FDA-002 | Blog Post Package

Week 9 | March 3, 2026

Author: Foodesign Team
Content Type: Team Submission (Part 2 of 2)
Target Keyword: water quality foodservice design
Primary Audience: Architects and foodservice consultants coordinating utility design on kitchen projects
Slug: designing-for-water-quality-coordination
Meta Title: Designing for Water Quality: Early Coordination Guide
Meta Description: What needs to be in your design documents to address water quality in commercial kitchens. A coordination guide by phase for architects and consultants.
Meta Keywords: water quality foodservice design, commercial kitchen water coordination, kitchen water treatment design, foodservice utility coordination, water quality design development
Open Graph Title: Designing for Water Quality: What Needs to Be Coordinated Early
Open Graph Description: Water quality coordination belongs in the design documents at every phase, not the owner’s manual. Here’s what to address and when.

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Designing for Water Quality: What Needs to Be Coordinated Early

Water quality coordination in commercial kitchen design means allocating space for treatment equipment, establishing utility connections, and confirming maintenance access at the right phase. Programming confirms the baseline. Schematic design allocates the space. Design development locks the utility connections. Construction documents finalize the details. Leave any of those steps to a later phase and you’re paying for it, in revisions, in field coordination, or in equipment performance problems after the facility opens.

Part 1 of this series covered why water quality matters for foodservice equipment performance. This is about what to do with that information during the design process.

The short version: water quality is a coordination item. It belongs in the utility plan and the consultant coordination schedule. Not in the owner’s manual.

Programming: Start with the Baseline

The earliest design phase is the right time to gather basic information about the water supply. The owner or facility manager usually has access to a recent municipal water quality report. Some locations have known supply challenges: high hardness, chloramine levels, aging municipal infrastructure.

That information should be on the table during programming. It tells the design team what treatment, filtration, or conditioning equipment is likely to be needed, which affects space planning before any equipment is selected.

If the owner doesn’t have current water quality information, the foodservice consultant can help identify the right questions to ask and where to find the data.

Schematic Design: Allocate the Space

By schematic design, the kitchen layout is taking shape. This is when the space and utility allowance for water conditioning equipment needs to be confirmed.

Filtration and softening equipment requires a dedicated location, adequate supply and drain connections, and clear access for media replacement, filter changes, and general maintenance. It’s not small. And it can’t be installed as an afterthought in a corner that was never planned for it.

The mechanical engineer and foodservice consultant need to be aligned at this phase on where treatment equipment lives, how it connects to the supply line, and how drainage is handled. Resolving that in schematic design costs nothing. Resolving it during CDs costs time and revisions.

Design Development: Confirm the Coordination

During design development, the treatment equipment should be selected or at least have representative dimensions and utility requirements confirmed. That information feeds into the mechanical drawings, confirming supply line sizing, bypass valves, and backflow prevention; the plumbing drawings, confirming drain capacity and connection points; and the foodservice drawings, confirming that service access paths are clear and that treatment equipment doesn’t conflict with adjacent equipment or wall conditions.

This is also the phase to confirm the health department’s position. Some jurisdictions have specific requirements for backflow prevention and water supply protection in commercial kitchens. Those need to be understood before the permit set is complete.

Construction Documents: Lock the Details

By the time CDs are in production, water quality coordination should be fully resolved. The permit set should show treatment equipment location, supply and drain connections, access requirements, and any pressure regulation devices the equipment manufacturer requires.

Leaving water quality coordination to the equipment submittal phase is common. It’s always regrettable. Rough-ins end up wrong, the space ends up inadequate, and the installation requires field coordination everyone would have preferred to avoid.

The Question to Ask at Every Phase

At each phase, the design team should ask: do we understand the water supply conditions, have we accounted for a treatment solution in the plan, and is the maintenance access workable?

If the answer to any of those is no, that’s the next item to resolve. Water quality isn’t glamorous. It’s also not optional for a facility where equipment performance and service continuity are operational requirements.

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Looking for coordination support on a foodservice project? [Start Your Project](https://foodesignassociates.com/contact)

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LinkedIn Post

Water quality coordination has a phase. It isn’t the equipment submittal.

By the time submittals are in review, the rough-ins are set, the space is allocated, and the drain connections are in the drawings. If treatment equipment was never planned for, there’s no good place to put it.

Here’s the sequence that works:

Programming: pull the municipal water quality report. Confirm what conditioning equipment is likely to be needed.

Schematic design: allocate the space, define supply and drain connections, confirm maintenance access.

Design development: lock the equipment selection, coordinate with mechanical and plumbing, confirm health department requirements for backflow prevention.

Construction documents: finalize all details so the permit set reflects the full utility plan.

That’s Part 2 of our series on designing for water quality. Part 1 covers why water quality affects equipment performance in the first place.

Read the full post: [link]

#FoodserviceDesign #CommercialKitchenDesign #WaterQuality #MEPCoordination #FoodesignAssociates #DesignDevelopment

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Instagram Post

Water quality coordination has a phase.

Programming. Schematic design. Design development. Construction documents.

By the time equipment submittals are in review, it’s too late to plan for it properly.

Part 2 of 2. Link in bio.

#KitchenDesign #CommercialKitchen #FoodserviceDesign #WaterQuality #FoodesignAssociates