Processes
Instructor: Colin Frayne / Course Code: T-06
Date: 31 January 2015 / Schedule: 15.00-18.00 hrs
Ion-exchange resins are synthetic polymers which, though insoluble, simulate or
react much as acids, bases, and salts. Ion exchange is an adsorption phenomenon
where the mechanism of adsorption is electrostatic. Electrostatic forces hold ions
to charged functional groups on the surface of the ion exchange resin. The
adsorbed ions replace ions that are on the resin surface on a 1:1 charge basis.
This course discusses modern ion-exchange processes for the production of pure
water, and includes the cross-over with membrane technologies.
Principles of Corrosion, Including Causations & Troubleshooting
Designing Energy Efficient Seawater RO Systems
Instructor: Colin Frayne / Course Code: T-07
Date: 27 January 2015 / Schedule: 13.00-16.00 hrs
Instructor: Satish Chilekar / Course Code: T-14
Date: 31 January 2015 / Schedule: 11.30-14.30 hrs
Corrosion is a natural but controllable process that causes the deterioration of
metals or their properties because of a reaction with its environment, and costs
countries billions of dollars each year. This course covers the basics of electrochemical corrosion problems in water systems, including microbial induced
corrosion. It discusses some of the common metallurgies employed in industrial
and building heat transfer and similar mechanical systems, the influence of
contaminants and corrosion-inducing ions and salts in water, and some
preventative strategies.
Sea Water RO (SWRO) plants also consume high energy as they operate at high
pressures. Higher pressure means higher energy consumption. Energy recovery
devices are commonly used in the SWRO plants to recover energy from the reject
streams and thus reduce the specific energy consumption. But there are also
other salient features and options that affect the energy consumed by the plant
either positively or negatively. This program will discuss all these options that the
plant designer and operator has to optimize specific energy consumption in
SWRO plants.
Industrial Water Reuse & Recycling - Successes & Failures
Commercial UF/MF Membrane Technology for Water &
Wastewater -Comparison
Instructor: Colin Frayne / Course Code: T-08
Date: 29 January 2015 / Schedule: 08.00-11.00 hrs
Because of population growth and demand for industrialization, fresh water and
potable water is becoming scarce and expensive in some parts of the world. So
today, water is the new energy, with all the limitations of supply and cost
implications that concept brings to the market. We see “green” programs for
water reduction, recycling, and reuse. We are seeing two-tier pricing to
encourage water reuse, and total water resource management, to include zero
liquid discharge programs. This course looks as what works and what does not
work, with examples of successes and failure.
Magnetic Driven Pumps in Chemical & Pharmaceutical
Industries: Principles, Operation & Maintenance
Instructor: Heinz Mathys / Course Code: T-09
Date: 28 January 2015 / Schedule: 13.00-16.00 hrs
This course discusses about Monitoring on magnetic driven pumps (reliable and
safe operation); NPSH, special things which has to be taken into consideration by
magnetic driven pumps; Energy saving possibilities and Magnetic driven pumps in
special materials.
Group 2: Membrane Technology
RO Plant Troubleshooting
Instructor: Satish Chilekar/ Course Code: T-10
Date: 29 January 2015 / Schedule: 08.00-11.00
Reverse Osmosis (RO) process is commonly used to treat natural fresh water, sea
water and also to recover water from municipal and industrial waste waters.
Performance of the RO plant depends on the plant design, the feed water quality
and the operational procedures. Common problems are inferior permeate
quality and reduced permeate flow rate. RO plant troubleshooting is required to
identify cause of a performance problem and correct it. This short course will aim
at the troubleshooting techniques used in the RO plants.
RO Plant Commissioning
Instructor: Satish Chilekar / Course Code: T-11
Date: 29 January 2015 / Schedule: 15.00-18.00 hrs
RO Plant commissioning plays an important role in the long term performance of
the plant. It is a systematic step-wise procedure that ensures desired
performance of the RO membranes. Some of the major steps include
pre-commissioning of the pre-treatment equipment, testing the process control
logic and setting the instrument set points. Finally dummy operation of the plant
without the membranes should be carried out and the operational sequence
should be confirmed. This program will discuss all these steps in detail including
RO membrane loading and initial operation of the plant.
Instructor: Dr. Graeme Pearce / Course Code: T-15
Date: 29 January 2015 / Schedule: 11.30-14.30 hrs
This course covers evaluation of commercially available technology reviewing
current status, recent developments and the outlook for UF and MF technologies
in water and wastewater treatment. The topics include MEMBRANE MATERIAL
COMPARISON - Polymer options, manufacturing methods, pros and cons, trends
in polymer share, ceramic materials, threshold flux and fouling comparison for
different materials MODULE FORMAT & SYSTEM CONFIGURATION -Advantages of
various format and process choices (eg inside vs outside feed) performance
comparison, membrane area comparison for commercial products REVIEW OF
MEMBRANE FILTRATION MANUFACTURERS -Main players with a focus on latest
developments, new entrants and innovative technology, Asian companies,
ceramic membrane suppliers, potential for standardization (universal rack design
and interchangeability), future outlook.
Design and Selection of Membranes in Industrial Process
applications
Instructor: Lalit Vashishta / Course Code: T-16
Date: 29 January 2015 / Schedule: 11.30-14.30 hrs
This topic covers basic membrane technology. How to make the right selection of
the process membranes from a range of membranes available in the market. The
user has to understand the basic membrane chemistry and take decisions while
designing and selecting a membrane being fully aware of the advantages and
disadvantages. Some of the process which we will discuss are Colour removal
from wastewaters in Dye and Sugar Industry, product recovery from mother
liquors in API/Pharmaceuticals, COD/BOD reduction using membranes.
Designing Energy Efficient MBR Systems
Instructor: Satish Chilekar / Course Code: T-17
Date: 27 January 2015 / Schedule:13.00-16.00 hrs
Large Membrane Bio Reactor (MBR) projects are largely decided based on the
specific energy consumption rather than the capital cost. A MBR plant consists of
a biological aeration system and the MBR system. The specific energy is
calculated taking into account energy used in both these processes. MBR is a
high energy consuming system and most of this energy is used in scrubbing the
membranes. This program will discuss and compare various options the plant
designer has in optimizing the energy consumption used in the MBR plants.
MBR Plant Commissioning & Troubleshooting
Instructor: Ronald van 't Oever / Course Code: T-18
Date: 29 January 2015 / Schedule: 11.30-14.30 hrs
This course is focusing on two sections of MBR Plant. First section is focusing on
issues involved in commissioning stage of MBR Plant. The second section is
focusing on operational problems and troubleshooting of these problems.
Reverse Osmosis Plant: Design & Operation - I
Instructor: Sawaeng Gerdpratoom / Course Code: T-12
Date: 30 January 2015, Schedule: 08.00-11.00 hrs
Commercial UF/MF Membrane Technology for MBR Comparison
(This course will be conducted in Thai language. Details are in Thai course section)
Instructor: Dr. Graeme Pearce/ Course Code: T-19
Date: 31 January 2015 / Schedule: 08.00-11.00 hrs
Reverse Osmosis Plant: Design and Operation - II
This course covers evaluation of commercially available technology reviewing
current status, recent developments and the outlook for UF and MF technologies
for MBR Systems The topics include: MEMBRANE, MODULE, FORMAT &
CONFIGURATION- Material options, pros and cons of format choices, system
design options; REVIEW OF COMMERCIAL PRODUCTS FROM TOP 10 MBR
SUPPLIERS -Market share of main players and supplier share of largest plants,
Detailed review of top 10 suppliers with product and operational details;
PERFORMANCE AND COST COMPARISON -Examples of performance and flux
Instructor: Sawaeng Gerdpratoom / Course Code: T-13
Date: 30 January 2015, Schedule: 15.00-18.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
A Good Education is the Most Valuable Thing
comparison for some of the main players; Cost comparison MBR vs conventionalMF; examples of life cycle cost comparison for various MBRs
Group 3: Wastewater (WW) Treatment
provides references for determining waste generation rates and physical
parameters. It also presents the processes currently in use and those being
developed such as incineration, pyrolysis, starved air, plasma arc, etc. Numerous
examples of systems will be discussed, with illustrations of actual equipment, and
videos of operating systems. Computer programs for calculating waste
parameters are also provided for download.
Wastewater Reuse & Recycling - Practical Implementation
Instructor: Dr. Chavalit Ratanatamskul / Course Code: T-20
Date: 30 Jan 2015 / Schedule: 11.30-14.30 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Conventional Anaerobic WW System - Design & Operation
Instructor: Dr. Saroch Boonyakitsombut / Course Code: T-21
Date: 30 Jan 2015 / Schedule: 11.30-14.30 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Advanced Anaerobic Wastewater System - Design & Operation
Instructor: Dr. Saroch Boonyakitsombut / Course Code: T-22
Date: 31 January 2015 / Schedule: 08.00-11.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Incineration of Petrochemical / Industrial Wastes
Instructor: Charles Brunner / Course Code: T-30
Date: 29 January 2015 / Schedule: 08.00-11.00 hrs
The many different systems in use today which treat and dispose of
petrochemical and other industrial waste streams through incineration and
related processes will be discussed. They include rotary kiln systems, fluid bed
furnaces, liquid waste incinerators, etc. Liquids, solids, sludges and gaseous
wastes are covered and many different types of incineration systems are
discussed, with illustrations describing each of them.
Medical Waste Disposal
Instructor: Charles Brunner / Course Code: T-31
Date: 29 January 2015 / Schedule: 15.00-18.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
This course covers medical waste, its definition, handling and disposal. It goes
over the wide varieties of thermal and non-thermal treatment systems in use
today. This is a practical course which is designed to familiarize the student with
the characteristics of medical waste, and the means to deal with its disposal.
Numerous examples of systems will be discussed, with illustrations of actual
equipment, and videos of operating systems.
Industrial Wastewater Management
Hospital Waste- Best Practices in India and Emerging Initiatives
Instructor: Dr. Kriengsak Udomsinrot / Course Code: T-24
Date: 31 Jan 2015 / Schedule: 08.00-11.00 hrs
Instructor: Priti Mahesh / Course Code: T-32
Date: 29 January 2015 / Schedule: 11.30-14.30 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Improper management of medical wastes generated in healthcare facilities
causes direct risks for health and the environment. This course is designed to
discuss some of the critical concerns and the initiatives which have been taken in
healthcare establishment in India to mitigate them. The hospitals also need to
start focusing on emerging environmental concerns and strive for a healthcare
facility that is committed to greening itself and reducing its ecological footprint.
Hospitals in India have started looking at resource efficiency in areas of Energy,
Water, besides Waste Management as areas where they can make changes. Tools
designed to study expected expenditure and possible savings along with the
calculation of a payback period for the hospital to retrieve the investment made
can help in pushing these causes. The course will focus on these areas, with
experiences from hospitals in India: The 10 commandments of Bio Medical Waste
management, Alternatives to incineration, Treatment option of different hospital
waste categories, occupational and patient safety, Waste education and tools,
Emerging issues; Resource efficiency & Chemicals safety in hospitals etc
Wastewater Microbiology
Instructor: Dr. Wiboonluk Pungrasmi / Course Code: T-23
Date: 29 Jan 2015 / Schedule: 11.30-14.30 hrs
Nutrient (Nitrogen & Phosphorus) Removal in Wastewater
Instructor: Dr. Munruk Tuntoolavest / Course Code: T-25
Date: 30 January 2015 / Schedule: 08.00-11.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
The Process of Anaerobic Digestion
Instructor: Dr. Stephen Ethridge & Dr Ulrike Leroff / Course Code: T-26
Date: 29 January 2015 / Schedule: 15.00-18.00 hrs
This topic addresses the fundamental understanding of the process with
elements of biochemistry, microbiology and process engineering. In order to
design the correct environment and control the process, it is first necessary to
understand the fundamentals. This topic will be taught in 3 hours and will cover
all the basic aspects of the process.
Hazardous Waste Treatment
Design and Application of Anaerobic Digestion
Instructor: Dr. Stephen Ethridge & Dr Ulrike Leroff / Course Code: T-27
Date: 30 January 2015 / Schedule: 8am to 11am
With the fundamental understanding of the biogas process and its characteristics,
it is then possible to design an optimum biogas system for a given application and
waste. Historical developments of different reactor types will be reviewed as well
as the reasons behind their development and the science and engineering
involved. New developments will also be assessed.
Instructor: Boonyong Lohwongwatana / Course Code: T-33
Date: 31 January 2015, / Schedule: 15.00-18.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Sustainable Landfill Design and Operation
Instructor: Prof. C. Visvanathan / Course Code: T-61
Date: 30 January 2015, / Schedule: 11.30-14.30 hrs
Ethanol Plant Wastewater Treatment - Design & Operation
This course discusses about principles of landfill design and operation methods to
manage municipal solid waste. Other issues related to odor management at
landfill as well as waste to energy options will be discussed.
Instructor: Graham Brown, Canada / Course Code: T-28
Date: 30 January 2015 / Schedule: 11.30-14.30 hrs
Oil Spill Response with Bioremediation and Oil Recovery System
The wastewater from Ethanol Plants is highly organic. This course discusses about
characteristics of wastewater from ethanol plant, suitable treatment methods,
design consideration and operational problems and challenges associated with
treatment.
Instructor: Dr. Watson Ariyaphuttarat/ Course Code: T-62
Date: 31 January 2015, / Schedule: 11.30-14.30 hrs
Oil Spill problems are common all over the world. But damage caused by oil spill
is huge. This course discusses about methods and practices of oil spill crisis
management by using Bioremediation and Advanced Oil Recovery System
Group 4: Waste Treatment
Incineration, Pyrolysis, Plasma Arc Technologies & Processes
Instructor: Charles Brunner / Course Code: T-29
Date: 28 January 2015 / Schedule: 09.00-12.00 hrs
This course discusses the types of wastes generally encountered and their
characteristics. This includes municipal wastes, industrial waste streams,
institutional wastes (medical waste, commercial building wastes, etc.) and
An investment in knowledge
pays the best interest. ………….
Benjamin Franklin
Group 5: Waste to Energy / Biogas Technology
Operation of Biogas Plants
Instructor: Dr. Stephen Ethridge & Dr Ulrike Leroff / Course Code: T-34
Date: 31 January 2015 / Schedule: 11.30-14.30 hrs
Given a full scale biogas plant of one design or another, it is critical to operate the
plant effectively and safely. This topic will address some of the common mistakes
in design and operation and how they can be addressed. In addition, biogas
systems have been subject explosions and other accidents. The topic will review
how these have occurred and how to avoid them in future.
Compressed Bio-Methane Gas Technology
Instructor: Uthen Kantha / Course Code: T-36
Date: 30 January 2015, / Schedule: 15.00-18.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Biogas from Energy Crops
Instructor: Chummanut Maneesiri / Course Code: T-37
Date: 29 January 2015 / Schedule: 08.00-11.00 hrs
remove sulfur dioxide (SO2) but also hydrogen chloride (HCl) and, to some extent,
sulfur trioxide (SO3) and sulfuric acid mist (SAM), and ionic mercury (Hg+2).
Modern wet flue gas desulfurization systems produce a wet/moist waste product
that can be dewatered and result in a byproduct that has found use as a feed
material in cement and gypsum board manufacture. This course includes types of
WFGD processes & description, fuels and combustion, conversion, WFGD
principles and Chemistry, System breakdown, reagent preparation, wastes
dewatering etc.
Dry Flue Gas Desulfurization
Instructor: Paul Farber, USA / Course Code: T-41
Date: 29 January 2015 / Schedule: 15.00-18.00 hrs
This course is designed for engineers and technical personnel who will/are
involved in the design, engineering, specification, and operation of dry flue gas
desulfurization (DFGD) systems and their related components. This course will
cover general description, types and description of DFGD processes, fuels and
combustion, system components, dry sorbent injection (DSI), DFGD waste
disposal and issues.
Electrostatic Precipitation
(This course will be conducted in Thai language. Details are in Thai course section)
Instructor: Paul Farber, USA / Course Code: T-42
Date: 30 January 2015/ Schedule: 11.30-14.30 hrs
Biogas Cleaning Technology
This course is designed for engineers and other technical personnel responsible
for preparing and/or reviewing the plans for installation of electrostatic
precipitators. This workshop will also be useful of technical personnel responsible
for the operation and maintenance of electrostatic precipitators. The course
reviews procedures for evaluating the performance of electrostatic precipitators
that are used to reduce particulate emissions from industrial sources. The
workshop will cover types of precipitators, precipitator components, fuels &
combustion, theory of precipitation, estimating collection efficiency, design
parameters, operation and maintenance issues.
Instructor: Peter Thygesen, Germany /Code: T-35
Date: 31 January 2015 / Schedule: 15.00-18.00 hrs
The quality of biogas is important for efficient conversion of biogas into energy.
This course discusses about cleaning methods of biogas generated from
wastewater treatment systems. It covers principles, design considerations and
operational challenges.
Biomass Gasification
Instructor: Dr. Abdul Salam/ Course Code: T-38
Date: 31 January 2015 / Schedule: 11.30-14.30 hrs
Biomass gasification, due to its high electrical efficiency compared to other
biomass-based electricity generation systems in the lower and middle range of
power, is emerging as a promising technology in many developed and developing
countries. Therefore, biomass gasification is highly appropriate for decentralized
energy systems. They appear to be important alternatives to conventional heat
and power generation systems, specifically in countries with available feedstock,
higher oil prices and shortages of existing supplies. Biomass gasification is
primarily a thermo-chemical process, converting biomass into combustible gases
(mixture of CO, CH4 and H2) at elevated temperatures. Since these gases have
other pollutants, it requires extensive purifications before being used in
electricity generation applications. Therefore, a gasifier should entail a series of
gas cleaning and conditioning equipment. This course discusses different types of
biomass gasification technologies available and required supporting equipment
and processes, compares different types of gasifiers and their operating
parameters and identified possible solutions for commonly experienced problems
and drawbacks, and provides case studies on the status of biomass gasification in
Thailand and Cambodia.
Fabric Filtration
Instructor: Paul Farber, USA / Course Code: T-43
Date: 31 January 2015 / Schedule: 08.00-11.00 hrs
This course is designed for engineers and other technical personnel in the field of
air quality who are responsible for the design, engineering, procurement and
operation of fabric filter cleaning devices installed on various industrial sources.
The course is also useful for air permit reviewers and air quality inspectors
employed by Government agencies; and for technical personnel in industry who
prepare air permit applications and fabric filter designs. The course focuses on
the theory, design, and operational aspects of fabric filters. The students will
learn how various fabric filters operate and how to evaluate their effectiveness in
achieving particle collection. This course includes types of fabric filters, fuels
combustion, theory of filtration, design parameters, operation and maintenance
issues.
VOC and Odor Control Management
Instructor: Dr. Supat Wangwongwatana / Course Code: T-44
Date: 31 January 2015, / Schedule: 11.30-14.30 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Municipal Waste to Energy Systems
Instructor: Charles Brunner / Course Code: T-39
Date: 28 January 2015 / Schedule: 13.00-16.00 hrs
As municipal waste generation increases throughout the world and energy
production becomes more and more important, waste to energy technologies
make more and more sense as a means for both waste disposal and energy
generation. This short course will introduce technologies available for large scale
Waste-to-Energy systems including incineration and related thermal processes.
Techniques for the calculation of energy recovery will be discussed and relevant
computer programs will be available for download.
Group 6: Air Pollution Control
Wet Flue Gas Desulfurization
Instructor: Paul Farber, USA / Course Code: T-40
Date: 29 January 2015 / Schedule: 08.00-11.00 hrs
This course is designed for engineers and technical personnel who will/are
involved in the design, engineering, specification, and operation of wet flue gas
desulfurization (WFGD) systems and their related components. Flue gas
desulfurization systems are installed on both industrial boilers as well as electric
utility boilers that need to treat the flue gas resulting from the combustion of
solid (coal) and liquid (oil) fuels. Wet flue desulfurization systems will not only
Incineration Air Emissions Generation and Control
Instructor: Charles Brunner / Course Code: T-45
Date: 31 January 2015 / Schedule: 15.00-18.00 hrs
This course covers air pollutant regulatory issues, air emissions generated from
incineration processes, and the means available for the control of air pollutants
from incineration. Air emissions and atmospheric dispersion will be covered
including reference materials for determining pollutant discharges from common
incinerator systems. In addition a computer program for a first approximation of
pollutant dispersion into the atmosphere will be available for download.
Mercury & Air Pollutant Control in Waste & Power Plants
Instructor: Prof. Yong-Chil Seo / Course Code: T-46
Date: 30 January 2015 / Schedule: 15.00-18.00 hrs
This course discusses about hazardous air pollutants management at various
emission sources; mercury issues: international convention and future movement
on controls by BAT/BEP for Thermal Sources and mercury emission status and
control from waste treatment facilities and power plants.
Estimation of Greenhouse Gas Emission using IPCC Methods
Instructor: Sukhuma Chitapornpan / Course Code: T-47
Date: 30 January 2015 / Schedule: 08.00-11.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Group 7: Filtration & Separation
Selecting Right Filter Media for Process Optimization
Instructor: Lalit Vashishta/ Course Code: T-48
Date: 30 January 2015 / Schedule: 08.00-11.00 hrs
Filtration is not a well understood subject. This course will take a journey of the
basic principles of filtration. The empirical equations, pilot tests to be carried out
to decide the most effective filtration system. The speaker will guide the
audience on how to choose the right filter medium and also the filter type for a
particular industrial application. This will help process engineers from a wide
range of industries including Pharmaceuticals, Chemical, Petrochemical, Dye,
Sugar, Fertilizers etc.
Operation & Maintenance of Filter Media - Issues &
Troubleshooting
Instructor: Lalit Vashishta/ Course Code: T-49
Date: 31 January 2015 / Schedule: 11.30-14.30 hrs
Wrong designs, choked filters, long down-times and not so effective filtration.
These are common problems the industry process engineer faces when carrying
out filtration. The paper will discuss the various issues the industry faces.
Operation and maintenance guidelines will be given to the customer. The paper
will train the engineers mind to intelligently find problems and trouble-shoot.
Group 8: Boilers, Cooling Towers & Heating
Economics of Boiler Fuel Switch Projects
Instructor: MK Balaji, Thailand / Course Code: T-50
Date: 29 January 2015 / Schedule: 08.00-11.00 hrs
In the past few years there has been a move to switch fuels in boilers, furnaces
and heating systems, mainly driven by perceived notions of a lower fuel cost of a
new fuel compared to an existing one. Several costs associated with such a fuel
switch, both capital and operating costs, may not get initially accounted for thus
resulting in expensive errors that are discovered only upon implementation of
such projects, by which time it may have gone too far to pull back the decision.
This course envisages to present all such costs associated with fuel switch
projects with live case studies. This course is useful for plant engineers who are
expected to make recommendations to reduce energy costs as well as decision
makers and financial analysts.
project engineers, design engineers, plant operation and maintenance engineers,
investment analysts looking to invest in biomass systems.
Cooling Tower Calculations
Instructor: Colin Frayne / Course Code: T-53
Date: 28 January 2015 / Schedule: 09.00-12.00 hrs
In open recirculating systems with a heat load, water is constantly leaving the
system through evaporation, and intermittently (sometimes continuously) leaving
through blowdown. Understanding the basic cooling water calculations and mass
balance associated with these systems is necessary to the job of a water
treatment technologist. With this knowledge in hand, a proper diagnosis and the
correct treatment of a system can be determined. Whatever substances (mass)
enter a system must either leave the system or accumulate. This course covers
mass balance and calculations for cooling systems and provides examples.
Steam Boiler Safety
Instructor: Panotsan Sujayanon / Course Code: T-54
Date: 30 January 2015, / Schedule: 15.00-18.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
GROUP 9: Certifications & Regulations
Green Industry Mark – Lessons Learned and the Way Forward
Instructor: Dr. Sirakarn Leungsakul / Course Code: T-55
Date: 30 January 2015, / Schedule: 11.30-14.30 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Industrial Safety Compliance and Reporting
Instructor: Dr. Pattamawan Khunprasert / Course Code: T-56
Date: 30 January 2015, / Schedule: 15.00-18.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Carbon Footprint for Organization
Instructor: Dr. Viganda Varabuntoonvit / Course Code: T-57
Date: 31 January 2015, / Schedule: 08.00-11.00 hrs
(This course will be conducted in Thai language. Details are in Thai course section)
Industrial Waste Treatment and Compliance
Instructor: Eakbout Utamapong / Course Code: T-58
Date: 31 January 2015, / Schedule: 11.30am to 2.30pm
(This course will be conducted in Thai language. Details are in Thai course section)
GROUP 10: Sales & Marketing
Thermal Heating Systems - Matching Generation and Demand
Instructor: MK Balaji / Course Code: T-51
Date: 29 January 2015 / Schedule: 15.00-18.00 hrs
Often in industry, thermal systems are grossly over designed or vice versa due to
ignorance in understanding the demand side. This results in either a sub optimal
capacity utilization and hence lower system efficiency due to the former or a
reduced plant capacity due to the latter. This course examines some typical areas
of errors and makes plant and process engineers aware of likely pitfalls that they
should avoid in load estimate action in thermal systems and some
countermeasures. The course is useful for plant and process engineers who are
expected to estimate and optimize thermal system operations in plants.
Sales & Marketing of Water Treatment Service Business
Instructor: Colin Frayne/ Course Code: T-59
Date: 29 January 2015 (Thursday) / Schedule: 15.00-18.00 hrs
For much of the world, water treatment is a mature industry and professional
selling and marketing of water treatment products and services is therefore
critical to improve sales revenues, profits, cash flow, and employee
compensation! Only the most professional companies and people will succeed in
finding innovative ways to sustain their customers by adding value and beat their
competitors, in order to grow their business and enhance margins. This course
identities the key areas in which you need to improve in order for you to succeed.
Biomass Fired Boiler Systems - Considerations for Design
Sales & Marketing of Anaerobic Waste Treatment Systems
Instructor: MK Balaji / Course Code: T-52
Date: 30 January 2015 / Schedule: 11.30-14.30 hrs
Instructor: Graham Brown, Canada/ Course Code: T-60
Date: 29 January 2015 (Thursday) / Schedule: 11.30-14.30 hrs
Often biomass fired heating systems are procured with a consideration of a
limited number of parameters due to which several operational difficulties occur.
This could result in both lower capacity and availability of the system. The course
envisages covering all the parameters that must be looked at while considering a
biomass system to minimize operational difficulties. This course is useful for
Due to huge promotion on “waste to energy / alternate energy” projects, number
of companies has been working on anaerobic waste treatment systems. This
course is focusing on sales and marketing issues related to anaerobic waste
treatment systems.
หลักสูตรอบรมบรรยายภาษาไทย
การออกแบบและการเดิ นระบบรีเวอร์สออสโมซิ ส - Part 1
วิทยากร: อาจารย์ แสวง เกิดประทุม สถาบันวิจยั วิทยาศาสตร์และเทคโนโลยี
แห่งประเทศไทย / บรรยายภาษาไทย / รหัสหลักสูตร: T-12
วันที + 30 มกราคม 2558 เวลา 8.00 น. - 11.00 น.
เนื'อหาของหลักสูตร: หลักการพืน' ฐานของระบบรีเวอร์สออสโมซีส Osmotic Pressure,
Salt rejection and Salt passage, Permeate recovery เมมเบรนในระบบรีเวอร์สออสโม
ซีส การจัดเรียงเมมเบรนในระบบรีเวอร์สออสโมซิส การคํานวน สมรรถนะของระบบรี
เวอร์สออสโมซิส
Knowledge is Power …… Francis Bacon
การออกแบบและการเดิ นระบบรีเวอร์สออสโมซิ ส – Part 2
ผลผลิตการแปรรูปผลิตภัณฑ์ทางการเกษตร กระบวนการบําบัดนํ' าเสียทางชีวภาพซึ@งมี
ประสิทธิภาพสูงและมีค่าใช้จา่ ยในการดําเนินการตํ@าเมื@อเทียบกับกระบวนการบําบัดแบบ
อื@นๆ จึงเป็ นแนวทางทีเ@ หมาะสมต่อการกําจัดความสกปรกในนํ' าเสียเหล่านัน' โดยหัวใจ
สําคัญของกระบวนการนี'อยู่ท@กี ารทํางานของ “จุลนิ ทรีย์” ซึ@งมีผลให้เกิดการย่อยสลาย
สารอินทรียท์ เ@ี ป็ นต้นเหตุของความสกปรกในนํ' าเสีย ดังนัน' หากวิศวกรสิง@ แวดล้อมและผู้
ควบคุมดูแลระบบฯ มีความเข้าใจถึงปจั จัยพืน' ฐานเกีย@ วกับจุลนิ ทรียเ์ หล่านัน' อย่างถูกต้อง
และเพียงพอก็จะเป็ นประโยชน์อย่างมากต่อการออกแบบ การควบคุมการทํางาน การ
แก้ไขปญั หาทีเ@ กิดขึน' และตลอดจนการปรับปรุงการทํางานของระบบบําบัดนํ'าเสียได้อย่าง
มีประสิทธิภาพ
การจัดการนํBาเสียอุตสาหกรรม
วิทยากร: อาจารย์ แสวง เกิดประทุม สถาบันวิจยั วิทยาศาสตร์และเทคโนโลยี
แห่งประเทศไทย / บรรยายภาษาไทย / รหัสหลักสูตร: T-13
วันที + 30 มกราคม 2558 เวลา 15.00 น. - 18.00 น.
เนื'อหาการอบรมครอบคลุม การออกแบบระบบรีเวอร์สออสโมซีส การอุดตันในระบบ
รีเวอร์สออสโมซีส การเดินระบบและการบํารุงรักษาระบบรีเวอร์สออสโมซีส
วิทยากร: ดร.เกรียงศักดิ< อุดมสินโรจน์ มหาวิทยาลัยรังสิต
บรรยายภาษาไทย / รหัสหลักสูตร T-24
วันที + 31 มกราคม 2558 เวลา 8.00 น. – 11.00 น.
แหล่งกําเนิดนํ'าเสียจากแต่ละจุดในกระบวนการผลิต ลักษณะและปริมาณนํ'าเสียของแต่ละ
จุดในกระบวนการผลิต การคํานวณหาปริมาณสารต่าง ๆ ในนํ' าเสียแต่ละจุด เทคนิคการ
คัดแยกนํ'าเสียของแต่ละจุด เทคนิคการเลือกวิธบี ําบัดนํ'าเสียของแต่ละจุด
การนํานํBาเสียกลับมาใช้ใหม่: การใช้งานจริ งในอุตสาหกรรม
การกําจัดไนโตรเจนด้วยวิ ธีทางชีวภาพ
วิทยากร: รองศาสตราจารย์ ดร. ชวลิต รัตนธรรมสกุล ภาควิชาวิศวกรรมสิง+ แวดล้อม
คณะวิศวกรรมศาสตร์ จุฬาลงกรณ์มหาวิทยาลัย / บรรยายภาษาไทย /รหัสหลักสูตร T-20
วันที + 30 มกราคม 2558 เวลา 11.30 น.-14.30 น.
การแย่งชิงทรัพยากรนํ'า โดยเฉพาะในพืน' ทีท@ ข@ี าดแคลนหรือมีความขัดแย้งระหว่างภาค
การเกษตร ชุมชนและอุตสาหกรรม เป็ นปญั หาทีพ@ บในพืน' ทีห@ ลายแห่ง การนํานํ'าเสีย
อุตสาหกรรมและนํ'าเสียชุมชนกลับมาใช้ใหม่ ด้วยเทคโนโลยีเมมเบรน มีความเป็ นไปได้
ในการใช้แก้ไขปญั หาซึง@ สามารถปรับปรุงคุณภาพนํ'าเสียให้สามารถใช้เป็ นแหล่งนํ'า
ทางเลือกสําหรับชุมชนและโรงงานอุตสาหกรรม เนื'อหาประกอบด้วยรูปแบบเทคโนโลยีท@ี
สามารถเลือกใช้ ปจั จัยทีต@ อ้ งพิจารณาในการเลือกเทคโนโลยี ปญั หาและอุปสรรคในการ
ใช้งาน รวมทัง' เสนอแนะแนวทางการใช้งานระบบอย่างเหมาะสม ความเป็นไปได้ดา้ น
เศรษฐศาสตร์ของเทคโนโลยีทางเลือก
การออกแบบและดูแลรักษาระบบบําบัดนํBาเสียแบบไร้อากาศแบบทัวไป
%
วิทยากร: ดร.สาโรช บุญยกิจสมบัติ มหาวิทยาลัยเทคโนโลยีพระจอมเกล้าธนบุร ี
บรรยายภาษาไทย / รหัสหลักสูตร T-21
วันที + 30 มกราคม 2558 เวลา 11.30 น. - 14.30 น.
การออกแบบและการควบคุมระบบบําบัดแบบไร้อากาศให้มปี ระสิทธิภาพ ยังคงเป็ นเรื@อง
ท้าทายสําหรับบริษทั ทีป@ รึกษาทางด้านสิง@ แวดล้อมและวิศวกรของโรงงาน หลักสูตรนี'จะ
เพิม@ ทักษะความเข้าใจในการออกแบบและการควบคุมระบบไร้อากาศ
ในเรื@องพืน' ฐาน
เกีย@ วกับระบบบําบัดนํ'าเสีย เคมีเบือ' งต้นของระบบบําบัดนํ'าเสียแบบไร้อากาศ ชนิดของ
ระบบบําบัดนํ'าเสียแบบทัวไป
@
หลักเกณฑ์ในการออกแบบ/ตัวอย่างการคํานวณ การ
ควบคุมและติดตามระบบ การตรวจสอบและการแก้ไขปญั หา
การออกแบบและดูแลรักษาระบบบําบัดนํBาเสียแบบไร้อากาศแบบชันB สูง
วิทยากร: ดร.สาโรช บุญยกิจสมบัติ
มหาวิทยาลัยเทคโนโลยีพระจอมเกล้าธนบุร ี / บรรยายภาษาไทย / รหัสหลักสูตร T-22
วันที + 31 มกราคม 2558 เวลา 08.00 น. – 11.00 น.
วิทยากร: ดร.สาโรช บุญยกิจสมบัติ มหาวิทยาลัยเทคโนโลยีพระจอมเกล้าธนบุร ี
เพื@อให้สามารถออกแบบและควบคุมระบบบําบัดแบบไร้อากาศแบบชัน' สูงอย่างมี
ประสิทธิภาพ หลักสูตรนี'จะเพิม@ ทักษะความเข้าใจในการออกแบบและการควบคุมระบบไร้
อากาศ ในเรื@องพืน' ฐานเกีย@ วกับระบบบําบัดนํ'าเสีย เคมีและชีวภาพของระบบบําบัดนํ'าเสีย
แบบไร้อากาศ ชนิดของระบบบําบัดนํ'าเสียแบบชัน' สูง การเลือกเทคโนโลยีทเ@ี หมาะสม
หลักเกณฑ์ในการออกแบบ ตัวอย่างการคํานวณ การควบคุมและติดตามระบบ การ
ตรวจสอบและการแก้ไขปญั หา
จุลชีววิ ทยาของนํBาเสีย
วิทยากร: ดร. วิบูลย์ลกั ษณ์ พึง+ รัศมี จุฬาลงกรณ์มหาวิทยาลัย
บรรยายภาษาไทย / รหัสหลักสูตร T-23
วันที + 29 มกราคม 2558 เวลา 11.30 น. - 14.30 น.
ั หาหลัก ที@สํ า คัญ ในป จั จุบ ัน ซึ@ง ต้อ งได้ร ับ การแก้ไขอย่ า งเร่ง ด่ ว นใน
“นํ' า เสีย ” เป็ น ป ญ
ระดับ ประเทศ โดยสํ า หรับ ประเทศไทยซึ@ง อยู่ ในช่ว งเร่ง พัฒ นาอุตสาหกรรมและเพิ@ม
วิทยากร: ดร. มันรั
+ กษ์ ตัณฑุลเวศม์ กรรมการผูจ้ ดั การ
บริษทั แซน.อี. 68 คอนซัลติAง เอ็นจิเนียรส์ จํากัด
บรรยายภาษาไทย / รหัสหลักสูตร T-25
วันที + 30 มกราคม 2558 เวลา 08.00 น. – 11.00 น.
เนื'อหาการอบรมครอบคลุมประเด็นเกีย@ วกับ ปญั หาไนโตรเจนในแหล่งนํ'า วงจรไนโตรเจน
หลักการกําจัดไนโตรเจนในนํ'าเสีย กลไกและการออกแบบการกําจัดไนโตรเจนด้วยวิธที าง
ชีวภาพ รูปแบบของระบบกําจัดไนโตรเจนด้วยวิธที างชีวภาพ
การบําบัดและกําจัดของเสียอันตราย
วิทยากร: บุญยงค์ โล่วงศ์วฒ
ั นา ผูเ้ ชีย+ วชาญด้านการจัดการของเสียอันตรายและ
กากอุตสาหกรรม / บรรยายภาษาไทย / รหัสหลักสูตร T-33
วันที + 31 มกราคม 2558 เวลา 15.00 น. - 18.00 น.
เนื'อหาการอบรมครอบคลุมการจําแนกของเสียอันตราย การวิเคราะห์ของเสีย การเลือก
เทคนิควิธกี ารทีเ@ หมาะสมสําหรับการปรับเสถียร ทําแข็ง และการฝงั กลบ รวมถึงการ
ออกแบบระบบทีเ@ กีย@ วข้อง
ก๊าซ CBGพลังงานสีเขียวสําหรับอนาคตประเทศไทย
วิทยากรบรรยาย: คุณอุเทน กันทา สถาบันวิจยั และพัฒนาพลังงานนครพิงค์
มหาวิทยาลัยเชียงใหม่ / บรรยายภาษาไทย / รหัสหลักสูตร T-36
วันที + 30 มกราคม 2558 เวลา 15.00 น. -18.00 น.
เนื'อหาการอบรมครอบคลุมภาพรวมเทคโนโลยีการผลิตก๊าซ CBG การผลิตก๊าซ CBG
ด้วยเทคโนโลยี Water Scrubbing และระบบต้นแบบ/อ้างอิงทีใ@ ช้งานในประเทศไทย การ
ผลิตก๊าซ CBG ด้วยเทคโนโลยี Membrane และระบบต้นแบบ/อ้างอิงทีใ@ ช้งานในประเทศ
ไทย การนําก๊าซ CBG ไปใช้เป็ นเชือ' เพลิงสําหรับยานยนต์และทดแทนก๊าซ LPGในเตา
หุงต้ม ต้นทุนและความคุม้ ค่าในการผลิตก๊าซ CBG กฎหมายทีเ@ กีย@ วข้องกับการผลิตก๊าซ
CBG และนโยบายการสนับสนุนในประเทศไทย
ก๊าซชีวภาพจากพืชพลังงาน อนาคตพลังงานทดแทนไทย
วิทยากรบรรยาย: คุณชุมนัดภ์ มณีศริ ิ สถาบันวิจยั และพัฒนาพลังงานนครพิงค์
มหาวิทยาลัยเชียงใหม่ / บรรยายภาษาไทย / รหัสหลักสูตร T-37
วันที + 29 มกราคม 2558 เวลา 08.00 น. - 11.00 น.
เนื'อหาการอบรมครอบคลุมพืชพลังงานทีม@ ศี กั ยภาพในการผลิตก๊าซชีวภาพ เทคโนโลยี
การผลิตก๊าซชีวภาพจากพืชพลังงาน
การจัดการและควบคุมสารอิ นทรียร์ ะเหย (VOCs) และกลิ% น
วิทยากร: ดร. สุพฒ
ั น์ หวังวงศ์วฒ
ั นา ศูนย์ RRC.AP UNEP
อดีตอธิบดีกรมควบคุมมลพิษ / บรรยายภาษาไทย / รหัสหลักสูตร T-44
วันที + 31 มกราคม 2558 เวลา 11.30 น. – 14:30 น.
ปญั หาเรื@องกลิน@ เป็ นปญั หาทีไ@ ด้รบั การร้องเรียนมากเป็ นอันดับหนึ@งทัง' ทีเ@ กิดจาก
อุตสาหกรรมและจากชุมชน หลักสูตรนี'จะบรรยายเกีย@ วกับแหล่งกําเนิดของกลิน@
การตรวจวัดกลิน@ กลยุทธ์ในการป้องกันและแนวทางทางแก้ปญั หา และการบําบัดสารที@
ทําให้เกิดกลิน@ โดยเฉพาะสาร VOCs รวมทัง' มาตรการสําหรับรับมือกับเหตุฉุกเฉินกลิน@
การประเมิ นการปลดปล่อยก๊าซเรือนกระจกด้วยวิ ธีมาตรฐานของ IPCC
วิทยากร: รศ. ดร. ชาติ เจียมไชยศรี และ ดร. สุขมุ า ชิตาภรณ์พนั ธุ์
มหาวิทยาลัยเกษตรศาสตร์ / บรรยายภาษาไทย / รหัสหลักสูตร T-47
วันที + 30 มกราคม 2558 เวลา 08.00 น. - 11.00 น.
เนื'อหาการอบรมครอบคลุม องค์ประกอบสําคัญในการคํานวณ ได้แก่ขอ้ มูลด้านกิจกรรม
ค่าการปลดปล่อยก๊าซเรือนกระจก การแบ่งภาคสาขาของแหล่งปล่อยและแหล่งดูดกลับ
ของก๊าซเรือนกระจก ประเภทของก๊าซเรือนกระจก การวิเคราะห์คา่ ความไม่แน่นอน และ
ั
การควบคุมคุณภาพ พร้อมกรณีศกึ ษาของการปลดปล่อยจากหลุมฝงกลบขยะและการ
จัดการของเสีย
ความปลอดภัยหม้อนํBา
วิทยากร: คุณปณตสรรค์ สูจยานนท์ กรมโรงงานอุตสาหกรรม
บรรยายภาษาไทย / รหัสหลักสูตร T-54
วันที + 30 มกราคม 2558 เวลา 15.00 น. - 18.00 น.
เนื'อหาการอบรมครอบคลุมการตรวจสอบภายในหม้อนํ'า ผูค้ วบคุมประจําหม้อนํ'าหรือ
หม้อต้มทีใ@ ช้ของเหลวเป็ นสื@อนําความร้อน มาตรการความปลอดภัยเกีย@ วกับหม้อไอนํ'า
และหม้อต้มทีใ@ ช้ของเหลวเป็ นสื@อนําความร้อน อุปกรณ์ความปลอดภัย และคุณสมบัตนิ 'ํา
สําหรับหม้อไอนํ'า
การรับรองเครื%องหมายอุตสาหกรรมสีเขียว Green Industry Mark
เครื%องหมายแห่งความยังยื
% น
วิทยากร: ดร. ศิรกาญจน์ เหลืองสกุล ผูอ้ าํ นวยการส่วนมลพิษอากาศ
สํานักเทคโนโลยีนA ําและสิง+ แวดล้อมโรงงาน กรมโรงงานอุตสาหกรรม
บรรยายภาษาไทย / รหัสหลักสูตร T-55
วันที + 30 มกราคม 2558 เวลา 11.30 น. – 14.30 น.
เนื'อหาการอบรมครอบคลุม ความเป็ นมา ประโยชน์ ข้อกําหนด มาตรฐาน แนวทางการ
ปฏิบตั เิ พื@อมุง่ สู่อตุ สาหกรรมสีเขียว การขอการรับรอง อุปสรรคและปญั หาทีพ@ บบ่อย
กรณีศกึ ษา และทิศทางของนโยบายในอนาคต
การจัดทํารายงานและการปฏิ บตั ิ ตามกฎหมายด้านความปลอดภัยของ
โรงงาน
วิทยากร: ดร. ปทั มวรรณ คุณประเสริฐ สํานักเทคโนโลยีความปลอดภัย กรมโรงงาน
อุตสาหกรรม / บรรยายภาษาไทย / รหัสหลักสูตร T-56
วันที + 30 มกราคม 2558 เวลา 15.00 น. - 18.00 น.
เนื'อหาการอบรมครอบคลุมเกีย@ วกับการประเมินความเสีย@ ง กฎหมายและกฎระเบียบที@
เกีย@ วกับการจัดการด้านความปลอดภัยของอุตสาหกรรม
แนวทางการปฏิบตั ติ าม
กฎหมาย การขออนุญาตและการจัดทํารายงาน
แนวทางการประเมิ นคาร์บอนฟุตพริBนท์ขององค์กร
วิ ทยากร: ดร.วิกานดา วราห์บณ
ั ฑูรวิทย์ ผูเ้ ชีย+ วชาญด้านการประเมินการปล่อยก๊าซเรือน
กระจกและการประเมินวัฏจักรชีวติ ของผลิตภัณฑ์
บรรยายภาษาไทย / รหัสหลักสูตร T-57
วันที + 31 มกราคม 2558 เวลา 08.00 น. – 11.00 น.
แนวทางการประเมินคาร์บอนฟุตพริน' ท์ขององค์กรใช้เป็นเครื@องมือในการประเมินการ
ปล่อยก๊าซเรือนกระจกทีเ@ กิดขึน' จากการดําเนินกิจกรรมต่างๆ ทัง' การผลิตและการบริการ
ขององค์กรซึง@ จะช่วยเสริมสร้างศักยภาพให้กบั ผูป้ ระกอบการของไทยให้แข่งขันได้ใน
ตลาดโลก และเป็ นการเตรียมความพร้อม หากภาครัฐบังคับให้มกี ารรายงานปริมาณการ
ปล่อยก๊าซเรือนกระจก (Greenhouse Gas Reporting) ขององค์กร แนวทางการประเมิน
คาร์บอนฟุตพริน' ท์จะสอดคล้องกับ ISO 14064-1 (2006) และ GHG Protocol (2001,
2004) โดยครอบคลุมการพัฒนาและจัดทําบัญชีก๊าซเรือนกระจก การกําหนดขอบเขตและ
การหาปริมาณการปล่อยหรือลดก๊าซเรือนกระจก วิธกี ารจัดทํารายงาน การจัดการความ
ไม่แน่นอนของข้อมูล ตลอดจนการทวนสอบข้อมูล
การจัดการกากอุตสาหกรรมและการปฏิ บตั ิ ตามกฎหมายที%เกี%ยวข้อง
วิทยากร: นายเอกบุตร อุตมพงศ์ ผูอ้ าํ นวยการกลุม่ เทคโนโลยีนA ําอุตสาหกรรม
สํานักเทคโนโลยีนA ําและสิง+ แวดล้อมโรงงาน กรมโรงงานอุตสาหกรรม
บรรยายภาษาไทย / รหัสหลักสูตร T-58
วันที + 31 มกราคม 2558 เวลา 11.30 น. - 14.30 น.
เนื'อหาการอบรมครอบคลุมการจัดการกากอุตสาหกรรมทัง' ทีไ@ ม่เป็ นอันตรายและทีเ@ ป็ น
อันตราย ตัง' แต่แหล่งกําเนิด การจําแนกประเภท การขนส่ง และการบําบัดกําจัด
การขออนุญาตและการจัดทํารายงานข้อมูลทีเ@ ป็ นไปตามกฎหมาย
รวมถึงทิศทางใน
อนาคตของกฎหมายใหม่ดา้ นกากอุตสาหกรรม
INSTRUCTORS
TechnoBiz has invited following experienced specialists and consultants to teach training courses. Detailed profile of each instructor is available in the
website www.3W-Expo.com.
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Abdul Salam, Thailand – Researcher & Specialist on Biomass, Biogas Conversion and Heat Recovery - Energy Specialist
Boonyong Lohwongwatana, Thailand - Pioneer in Hazardous Waste treatment in Thailand with over 40 years of experience
C. Visvanathan, Thailand – specialist on environmental engineering with 25 yrs research experience
Charles Brunner, USA – World renowned Experienced Technical Consultant on Incineration and Author of Incineration Handbook (45 yrs experience)
Chavalit Ratanatamskul, Thailand - most referred expert in water and wastewater treatment and reuse in Thailand
Chummanut Maneesiri, Thailand - 12 yrs of experience in biogas system design, system control and monitoring
Colin Frayne, USA – World renowned consultant, author and trainer on water treatment plant design and operation with 40 yrs global experience
Eakbout Utamapong, Thailand - Industrial Waste management expert who modernized Thailand's industrial and hazardous waste regulations
Graeme Pearce, UK – world renowned consultant, author and trainer on membrane technology for water & wastewater treatment with 25+ yrs experience
Graham Brown, Canada – 35 yrs experience on anaerobic waste treatment plants around the world – business owner
Heinz Mathys, Germany – working in pump business for 30 years
Kriengsak Udomsinrot, Thailand – Leading Expert and best-selling Author on Wastewater Treatment
Lalit Vashishta, India – Specialist on Process Filtration and Separation technologies
MK Balaji, Thailand – 20 years experience on boilers, thermal heating systems and alternate energy technologies
Munruk Tuntoolavest, Thailand - Specialist in water and wastewater treatment and analysis
Panotsan Sujayanon, Thailand - Expert in boiler safety and industrial safety regulation
Pattamawan Khunprasert, Thailand - Industrial safety, occupational health and environment related regulation expert
Paul Farber, USA – experienced engineer with an expertise in air emissions control, emissions monitoring, and emissions testing
Peter Thygesen, Germany – biogas technology expert with extensive experience on biogas cleaning
Priti Mahesh, India – India's top expert on Hazardous waste management with the focus on E-Waste and Medical Waste
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Prof. Yong-Chil Seo, Korea - Leading expert in waste thermal treatment and e-waste management /President of Korea Society of Waste Management
Ronald van 't Oever, Netherlands – membrane technology specialist with design and troubleshooting (25 yrs experience)
Saroch Boonyakitsombut, Thailand – Specialist & Researcher on Anaerobic Digestion system with emphasis on efficiency improvement
Satish Chilekar, India – 35 Years Experience in Conventional & Membrane Water Treatment Plant Design & Operation
Sawaeng Gerdpratoom, Thailand – Researcher & Practitioner in Membrane Technology for Water & Wastewater Treatment
Sirakarn Leungsakul, Thailand - Thailand's Expert in industrial ecology and industrial waste minimization
Stephen Ethridge , Thailand – 30 Yrs Experience in Anaerobic Digestion, Waste to Energy, Alternate Energy Technology
Sukhuma Chitapornpan, Thailand - Expert in greenhouse gas and solid waste management
Supat Wangwongwatana, Thailand – Leading Air Pollution Control Expert in Thailand with 35 yrs Experience / Ex-DG of Pollution Control Department
Ulrike Leroff , Thailand – experienced on anaerobic systems with microbiology specialization
Uthen Kantha, Thailand -12 yrs of experience in the field of equipment design in biogas system, biogas purifications & utilizations and biogas safety
Viganda Varabuntoonvit, Thailand - Most referred name for greenhouse gas and carbon footprint projects
Watson Ariyaphuttarat, Thailand – Innovator & Industrial Ecologist with 15 yrs experience
Wiboonluk Pungrasmi, Thailand – Specialist & Academic on Microbiology in Wastewater Treatment
TRAINING REGISTRATION FEE (Baht)
Full Training Registration Fee/Person: 500 US$ (Register before 25 Jan 2015)
Onsite Registration Fee: 700 US$
Full Training Participants can join any course they are interested during 27-31 January 2015.With this registration; participants can join at least 13 training courses during
27-31 January 2015.
Group Registration: 10% discount on total registration fee, if 3 or more than 3 delegates register from the same organization; 15% discount on total registration fee,
if 5 delegates register from the same organization Remarks: Registration fee includes documentation & refreshments. The registration fee applies as per date paid. Payment is
required with registration. VAT 7% applies on above fees.
CORPORATE SPONSORSHIP FOR EDUCATIONAL COURSES
Corporate Sponsorship Package: 1000 US$/Company
This package offers
o Insertion of Sponsors Logo in the Back Drop of all Training Rooms for 60 Courses
o Insertion of Sponsor Product Brochures with Training Documentation
o 10% discount on the total registration fee for the delegates from the corporate sponsor
Corporate
Sponsorship
New Year Gift Voucher
New Year Gift Voucher: 1000 US$ / Coupon
One of the best gifts that you can give to your clients is giving opportunity to improve their staff skills and knowledge related to
their business. TechnoBiz offers 100 New Year Gift Vouchers for the interested companies to purchase and give as gift to their
clients. One voucher can be used for THREE participants to join any training course they are interested that are organized during 2731 January 2015. It is purely first come and first serve basis. This is bit unconventional practice to offer this kind of gift to customer
on the occasion of New Year. The gift voucher recipients only can use this, not who purchases it.
New Year
Gift Coupon
TRAVEL & ACCOMMODATION
All these courses will be held in the meeting rooms at BITEC. Please visit www.bitec.co.th for more information. Number of hotels in Bangkok are offering
special package for accommodation. The complete list is available at www.3W-Expo.com. Visa information to Thailand is available at
http://www.mfa.go.th/main/en/services/123. Thailand offers visa-free entry as well as on-arrival visa entry for many countries.
FREE PUBLICATIONS FOR DELEGATES
TechnoBiz is publishing following two useful books on the occasion of exhibitions, 3W Expo 2015 + CPPE 2015.
Industrial Water Treatment (Author: Colin Frayne / English)
These books will be given for all the registered training program delegates at training registration counter on 29 January 2015 between 11.00-15.00 hrs.
ORGANIZER’S CONTACT INFORMATION
TechnoBiz Communications Co., Ltd.
2521/27, Lardprao Road, Khlongchaokhunsingha, Wangthonglang, Bangkok 10310 THAILAND
Tel: 66-2-933 0077 Fax: 66-2-955 9971 Cell: +66-84-658 1444
Email: enquiry@3W-Expo.com Website www.3W-Expo.com
Contact Person: Patcharee Puthong / Sirinthip Boonlom
Registration Form – Training Programs @ 3W Expo 2015 + CPPE 2015
27-31 January 2015, BITEC, Bangkok, Thailand
(Kindly fill all the information in ENGLISH only)
Organization Name……………………………………………………………………………………………………………………………………………………………………………………………
Address ……………………………………………………………………………………………………………………………………………………………………………………………………………
……………………………………………………………………………………………………………………………………Country………………………Zip Code…………………………………
Tel …………………………………………………………………………Fax ……………………………………………………………. Email………………………………………………………….
Contact Person ……………………………………………………………………….. Cell Number ………………………………………….. Email………………………………………….
PARTICIPANT NAMES
Participant 1:…………………………………………………………………………..………………………. Position…………………………………………………………………………………
Email……………………………………………………………………………………………………………….. Cell Number …………………………………………………………………………
Participant 2:…………………………………………………………………………..………………………. Position…………………………………………………………………………………
Email……………………………………………………………………………………………………………….. Cell Number …………………………………………………………………………
Participant 3:…………………………………………………………………………..………………………. Position…………………………………………………………………………………
Email……………………………………………………………………………………………………………….. Cell Number …………………………………………………………………………
Participant 4:…………………………………………………………………………..………………………. Position…………………………………………………………………………………
Email……………………………………………………………………………………………………………….. Cell Number …………………………………………………………………………
TRAINING REGISTRATION FEE
Full Training Registration Fee/Person: 500 US$
Full Training Participants can join any course they are interested during 27-31 January 2015. With this registration; participants can join at least 13 training courses during
27-31 January 2015.
Group Registration: 10% discount on total registration fee, if 3 or more than 3 delegates register from the same organization; 15% discount on total registration fee,
if 5 delegates register from the same organization Remarks: Registration fee includes documentation & refreshments. The registration fee applies as per date paid. Payment is
required with registration. VAT 7% applies on above fees.
Remark: The registration fee applies as per date paid. Payment is required with registration.
CORPORATE SPONSORSHIP FOR EDUCATIONAL COURSES: 1000 US$ /Company
NEW YEAR GIFT VOUCHER: 1000 US$ (Recipient Company …………………………………………………………………………………………………………………..)
Date Registered …………………………………….Total Registration Fee: ………………………………………………………US$
Payment Method
Bank Transfer to Bangkok Bank, Ratchada-Latphrao Road Branch, A/C No: 177-0-70727-9
A/C Name: TechnoBiz Communications Co., Ltd., Swift Code: BKKBTHBK (Kindly make payment for all bank charges)
Credit Card
Visa Master
American Express (5% bank fee will be applied for credit card processing
Credit Card Number ……………………………………………………………………………………. Cardholder Name…………………………………………………………………………….
Card Expiry Date ……………………………………………… Security Code (CVV)………………………………. Cardholder Signature………………………………………………….
Comments (for official use only)……………………………………………………………………………………………………………………………………………………………………..
………………………………………………………………………………………………………………………………………………………………………………………………………………………..
Please send registration form to
TechnoBiz Communications Co., Ltd.
2521/27, Lardprao Road, Khlongchaokhunsingha, Wangthonglang, Bangkok 10310 THAILAND
Tel: 66-2-933 0077 Fax: 66-2-955 9971 Email: training@3W-Expo.com Web: www.3W-Expo.com
Contact Person: Khun Sirinthip Boonlom, Project Manager
Registration Form – Conference Program @ 3W Expo 2015 + CPPE 2015
28-31 January 2015, BITEC, Bangkok, Thailand
(Kindly fill all the information in ENGLISH only)
Organization Name……………………………………………………………………………………………………………………………………………………………………………………………
Address ……………………………………………………………………………………………………………………………………………………………………………………………………………
……………………………………………………………………………………………………………………………………Country………………………Zip Code…………………………………
Tel …………………………………………………………………………Fax ……………………………………………………………. Email………………………………………………………….
Contact Person ……………………………………………………………………….. Cell Number ………………………………………….. Email………………………………………….
PARTICIPANT NAMES
Participant 1 (Free Seat):…………………………………………………………………………..……… Position………………………………………………………………………………..
Email……………………………………………………………………………………………………………….. Cell Number …………………………………………………………………………
Participant 2:…………………………………………………………………………..………………………. Position…………………………………………………………………………………
Email……………………………………………………………………………………………………………….. Cell Number …………………………………………………………………………
Participant 3:…………………………………………………………………………..………………………. Position…………………………………………………………………………………
Email……………………………………………………………………………………………………………….. Cell Number …………………………………………………………………………
Participant 4:…………………………………………………………………………..………………………. Position…………………………………………………………………………………
Email……………………………………………………………………………………………………………….. Cell Number …………………………………………………………………………
Participant 5:…………………………………………………………………………..………………………. Position…………………………………………………………………………………
Email……………………………………………………………………………………………………………….. Cell Number …………………………………………………………………………
Conference Registration Fee / Person (Baht)
Register before 19 Jan 2015 : 1st Person - FREE, 2nd Person – 300 US$, 3rd Person – 400 US$
Register after 19 Jan 2015: 1st Person – 150 US$, 2nd Person – 400 US$, 3rd Person – 500 US$
Onsite Registration – 700 US$
(Remark: All delegates must be from the same company)
Delegates can join any of sessions that they are interested.
Date Registered ………………………..Total Registration Fee: ……………………… +VAT 7% = ……………………………………………..
We agree with terms & conditions of free seat delegate
(Condition: Registered Free Seat Delegates must participate at least in one of conference sessions. Replacement of person can be done upto
25 Jan 2015. If delegate did not participate in the conference for any reasons, TechnoBiz will send invoice of 100 US$ for not-show up.
TechnoBiz is offering free seat for the delegates who are genuinely interested and available to participate in this conference program)
Comments (for official use only)……………………………………………………………………………………………………………………………………………………………………..
………………………………………………………………………………………………………………………………………………………………………………………………………………………..
Payment Method
Bank Transfer to Bangkok Bank, Ratchada-Latphrao Road Branch, A/C No: 177-0-70727-9
A/C Name: TechnoBiz Communications Co., Ltd., Swift Code: BKKBTHBK (Kindly make payment for all bank charges)
Credit Card
Visa Master
American Express (5% bank fee will be applied for credit card processing
Credit Card Number ……………………………………………………………………………………. Cardholder Name…………………………………………………………………………….
Card Expiry Date ……………………………………………… Security Code (CVV)………………………………. Cardholder Signature………………………………………………….
Please send registration form to
TechnoBiz Communications Co., Ltd.
2521/27, Lardprao Road, Khlongchaokhunsingha, Wangthonglang, Bangkok 10310 THAILAND
Tel: 66-2-933 0077 Fax: 66-2-955 9971 Email: training@3W-Expo.com Web: www.3W-Expo.com
Contact Person: Khun Sirinthip Boolom, Project Manager