Introduction
When more than a billion dollars in healthcare construction is either underway or in the pipeline across Kansas, the mechanical systems behind those projects become the difference between a facility that opens on time and one that doesn't. Wesley Medical Center is investing over $120 million in Wichita expansions [1]. Children's Mercy recently filed a master plan calling for eight new buildings and a 20-story patient tower over the next decade [2]. A 104-bed state psychiatric hospital broke ground at the OneRise Health Campus in South Wichita [3]. And that is just the beginning — behavioral health facilities, rural hospital replacements, and emergency department expansions are moving forward in communities across the state.
For architects, building owners, and general contractors, this wave of healthcare activity presents a clear question: is your project team prepared for the MEP complexity that comes with it? Healthcare facilities are among the most mechanically intensive building types in commercial construction. The ventilation requirements alone can consume two to three times the ductwork of a comparable office building. Add medical gas systems, emergency power infrastructure, and infection control pressures, and you have a project where early, specialized mechanical engineering engagement is not optional — it is essential.
At Evolve Consulting Engineers, we work with project teams across Kansas to solve exactly these challenges. Here is what you need to know heading into 2026 and beyond.
What Is Driving Healthcare Construction in Kansas
The current healthcare building boom in Kansas is not driven by a single factor. It is the convergence of aging infrastructure, growing patient demand, behavioral health investment, and significant federal funding — all hitting at the same time.
Hospital Expansions and Modernization
Major health systems are investing heavily in capacity and modernization. Wesley Medical Center in Wichita is undertaking a $55.8 million project to add two new floors and 34 beds, a $65 million parking garage replacement, and a $28 million expansion of its Woodlawn emergency department from 14 to 26 beds [1]. Children's Mercy Kansas is completing a $152 million expansion that consolidates services and introduces new clinical programs, with construction wrapping up by summer 2026 [4]. On the Missouri side of the metro, the University of Missouri-Kansas City's 160,000-square-foot Healthcare Delivery and Innovation Building is under construction, and the KU Cancer Center is building a new facility on its 39th and Rainbow campus for completion in late 2027 [5].
Behavioral Health: The Fastest-Growing Segment
Perhaps the most significant trend is the surge in behavioral health construction. The 104-bed South Central Regional Mental Health Hospital at the OneRise Health Campus represents a $40 million state investment, with completion expected by late 2026 and operations beginning in early 2027 [3] [6]. Universal Health Services began construction on a $63 million behavioral hospital in Kansas City in mid-2025 [7]. Newton Medical Center is expanding its emergency department to include a dedicated behavioral health unit [8]. The Central Kansas Mental Health Center broke ground on a new youth campus in November 2025 [9]. And in Hays, a new crisis intervention center is on track to open in early 2026 [10].
This behavioral health wave is not a coincidence. Kansas faces a well-documented shortage of psychiatric beds, and state and federal funding are aligning to address it. The 2026 FGI Facility Codes — which notably shifted from "Guidelines" to "Codes" this cycle — now include dedicated requirements for medical psychiatry units, behavioral health crisis centers, and residential behavioral health treatment facilities [11]. Project teams designing these facilities need to understand these new requirements from day one.
Rural Health Investment
Kansas also received nearly $222 million from the Centers for Medicare and Medicaid Services under the Rural Health Transformation Program in December 2025, making it the sixth-largest recipient nationally [12]. This funding, part of a $50 billion five-year federal initiative, is expected to drive renovation, expansion, and new construction across rural Kansas healthcare facilities. McCarthy Building Companies recently completed a new critical access hospital replacement in rural northwest Kansas [13], and more projects of this type are anticipated as funding flows into the state.
Why Healthcare MEP Design Is Different
If your team's last project was an office building, a school, or a retail center, the jump to healthcare MEP design is significant. The regulatory environment, the system complexity, and the consequences of getting it wrong are in a different category entirely.
ASHRAE 170: The Foundation of Healthcare HVAC
The mechanical backbone of every healthcare facility in Kansas is ANSI/ASHRAE/ASHE Standard 170, Ventilation of Health Care Facilities. Kansas has adopted the 2017 edition of this standard [14], though the 2025 edition is now available and project teams should be tracking its changes for future adoption cycles.
ASHRAE 170 does not simply set a thermostat range. It dictates precise air changes per hour (ACH), pressure relationships between adjacent spaces, minimum filtration efficiencies, and temperature and humidity ranges — all varying by room type. The requirements are demanding because the stakes are high: improperly ventilated spaces can contribute to healthcare-associated infections, compromise surgical outcomes, or expose staff to airborne pathogens.
| Space Type | Min. Total ACH | Min. Outdoor ACH | Pressure Relationship | Filtration |
|---|---|---|---|---|
| Operating Room (Class B & C) | 20 | 4 | Positive | HEPA |
| Airborne Infection Isolation (AII) | 12 | 2 | Negative | Exhaust directly outdoors |
| Emergency Department Waiting | 12 | 2 | Negative | MERV 14 |
| Patient Room (Med-Surg) | 6 | 2 | Negative or Neutral | MERV 14 |
| Protective Environment (PE) | 12 | 2 | Positive | HEPA |
Table: Selected ASHRAE 170-2017 ventilation requirements. Actual project requirements depend on room function and local code adoption.
These requirements have a direct impact on equipment sizing, ductwork routing, and energy consumption. A 20-ACH operating room suite requires substantially larger air handling capacity than a standard commercial space, and the ductwork to deliver that airflow needs dedicated shaft space that must be coordinated with the architectural plan from the earliest design phases.
Medical Gas and Vacuum Systems
Healthcare facilities also require piped medical gas systems — oxygen, medical air, nitrous oxide, nitrogen, carbon dioxide, and vacuum — governed by NFPA 99, Health Care Facilities Code. These are not systems that can be value-engineered away or figured out during construction. They require careful calculation of simultaneous-use flow rates, proper pipe sizing to avoid pressure drops at the point of use, strategic placement of zone valves and alarm panels, and installation by certified medical gas installers and verifiers.
In the current Kansas market, certified medical gas installers are in high demand. Multiple hospital projects competing for the same specialized labor pool means that project teams who do not plan their medical gas scope early risk schedule delays.
Emergency Power and Electrical Infrastructure
Hospitals require robust emergency power systems to maintain life safety and critical care functions during utility outages. NFPA 110 (Standard for Emergency and Standby Power Systems) and NEC Article 517 (Health Care Facilities) establish requirements for generator sizing, automatic transfer switch configurations, and the separation of essential electrical system branches — life safety, critical, and equipment.
The Kansas Department of Administration has noted that long delivery times persist for generators and automatic transfer switches [15]. In a market where multiple healthcare projects are ordering this equipment simultaneously, lead times of 40 to 60 weeks or more are not uncommon. This is not a problem you can solve in the construction administration phase — it must be addressed during design.
The 2026 FGI Codes: What Project Teams Need to Know
The Facility Guidelines Institute released its 2026 edition as a set of three codes — the FGI Code for Planning and Design of Hospitals, the FGI Code for Planning and Design of Outpatient Settings, and the FGI Code for Planning and Design of Residential Care and Support Settings [11]. The shift from "Guidelines" to "Codes" signals FGI's intent for these documents to be adopted and enforced by authorities having jurisdiction, not merely referenced as best practices.
Several changes in the 2026 FGI Codes have direct MEP implications:
Medical psychiatry units are now formally defined, with requirements for patient rooms, calming rooms, and environmental safety considerations for dual-diagnosis populations (patients with both behavioral health needs and acute medical conditions) [11]. These spaces require careful HVAC zoning to maintain appropriate pressure relationships and ventilation rates while incorporating ligature-resistant design elements that affect diffuser selection and placement.
Incident command centers are now required in hospitals, reflecting lessons learned during the COVID-19 pandemic [11]. These spaces must be served by essential electrical systems and designed for sustained occupancy during emergencies — which means dedicated HVAC capacity and emergency power connections.
Wearable duress alarm systems are required for staff in behavioral health units [11], adding low-voltage infrastructure requirements that must be coordinated with the electrical design.
Rural emergency hospitals (REHs) have been addressed with a practical approach: FGI requirements are triggered only when a facility undertakes renovation or expansion, not simply upon a change in licensure [11]. This is particularly relevant for Kansas, where rural hospitals may transition designations under the new CMS framework without needing immediate physical plant upgrades.
Navigating Supply Chain and Subcontractor Pressures
The Kansas construction market is busy — and healthcare projects are competing for resources with data center campuses, school bond projects, university expansions, and mixed-use developments. The Kansas Department of Administration reported that large construction projects in the Kansas City and Wichita areas have reduced the availability of subcontractors, particularly in the southeastern portion of the state [15]. Construction cost projections from FY24 show cumulative increases of 10% by FY26 and 18% by FY28 [15].
Equipment Lead Times Demand Early Action
The days of specifying major mechanical and electrical equipment during the construction document phase and expecting timely delivery are over. Custom air handling units configured for healthcare-grade filtration and humidity control, emergency generators, automatic transfer switches, and medical gas source equipment all carry extended lead times.
Skanska's 2025 construction market trends report noted that HVAC equipment lead times remain stable but that a 10 to 12 percent price increase was expected due to tariffs and demand [16]. For healthcare-specific equipment — where custom configurations are the norm rather than the exception — lead times can stretch even further.
The solution is early procurement. By developing equipment specifications during schematic design or early design development, project teams can release procurement packages months before construction documents are finalized. This requires an MEP engineer who can produce accurate performance specifications and equipment schedules at an early project stage — not every firm is set up to work this way, but it is increasingly what the market demands.
Substitutions Are the New Normal
The Kansas Department of Administration also noted a practical reality: brand loyalty often has to go to the wayside due to both cost and extended lead times [15]. To maintain construction schedules, substitutions from favored manufacturers to more readily available brands have become common. For healthcare projects, this means specifications need to be written around performance criteria rather than locked to a single manufacturer. It also means the MEP engineer must be prepared to evaluate substitution requests quickly and thoroughly to ensure that alternative equipment still meets ASHRAE 170, NFPA 99, and FGI requirements.
Five Strategies to Keep Your Healthcare Project on Track
Based on what we are seeing across the Kansas market, here are five practical strategies that architects, owners, and general contractors should consider for their next healthcare project.
1. Engage your MEP engineer at the conceptual design phase. Healthcare mechanical systems require significant spatial allocations — large ductwork for high-ACH spaces, dedicated shafts for medical gas risers, and room for emergency power infrastructure. If these are not accounted for in the initial floor plan, the result is costly redesigns, compromised ceiling heights, or both.
2. Identify long-lead equipment during schematic design. Generators, transfer switches, custom AHUs, and medical gas source equipment should be specified early enough to release procurement packages well ahead of the construction document deadline.
3. Write performance-based specifications. In a market where manufacturer substitutions are common, performance-based specs give your project flexibility without sacrificing compliance. Ensure your MEP engineer defines the critical performance parameters — airflow, filtration efficiency, sound levels, redundancy — rather than locking to a single product line.
4. Coordinate behavioral health design requirements early. The new 2026 FGI Codes introduce specific requirements for medical psychiatry units, crisis centers, and calming rooms. These spaces have unique MEP implications — from ligature-resistant diffuser and grille selections to specialized pressure relationships. Bring these requirements into the design conversation from the start.
5. Plan for flexibility and future growth. Healthcare technology and care models change faster than buildings do. Size your mechanical and electrical infrastructure with reasonable capacity for future expansion. Design modular mechanical rooms and electrical closets that can accommodate additional equipment without major renovation.
Conclusion / Key Takeaways
The healthcare construction boom in Kansas is real, it is broad, and it is not slowing down. From billion-dollar health system master plans to rural hospital replacements funded by new federal programs, the pipeline of projects is deep. But the complexity of healthcare MEP systems — combined with a competitive subcontractor market and persistent equipment lead times — means that project teams cannot afford to treat mechanical engineering as an afterthought.
Here is what matters most:
- Healthcare MEP design is governed by strict codes — ASHRAE 170, NFPA 99, NEC 517, and the newly updated 2026 FGI Codes all set minimum requirements that directly shape system design and equipment selection.
- Behavioral health is the fastest-growing segment — and the 2026 FGI Codes introduce new requirements for medical psychiatry units, crisis centers, and staff safety systems that have direct MEP implications.
- Supply chain pressures are real — long lead times for generators, transfer switches, and custom HVAC equipment demand early specification and procurement.
- Early MEP engagement is the single most effective strategy for keeping healthcare projects on schedule and on budget in today's Kansas market.
At Evolve Consulting Engineers, we bring specialized healthcare MEP expertise to every project — from behavioral health facilities to hospital expansions to rural clinic renovations. We understand the codes, we know the Kansas market, and we are built to engage early and add value from day one.
Next Steps
Planning a healthcare project in Kansas? Contact Evolve Consulting Engineers to discuss how early MEP engagement can protect your schedule, ensure code compliance, and optimize your facility's long-term performance. Contact our team to discuss your healthcare project.
Whether you are an architect shaping the initial floor plan, an owner evaluating project feasibility, or a general contractor preparing to bid, we are ready to be part of the conversation. Explore our healthcare MEP engineering services
Kansas Healthcare Construction: MEP Strategies for a Booming Market
Meta Description: Kansas healthcare construction is surging — learn the MEP strategies architects, owners, and GCs need to navigate ASHRAE 170, equipment lead times, and behavioral health design.
Author: Evolve Consulting Engineers Date: April 2026 Category: Healthcare Design | HVAC Design | Code Compliance Target Keywords: Kansas healthcare construction, hospital MEP design, ASHRAE 170 compliance, behavioral health mechanical systems
References
[1] Wichita Business Journal, "Wesley Medical Center plans $120M renovation with new beds," December 23, 2025. https://www.bizjournals.com/wichita/news/2025/12/23/wesley-medical-voloch-parking-garage-hospital-beds.html
[2] Kansas City Business Journal, "Children's Mercy Kansas City files master plan for decade of growth," March 5, 2026. https://www.bizjournals.com/kansascity/news/2026/03/05/childrens-mercy-hospital-hill-campus-master-plan.html
[3] Lange Companies, "Transformative Mental Health Facility in Wichita Breaks Ground at OneRise Health Campus," April 10, 2025. https://thelangecompanies.com/2025/04/10/transformative-mental-health-facility-in-wichita-breaks-ground-at-onerise-health-campus/
[4] Children's Mercy Kansas City, "Children's Mercy Kansas Expansion Plan." https://www.childrensmercy.org/locations/childrens-mercy-kansas/expansion/
[5] University of Missouri-Kansas City, "Major Building Projects Taking Shape at UMKC," February 12, 2026. https://www.umkc.edu/news/posts/2026/february/major-building-projects-taking-shape-at-umkc.html
[6] Kansas Department for Aging and Disability Services, "South Central Regional Mental Health Hospital." https://www.kdads.ks.gov/state-hospitals/south-central-regional-mental-health-hospital
[7] Becker's Behavioral Health, "UHS builds $63M behavioral hospital in Kansas City," July 18, 2025. https://www.beckersbehavioralhealth.com/behavioral-health-mental-health/uhs-builds-63m-behavioral-hospital-in-kansas-city/
[8] Eby Construction, "Newton Medical Center Construction Project." https://www.ebycorp.com/projects/newton-medical-center
[9] Central Kansas Mental Health Center, "Youth Campus Coming to Central Kansas Mental Health Center," November 19, 2025. https://www.ckmhc.org
[10] Hays Post, "Hays Crisis Intervention Center construction, fundraising update," November 3, 2025. https://www.hayspost.com
[11] HFM Magazine, "The transformation of the FGI Codes," April 2, 2026. https://www.hfmmagazine.com/transformation-fgi-codes
[12] CMS, "CMS Announces $50 Billion in Awards to Strengthen Rural Health in All 50 States," December 29, 2025. https://www.cms.gov/newsroom/press-releases/cms-announces-50-billion-awards-strengthen-rural-health-all-50-states
[13] McCarthy Building Companies, "Hospitals Rising: Shaping the Future of Care in Kansas City," December 9, 2025. https://www.mccarthy.com/insights/hospitals-rising-shaping-the-future-of-care-in-kansas-city
[14] UpCodes, "Kansas Health Care Facility Ventilation Code 2017 (ASHRAE 170-2017)." https://up.codes/viewer/kansas/ashrae-170-2017
[15] Kansas Department of Administration, "Building Cost Projections." https://admin.ks.gov/offices/facilities-property-management/design-construction--compliance/building-cost-projections
[16] Skanska USA Building, "Summer 2025 Construction Market Trends Report," August 14, 2025. https://www.usa.skanska.com/who-we-are/media/press-releases/301241/Skanska-USA-Building-Releases-Summer-2025-Construction-Market-Trends-Report