Swarthmore College
Dining & Community Commons Kitchen Ventilation
Swarthmore, PA (USA)
Swarthmore’s Dining & Community Commons reimagines campus dining as a high-volume, multi-concept community hub supported by a Halton ventilation solution engineered for dependable capture and energy-aware operation. Across multiple food platforms and prep stations, Halton Capture Jet™ hoods and M.A.R.V.E.L. DCKV help keep heat, smoke, and odors contained while automatically right-sizing airflow to real cooking demand, supporting comfort, indoor air quality, and the College’s sustainability goals.
Find out more information at https://www.swarthmore.edu › dining-and-community-commons
A High-Volume, Multi-Station Campus Kitchen With Sustainability Targets
The Dining & Community Commons combines a major renovation of Sharples Dining Hall with a large new addition, bringing together an open dining environment with 800 seats and 10 distinct food stations designed to serve diverse menus and dietary needs.
With high daily throughput and a wide range of cooking styles, the kitchen required ventilation that could:
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Maintain consistent capture and containment across multiple stations and duty profiles
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Support a comfortable, high-quality dining experience (visibility, odors, thermal comfort)
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Align with the project’s broader sustainability intent including energy reduction goals and electrification strategies often used to reduce operational carbon
Capture Focused Hoods And Demand Kitchen Controlled Ventilation That Follows Cooking Activity
To meet Swarthmore’s operational needs and sustainability objectives, Halton delivered a system designed to capture effluent at the source while reducing unnecessary exhaust and make-up air demand:
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Capture Jet™ exhaust hoods at food platforms and prep stations help capture grease, smoke, and odors effectively while supporting reduced airflow requirements versus conventional canopy approaches.
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M.A.R.V.E.L. DCKV automatically adjusts exhaust and supply airflow in real time based on actual cooking activity, helping maximize energy savings while maintaining indoor air quality and comfort.
Together, Capture Jet™ and M.A.R.V.E.L. help create a modern dining environment that supports performance, comfort, and energy-aware operation.
Performance and outcomes for a modern campus dining hub
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Improved capture and containment to help keep heat, smoke, and odors controlled across varied cooking stations
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Energy-aware ventilation control using M.A.R.V.E.L. DCKV to help avoid over-ventilation during lower-load periods
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Supports sustainability goals by reducing unnecessary exhaust volume and associated make-up air heating/cooling loads
- Designed for high daily volumes and diverse menu platforms typical of multi-concept collegiate dining
Products Installed
KVE – Capture Jet™ Commercial Kitchen Exhaust Hood (ETL)
ETL Listed – The KVE Capture JetTM ETL listed commercial…
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KVW – Capture Jet™ island exhaust hood (ETL)
ETL Listed – The KVW Capture Jet™ island exhaust hood…
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MRV – M.A.R.V.E.L. DCKV Demand Controlled Kitchen Ventilation (ETL)
ETL Listed – The M.A.R.V.E.L. demand controlled ventilation (DCKV) system…
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CH – Condensate Hood
The CH condensate hood is a steam extraction model and…
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KCD – Kitchen Ceiling Diffuser
KCD diffusers are particularly suitable for blowing the makeup air…
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The Project Team
Thank you to the entire project team for your collaboration and expertise in delivering the Swarthmore College Dining & Community Commons ventilation solution.
Foodservice Consultant
Ricca Design Studios
https://www.ricca.com/
Foodservice Rep
Elevation Foodservice Reps
https://elevationfs.com/
Kitchen Equipment Contractor
Clark Associates
https://www.clarkassociatesinc.biz/
Photography by
Kendon Photography
Dining Facility Ventilation Frequently Asked Questions
What makes campus dining kitchen ventilation challenging?
High daily volume, multiple food platforms, and shifting cooking loads make consistent capture difficult. Systems must manage heat, smoke, and odors while maintaining comfort in adjacent dining spaces.
How does demand controlled kitchen ventilation (DCKV) reduce energy use?
DCKV adjusts exhaust and supply airflow based on real cooking activity. This helps avoid “full-flow” ventilation during lower-load periods and can reduce heating/cooling associated with makeup air.
Why use Capture Jet™ in multi-station kitchens?
Capture Jet™ is designed to strengthen containment at the hood face, helping maintain capture performance across varying duty profiles and supporting energy-aware design approaches in busy kitchens.
Is the Dining & Community Commons designed with sustainability in mind?
Yes—Swarthmore highlights sustainability features including all-electric energy using renewable sources and on-site solar, reflecting broader efficiency goals for the facility.
Need more information?
Design campus dining ventilation that balances capture performance, occupant comfort, and energy-aware operation. Contact Halton about Capture Jet™ hood solutions and M.A.R.V.E.L. DCKV for higher education dining facilities.
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