The Piping Designer's Companion
● Available now

The Piping Designer’s Companion

25 Chapters · 66 Tips · Complete Brownfield Guide

45 years of hard-earned wisdom, practical tips, and field-proven knowledge for industrial piping design. From P&IDs to brownfield revamps, stress analysis basics to plant layout — in the voice of a seasoned mentor. The conversation every junior designer deserves but few ever get.

Get on Amazon → Full details → $7.99 Kindle · $19.99 Paperback · $32.99 Hardcover
Piping Layout Volume 1: Fundamentals & Rotating Equipment
● Just released

Piping Layout Volume 1

Fundamentals & Rotating Equipment · 13 Chapters · 80+ Figures

Pipe racks, pumps, compressors and turbines — the foundations every designer must master. Volume 1 of the Piping Layout trilogy, written for the junior-to-mid designer who wants to understand the WHY behind every routing decision around rotating equipment.

Get on Amazon → $9.99 Kindle · $39.99 Paperback · $69.99 Hardcover
Piping Layout Volume 2: Static, Thermal & Utility Equipment
● Coming soon

Piping Layout Volume 2

Static, Thermal & Utility Equipment · 14 Chapters · 70+ Figures

Vessels, exchangers, fired heaters and utility systems — the process backbone of every plant. Volume 2 dives into static and thermal equipment, where most piping volume is concentrated and where good layout makes the difference between a smooth turnaround and a nightmare.

Piping Layout Volume 3: Execution, Specialization & Reference
● Coming soon

Piping Layout Volume 3

Execution, Specialization & Reference · 11 Chapters · 6 Appendices · 60+ Figures

Supports, stress, 3D modeling and industry-specific practices — the senior designer’s toolkit. Volume 3 covers everything that separates a competent designer from a senior one, plus reference appendices you’ll keep coming back to throughout your career.

Piping Stress for Designers
● Coming soon

Piping Stress for Designers

Designer-Focused · Flexibility · Supports · Nozzle Loads

A designer-friendly introduction to flexibility, supports, and nozzle loads — bridging the gap between stress engineering theory and what piping designers actually need to know on the job.