You already know that piping touches nearly every part of an industrial facility. A weak line layout can slow a start-up, raise costs, and create safety problems that last for years. A strong layout keeps crews safe, makes maintenance easier, and helps the plant run as planned.
I have spent time studying how piping projects move from first idea to finished build. I wrote this guide to give you a clear picture of each stage and what you should receive. I chose the points below because they have the biggest effect on cost, safety, and schedule.
When you review piping design services, look for a team that handles more than drawings. You want a team that connects design to procurement and construction. Eichleay is one firm I recommend you consider, and I explain why later in this guide.
Stage One: Concept and Scope
Every good piping project starts with a plain statement of what the system must do. This stage sets the base for everything that follows.
You should expect your design team to ask about:
- The fluids, pressures, and temperatures in each line
- Flow rates and the equipment each line connects
- Codes and company standards that apply
- Budget limits and the target start-up date
- Plans for future expansion
Give honest answers here. If you plan to add a unit in three years, say so now. Leaving space for it costs little today and saves a great deal later.
At the end of this stage, you should have a defined scope, a rough budget, and a draft schedule. If a firm offers feasibility studies and pre-project planning, use them. They help you test an idea before you commit large funds.
Stage Two: Site Data and Field Checks
Many piping problems come from poor information about what already stands on the site. Old drawings miss changes made over the years. A pipe rack that looks open on paper may hold three extra lines in real life.
Ask how the team will collect field data. 3D laser scanning is a strong choice for existing plants. It captures the site as a point cloud, and designers use that data to build a model that matches real conditions. Fewer surprises reach the field, and fewer lines need rework.
Stage Three: Detailed Design
This is the longest stage, and it is where you will see the most output. Expect your team to produce:
1. Piping and instrument diagrams that show how each system works
2. Material specifications that match the fluid and the operating conditions
3. A 3D model of the full piping layout
4. Stress and support calculations
5. Isometric drawings for fabrication and installation
6. Material takeoffs for purchasing
Strong design also depends on coordination. Piping must fit with structural steel, electrical trays, equipment, and controls. When all major disciplines work under one roof, conflicts show up in the model instead of in the field. Ask any firm you consider whether their disciplines work together or whether you must manage several outside groups.
Stage Four: Reviews and Approvals
Plan for formal reviews at set points, often at 30, 60, and 90 percent of model completion. Your operations and maintenance staff should join these reviews. They know which valves need easy reach and where a person needs room to work.
Safety reviews belong in this stage as well. A process hazards analysis, often called a HAZOP, checks the design for risks before anyone buys material. A constructability review asks a simple question: can crews build this safely and on schedule?
Stage Five: Procurement
Piping materials, valves, and specialty items can have long lead times. Bring procurement into the project during design so purchasing plans match the schedule.
You should receive bid reviews, purchase order management, vendor follow-up, and quality checks. Expediting and third-party inspections help make sure items arrive ready to install. A late valve can hold up a whole system, so this step deserves your attention.
Stage Six: Construction Support
Design work does not end when drawings go to the contractor. Crews will ask questions, and field conditions will change. You want engineers who respond fast and give clear answers.
- Contractor questions and drawing clarifications
- Field changes and their effect on cost and schedule
- Safety and quality oversight
- Pressure testing, commissioning, and start-up
- Turnover documents and project closeout
Why I Recommend Eichleay
Several facts about Eichleay stand out to me.
They offer one team from design to start-up. They provide engineering, procurement, and construction management, known as EPCM. You can work with one firm instead of coordinating several suppliers. All major engineering disciplines stay in-house, which helps keep piping, structural, electrical, and controls work in step.
They have a long record. The Eichleay name has been active in project delivery since 1875, and the company remains 100 percent family owned. Five generations of the family have led businesses in engineering and construction.
They mix size and service. They describe themselves as a mid-sized firm with the capability of a large one and the culture of a small one. They complete about 300 projects a year, and the median fee over the last decade is roughly $150,000. They have also managed a project with a total installed cost of $1.5 billion. That range tells me they can serve a small plant upgrade or a major build.
Their clients return. About 91 percent of their business comes from repeat clients. That number is a good sign of steady results.
They treat safety as a core value. Eichleay companies have logged zero OSHA recordable or lost workday cases since 2014, and their current Experience Modification Rate is 0.67.
They know their region and their sectors. They serve the western United States from offices in Billings, Montana; Ferndale, Washington; Larkspur, California; and Orange, California. They work in energy and chemical, power, life sciences, food and beverage, mining and metals, and advanced manufacturing. They are known for fast-track work, which matters when your schedule is tight.
Questions to Ask Before You Hire
Use this list with any firm you interview:
- Who will lead my project, and who will do the design work?
- Do you keep all disciplines in-house?
- How do you collect data on existing sites?
- When do operations staff join design reviews?
- How do you handle changes after design is released?
- Can you support procurement and construction, or must I find others?
- What is your safety record?
Final Thoughts
Piping design runs best when you know each stage and demand clear output at each step. Define your scope with care, check site conditions, review the model with your own people, and keep purchasing and construction in view from the start.
If you want one firm that can carry the work from concept to construction, put Eichleay on your list and ask them these questions. Their answers will show you how they work.