FLUIDENLet’s talk

Pumps & fluid systems

Keep the
process moving.

Pump and fluid-system concepts built around a clear application brief. Connect the fluid, the operating conditions and the installation before choosing the equipment.

Explore the systems
Pumps & fluid systems — brand portrait

An application-led approach

The application
comes first.

A pump works within a process. Fluid properties, flow, pressure, temperature and the surrounding system all influence the selection. FLUIDEN makes the first conversation more useful by bringing those inputs together.

01

Record the fluid

Identify the fluid and the properties relevant to materials and operation.

02

Define the duty

Gather flow, pressure or head, temperature, operating pattern and site conditions.

03

Review the selection

Use verified curves, compatibility information and a qualified system assessment to select equipment.

Pumps & fluid systems — collection study

Equipment families

Start with
the system.

Three equipment directions for a fluid-handling discussion. These are concept categories, with final selection dependent on engineering assessment.

Pumps & fluid systems — One part of<br>the wider process.

See the whole installation

One part of
the wider process.

Pipework, valves, controls and equipment form a working system. A useful pump brief shows where the component sits within that system.

A system is more than a pump

Connections.
Components.
Careful assembly.

Components, materials and inspection requirements should follow the application. A development discussion becomes clearer when the duty, documentation and acceptance process are defined together.

Pumps & fluid systems — craft process
Pumps & fluid systems — material close-up

Inside the system

Inside the
moving system.

Impeller geometry and the surrounding components are part of a larger engineering choice. A detailed image introduces the object; actual performance must come from verified product data.

Explore / Pumps & fluid systems

One flow.
Another unit.

Convert litres per minute to cubic metres per hour. This changes the unit only; it does not select a pump or predict performance.

—m³ per hour

Pumps & fluid systems — Make the installation visible.

Built around the working environment

Make the installation visible.

The mechanical room adds practical questions: access, maintenance, interfaces and available services. Record them alongside the operating duty.

Further reading

The application desk.

DUTY

Keep the units with the number.

A flow figure is only useful when its unit and operating context are clear.

SYSTEM

Show the surrounding equipment.

Pipework and process interfaces help explain the conditions in which a pump will operate.

SERVICE

Plan access from the beginning.

Installation and maintenance routes deserve a place in the initial project brief.

Before we begin.

Can this tool choose a pump?

No. It only converts L/min to m³/hour. Selection needs fluid data, system requirements, verified curves and engineering review.

Are performance curves supplied?

This is a website concept with illustrative equipment. No performance curves or certification claims are supplied.

Where can I keep the application details?

Add them to your project note, prepare it locally and download the text. Nothing is submitted.

FLUIDEN / A conversation starts here

Let’s define
the next step.

Gather the ideas that matter to you. Leave with a clearer starting point for your next conversation.

Design concept. Your note stays here; nothing is sent.