Industrial Sampling Systems
Industrial Sampling Systems book
Authored by Tony Waters—acknowledged by many as the leading expert in the design of sampling systems—Industrial Sampling Systems captures the experience and knowledge Tony has acquired during a career of more than 50 years. Its balance of theory and practical examples makes it the perfect reference for students, as well as experienced sampling system engineers, designers, and technicians.
This book is also used as the main text for Process Analyzer Sampling System (PASS) training courses, conducted at various locations around the world.
These trainings are designed to give participants a thorough understanding of sampling systems, and as part of their registration and attendance, all participants receive a copy of the book, further enriching their learning experience. The "Industrial Sampling Systems" book is also available separately. To learn more about the PASS training and its benefits for your professional development, please proceed with reading here.
Tony Waters, Industry Expert and Consultant
Tony brings over 50 years of extensive and diverse experience with process analyzers and sampling systems to his numerous training programs, which have been presented in many countries around the world, reaching a wide audience of professionals eager to learn from his expertise. Throughout his illustrious career, he has not only founded three successful companies but has also held pivotal roles in engineering and marketing for an analyzer manufacturer, an end user, and a systems integrator, showcasing his versatility and deep understanding of the industry.
Tony holds a bachelor’s degree in systems engineering from The Open University, Milton Keynes, United Kingdom, which provided him with a solid foundation in technical knowledge and analytical skills. His contributions to the field have been recognized by his peers, as evidenced by his status as an ISA Analysis Division Fellow, a prestigious honor that highlights his commitment and influence in the field of process analysis.