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Updated in [September 25th, 2023]

What does this course tell? (Please note that the following overview content is from the original platform)1Technology Incorporated in Water Treatment Plant:a)New Coagulant: Reduction in Chemical consumption and Effective Coagulantb)Time reduction in Coagulation completion assessment (avoiding overdosing & Underdosing of Aluminum or Ferric salts)c)Dosing and Mixing Equipmentd)HRSCC and New Generation Clari-tube settler - Function and advantagese)Reverse Osmosis with high yield and advances in membranesf)Electro De-ionizationg)Advance filtration media2 Technology incorporated and Rectification of Problems in Steam-Water cycle Advances:a)FAC and evolution of AVT(O) and OT&CWT (Huge Change in Steam-water cycle Chem)b)Deep Bed CPUs replacing Powder Resin CPUc)Cation Conductivity & Degassed Cation Conductivityd)Introduction of color changing resin in CC&DCCWe considered the value of this course from many aspects, and finally summarized it for you from two aspects: skills and knowledge, and the people who benefit from it: (Please note that our content is optimized through artificial intelligence tools and carefully reviewed by our editorial staff.) What skills and knowledge will you acquire during this course? During this course on Recent Advances in Water Treatment for developing countries, participants will acquire the following skills and knowledge:

1. Technology Incorporated in Water Treatment Plant:
a) Understanding and implementation of new coagulants, leading to a reduction in chemical consumption and effective coagulation.
b) Learning techniques to assess coagulation completion time, avoiding overdosing or underdosing of aluminum or ferric salts.
c) Familiarization with dosing and mixing equipment used in water treatment plants.
d) Understanding the functioning and advantages of HRSCC (High Rate Solid Contact Clarifier) and new generation Clari-tube settler.
e) Knowledge of reverse osmosis technology with high yield and advancements in membranes.
f) Understanding the process of electro de-ionization for water treatment.
g) Familiarization with advanced filtration media used in water treatment.

2. Technology incorporated and Rectification of Problems in Steam-Water cycle Advances:
a) Understanding the concept of FAC (Flow-Accelerated Corrosion) and the evolution of AVT(O) (All Volatile Treatment - Oxygenated) and OT&CWT (Organic Treatment & Condensate Water Treatment), leading to significant changes in the steam-water cycle chemistry.
b) Learning about deep bed CPUs (Condensate Polishing Units) that replace powder resin CPUs.
c) Understanding the importance of cation conductivity and degassed cation conductivity in water treatment.
d) Introduction to color-changing resin in CC&DCC (Condensate Contamination & Demineralized Condensate Contamination) for improved water treatment.

Overall, participants will gain comprehensive knowledge and skills related to the latest advancements in water treatment technologies and their application in developing countries. Who will benefit from this course? This course on Recent Advances in Water Treatment will benefit professionals and individuals involved in water treatment and management, particularly in developing countries.
1. Professionals in the water treatment industry: This course will provide them with knowledge and understanding of the latest technologies incorporated in water treatment plants. They will learn about new coagulants that reduce chemical consumption and improve coagulation efficiency. They will also gain insights into dosing and mixing equipment, HRSCC, and new generation clari-tube settlers, which can enhance the overall performance of water treatment plants. Additionally, professionals will learn about advances in reverse osmosis, electro de-ionization, and advanced filtration media, enabling them to implement these technologies for more efficient water treatment.
2. Engineers and technicians in steam-water cycle management: The course covers advancements in the steam-water cycle, specifically focusing on the rectification of problems. Professionals in this field will benefit from learning about the evolution of AVT(O) and OT&CWT, which have brought significant changes to the steam-water cycle chemistry. They will also gain knowledge about deep bed CPUs, which are replacing powder resin CPUs, leading to improved performance and efficiency. Furthermore, professionals will learn about cation conductivity and degassed cation conductivity, which are crucial parameters in steam-water cycle management. The introduction of color-changing resin in CC&DCC will also be covered, providing insights into effective problem detection and resolution.

Course Syllabus

Introduction