Orifice dP
How does the orifice plate perform across the operating conditions?
About Adriel Technical Solutions
Engineering starts with a question. We’re building tools that help you explore the answer with the conditions, assumptions and method in view.
Explore the calculator
The purpose
A orifice dP calculation is more than a number. Pipe geometry, fluid properties, pressure conditions and units all shape what that number means.
Our aim is to bring those pieces into one understandable work flow, so engineers can spend more time reviewing the problem and less time moving between disconnected inputs and records.
Our focus
Adriel Technical Solutions Limited is developing a dedicated orifice dP calculation workspace for liquid and gas applications. It is organised around the questions engineers bring to the task.
How does the orifice plate perform across the operating conditions?
What is the velocity at maximum flow, and does it meet the requirements for the orifice dP application?
What minimum thickness is required, and does the selected plate pass?
The approach
We are designing the workspace around explicit units, visible assumptions and useful engineering checks. Saved calculations and report exports are intended to keep the inputs and method connected to the output.
The public calculator lets you explore the input work flow. Subscribers can calculate, save work and export reports using the documented methods. Our resources explain the approach and its limitations.
Browse engineering resourcesThe vision
Our goal is a focused workspace that makes calculations easier to follow, review and revisit. A useful tool should help you ask better questions about the process, recognise its limits and document the decisions that follow.
Software supports the work; the process conditions, assumptions and suitability of a result still need qualified review.
Read our engineering disclaimerTake a closer look
Explore the calculator’s modes, fluid inputs and worked example.