Engineer · Engineering & Design
Design That Accounts for How It Will Be Operated.
Treatment schemes sized from measured data and specified so they can be built, run and maintained.
01What It Is
The Service.
The engineering work between knowing what the water is and having a system that deals with it: treatment train, sizing, hydraulics, control philosophy, layout and specification.
02Why It Matters
Why It Matters.
Equipment can be bought quickly. A system that produces the right water at the right rate, can be maintained without a shutdown and does not need an expert present to operate takes design.
03When You Need It
When to Ask for It.
New plant or new line
Where the water requirement is being defined for the first time.
Upgrade or retrofit
Adding capability to an existing system without disturbing what already works.
Capacity change
Increasing throughput usually moves more than one constraint at a time.
Tender specification
A technically complete specification is what makes competing offers comparable.
04The C-Water Approach
How It Is Carried Out.
- 01
Establish the design basis
Source water range, output specification, flow profile and the operating constraints that are non-negotiable.
- 02
Select and sequence
The treatment train, with each stage sized against what reaches it rather than against the intake.
- 03
Detail the design
Hydraulics, materials, instrumentation, control interfaces, access and maintenance space.
- 04
Document it
Specification, control philosophy and operating description that survive staff changes.
05What You Receive
The Output.
- Design basis and treatment scheme
- Equipment sizing and technical specification
- Control philosophy and instrumentation schedule
- Layout and interface requirements
- Operating description for handover
Related Technologies
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Describe the system, what it is doing and what you need to establish. We will tell you what the service would involve.