For anyone who struggled to understand why the nephron concentrates, then dilutes, then concentrates again the urine, this book will do much to ease your pain. Since medical school I've purchased Editions 1, 3, & 5, just so that I could keep up with my interns & residents. Here's how he does it:
#1: short book, (you know how intimidating those tomes can be)
#2: lots of diagrams
#3: end-of-chapter questions (with answers & explanations)

If you want to understand the Kidney, no matter where you are in your studies or practice, I wholeheartedly recommend this text.

Renal physiology can be very difficult to truly understand, and yet an understanding of it is essential to understanding so many aspects of physiology, pathology, and pharmacology. Studying diuretics for cardio pharm is nightmarish unless you understand the physiology of the loop of Henle. Vander takes this difficult yet important subject and makes it easy to understand. The book reads extremely quickly, and the flow-charts and diagrams are amazing. I never even opened Berne & Levy for renal phys--I read Vander's book (which is no longer than B&L's renal chapters) and cruised through renal phys. I am writing this review now, a year after I took physiology, because I am now studying for the USMLE Step 1. I have not looked at Vander's book in a year, but I still remember renal phys, and reviewing it now is the easiest part of my studying (the only easy part, in fact). That is because, thanks to Vander, I actually understand renal physiology. A great book!!

For any medical student that needs a comprehensive, but easily understood explanation of the structure and function of kidneys, I highly recommend Renal Physiology by Vander. It is very well written, and covers all the basic principles that you will need to know to understand pathologies associated with the kidneys.

This book does a good job of discussing why groundwater extraction (pump and treat or whatever else you want to call it) is not useful for cleanup of petroleum contaminated sites, rendering it best suited for hydraulic control of plumes.

The author also has a pretty good discussion regarding lifecycle design considerations and the various steps to go through/questions to ask with regard to effluent treatment and equipment sizing.

Some of the technology descriptions appears to be taken from design of remediation systems by suthersan, but both books were published by the same company so i guess that shouldn't really be a surprise. Both books offer different perspectives, so I find them both to be pretty useful, however, I like this one a little more because the author seems to be more of a practical guy whereas suthersan is more theoretical.

I would recommend this book to anyone interested in expanding their knowledge of the design and correct application of remediation technologies.