👨‍💼 CUSTOMER CARE NO +918468865271

⭐ TOP RATED SELLER ON AMAZON, FLIPKART, EBAY & WALMART

🏆 TRUSTED FOR 10+ YEARS

  • From India to the World — Discover Our Global Stores

🚚 Extra 10% + Free Shipping? Yes, Please!

Shop above ₹5000 and save 10% instantly—on us!

THANKYOU10

Mass and Energy Balancing: Calculations for Plant Design

Sale price Rs.3,708.00 Regular price Rs.4,944.00
Tax included


Genuine Products Guarantee

We guarantee 100% genuine products, and if proven otherwise, we will compensate you with 10 times the product's cost.

Delivery and Shipping

Products are generally ready for dispatch within 1 day and typically reach you in 3 to 5 days.

Get 100% refund on non-delivery or defects

On Prepaid Orders

Book Details

  • Publisher: CRC Press

  • Author: David Pritchard

  • Language: English

  • Edition: 1st Edition

  • ISBN: 9780367709679

  • Pages: 126

  • Cover: Paperback

  • Dimensions: 9.2 x 6.1 x 0.4 inches

About The Book

Mass and Energy Balances for a Process Plant by David Pritchard offers a comprehensive and practical guide to the mass and energy balances necessary for designing and operating a process plant. Using an ammonia synthesis plant as a model, this book presents a detailed series of calculations to help readers understand how mass and energy balances are applied in real-world manufacturing processes.

Rather than focusing on the basic principles of mass and energy balances, this text dives into integrated, stepwise calculations, providing readers with the tools needed to design and produce specific products. The book includes “teaching” appendices for in-depth explanations of prior knowledge, making it easier for readers to follow the process and apply the concepts in various sections of the text.

With its clear examples and problems linked to different manufacturing sections, this book is an essential resource for undergraduate chemical engineering students, serving as a teaching aid for capstone design and related courses. It also provides valuable insights for advanced students, researchers, and industry professionals looking to deepen their understanding of process plant design and mass-energy balance calculations.