Archives September 2026

Keeping an animal shelter open during renovation is possible in some projects, but it should never be treated as normal construction with temporary walls. Animals, staff, visitors, medical work and cleaning continue while noise, dust, shutdowns and contractor traffic are introduced.

Successful phasing begins during feasibility and design—not after a contractor is selected.

Decide what must remain operational

List each function and define whether it must remain on site, can be reduced, can move temporarily or can close for a limited period. Consider intake obligations, holding requirements, medical services, adoption, field operations, laundry, food, waste and administration.

Reduce population before construction

Where appropriate, expand foster, transfer and partner capacity before work begins. Reducing on-site population can create safe swing space and lower the risk of emergency relocation. Establish triggers for pausing intake or moving animals if conditions deteriorate.

Create real temporary capacity

Do not assume an empty conference room can become animal housing. Temporary areas need suitable environmental control, cleaning, security, drainage or containment, power, lighting and staff access. Include setup, permits, equipment and restoration in the budget.

Separate construction from shelter operations

Define contractor entrances, parking, deliveries, waste routes, work hours and secure boundaries. Prevent construction personnel from moving through animal or public areas unnecessarily. Maintain clear emergency egress throughout every phase.

Control dust, noise and vibration

Temporary barriers need project-specific detailing. Coordinate negative air, filtration, debris removal and cleaning where required. Sequence the loudest work and notify staff so animals can be relocated or enrichment adjusted. Monitor conditions rather than relying only on the barrier’s appearance.

Plan every utility shutdown

Document electrical, water, hot water, sewer, fire protection, security, data and HVAC interruptions. Define advance notice, maximum duration, temporary service and contingency. Animal-care operations may be unable to tolerate outages that would be minor in an office.

Protect infection-control protocols

Construction may change doors, travel paths and pressure relationships. Review each phase with veterinary and operations leadership. Temporary movement should not force higher-risk animals, clean supplies and waste through incompatible routes.

Maintain public wayfinding and trust

Update exterior signs, web information, phone messages and appointment instructions as entrances change. Keep visitors away from contractor areas and provide an accessible route in every phase. Explain how the project will improve service without overstating short-term convenience.

Use phase turnover checklists

Before occupying a renovated area, verify inspections, life-safety systems, cleaning, controls, water, drainage, security, equipment, training and outstanding work. Do not move animals into a space simply because the contractor needs the next phase.

Assign one operational decision channel

Staff should know who receives contractor questions and who can approve changes to shelter operations. Daily coordination may be needed during disruptive work. Document decisions and distribute short look-ahead schedules to department leaders.

Budget for uncertainty

Occupied renovation carries risk from concealed conditions and operational changes. Include contingency, temporary equipment and realistic staff time. Compare the cost and duration of many small phases with a shorter relocation strategy.

Prepare an emergency relocation plan

Even a well-planned project can encounter a water failure, environmental problem or weather event. Identify partner facilities, transport, contacts, records and decision thresholds in advance.

BLSD’s Saint John the Baptist Parish Animal Shelter renovation is an example of working to improve code compliance, systems and humane housing within an existing shelter context.

Related reading

• Animal Shelter Renovation or New Construction? How to Make the Right Decision
• Animal Shelter HVAC Design: Ventilation, Odor and Disease-Control Planning

Design decisions should be coordinated with the project’s shelter leadership, veterinarian, architect, engineers, code officials and other qualified professionals. The Association of Shelter Veterinarians’ Guidelines for Standards of Care in Animal Shelters are a useful operational reference, but they do not replace project-specific professional analysis or applicable codes.

Planning an animal shelter project? Contact Beazley Longo Shelter Design to discuss your needs assessment, renovation, expansion or new facility.

Animal shelter design cannot eliminate every source of stress. Arrival, unfamiliar people, changing routines and proximity to other animals can be difficult. The building can, however, reduce avoidable stimulation and give staff better tools for care, enrichment and adoption.

The most effective strategies begin with animal behavior and daily operations rather than decorative themes.

Reduce uncontrolled visual exposure

Dogs facing one another across narrow aisles may experience repeated arousal. Cats exposed to dogs, constant traffic or unfamiliar animals may have fewer opportunities to retreat. Use orientation, partial barriers, housing details and circulation planning to control sightlines while maintaining staff observation.

Address acoustics at the source

Sound control is not one ceiling product. Plan kennel orientation, group sizes, door placement and distance between noisy and quiet functions. Use durable absorptive materials where they can be maintained, isolate vibrating equipment and avoid creating hard parallel surfaces that amplify barking.

Provide choice and retreat

Housing can support choice through resting platforms, hiding opportunities, double-compartment configurations where appropriate and access to distinct activity zones. Animals should be able to move away from public view without becoming impossible for staff to monitor.

Separate species and sensitive populations

Species separation should consider sound, scent, circulation and mechanical systems—not just different room names. Provide additional protection for young, fearful, medical or behaviorally sensitive animals based on the shelter’s operating model.

Use daylight thoughtfully

Daylight can support staff wellbeing and a natural sense of time, but uncontrolled glare and solar heat are not beneficial. Coordinate orientation, shading, glazing, views and artificial lighting. Nighttime lighting should support observation without keeping housing at daytime brightness continuously.

Create predictable staff workflows

Animals experience staff stress and rushed handling. Convenient food preparation, storage, laundry, cleaning and outdoor access help teams maintain consistent routines. Good sightlines allow staff to identify concerns earlier without repeatedly entering housing.

Design enrichment into the plan

Enrichment requires storage, preparation, cleaning and appropriate places for use. Include secure yards, cat interaction areas, meet-and-greet rooms and flexible spaces that can support behavior work. If enrichment spaces are inconvenient, they are less likely to be used during busy periods.

Make adoption viewing more natural

A visitor’s first impression should not be a long, overstimulating corridor. Consider smaller housing groups, varied viewing points and clear wayfinding. Give potential adopters places to interact with animals away from the noise of general housing.

Support honest counseling

Comfortable counseling rooms allow staff to discuss lifestyle, behavior and care without blocking the lobby. Locate these rooms near meet-and-greet spaces and provide privacy appropriate to sensitive conversations.

Include decompression in intake

Incoming animals should not be pushed immediately through the busiest public areas. A controlled intake sequence can support identification, examination, documentation and appropriate placement while minimizing unnecessary encounters.

Measure outcomes after opening

Track length of stay, illness, incidents, staff injury, noise concerns, cleaning time, visitor movement and use of enrichment spaces. Post-occupancy evaluation helps the organization adjust operations and gives the design team evidence for future work.

Architecture supports a larger care system

Buildings work best when coordinated with staffing, enrichment, medical protocols, foster programs and population management. The Lafayette Animal Shelter & Care Center demonstrates how public education, adoption, clinical functions and animal housing can be brought together as a community-centered facility.

Related reading

• Animal Shelter Floor Plans: Essential Zones, Rooms and Adjacencies
• Animal Shelter HVAC Design: Ventilation, Odor and Disease-Control Planning

Design decisions should be coordinated with the project’s shelter leadership, veterinarian, architect, engineers, code officials and other qualified professionals. The Association of Shelter Veterinarians’ Guidelines for Standards of Care in Animal Shelters are a useful operational reference, but they do not replace project-specific professional analysis or applicable codes.

Planning an animal shelter project? Contact Beazley Longo Shelter Design to discuss your needs assessment, renovation, expansion or new facility.

Animal shelter HVAC design affects animal health, staff comfort, odor, humidity, cleaning and energy consumption. It is also one of the most misunderstood parts of shelter planning. A higher airflow number by itself does not guarantee good performance.

The system should be designed around actual populations, room functions and operating protocols by qualified mechanical professionals working closely with the shelter veterinarian, leadership and architect.

Start with population and risk zones

Identify which rooms house healthy animals, incoming animals, vulnerable populations, medical patients, quarantine and isolation. Then define which air relationships support the organization’s protocols. Architectural doors and vestibules, staff behavior and mechanical pressure must work together.

Control the direction of air movement

Pressure relationships can help discourage air from moving from higher-risk areas toward lower-risk areas. But pressure depends on a balanced system and actual door operation. A room shown as negative on a diagram may not perform that way if doors remain open, exhaust fails or transfer paths are not coordinated.

Provide effective outdoor air and exhaust

Ventilation should dilute contaminants and remove moisture and odor near their sources. Supply and exhaust locations matter. Short-circuiting air from a supply directly to an exhaust can leave the occupied zone poorly served. Kennel geometry, partitions and equipment all influence distribution.

Separate odor control from fragrance

Odor is best addressed through source control, cleaning, drainage, appropriate air movement and timely waste removal. Masking products do not solve the underlying condition and may introduce additional irritants. Design food, laundry, waste and animal areas so routine work supports environmental quality.

Manage temperature and humidity together

Cleaning adds moisture, and animal spaces can experience changing loads. High humidity can contribute to condensation, material deterioration and discomfort. Very dry conditions can also be undesirable. The mechanical approach should be selected for local climate and year-round operation—not only a summer design day.

Coordinate filtration with the full strategy

Filter selection affects particle removal, fan performance, replacement frequency and operating cost. It does not substitute for population separation or adequate source control. Provide safe access for filter replacement without requiring maintenance personnel to disrupt sensitive animal areas.

Design for acoustic performance

Ducts and openings can transmit sound between rooms. Fans, grilles and high air velocities can add noise. Coordinate equipment isolation, duct routing, lining where appropriate, room absorption and kennel planning so ventilation improvements do not worsen the acoustic environment.

Plan for cleaning and corrosion exposure

Locate devices and controls where they can withstand the expected moisture and cleaning practices. Protect equipment from direct spray. Coordinate floor drains, slopes, hose use and drying so the building systems support rather than fight cleaning procedures.

Make controls understandable

Operators need to know when systems are in normal operation, setback or alarm. Overly complicated controls may be overridden. Define who monitors temperature, humidity and pressure; what conditions generate alerts; and who responds after hours.

Discuss redundancy and emergency operation

Identify which populations and functions cannot tolerate an extended failure. Consider backup power, spare capacity, portable-response plans, alarms and service agreements based on organizational risk and local climate.

Budget for lifecycle operation

First cost is only part of the decision. Compare energy, maintenance, filter replacement, control complexity and equipment life. Commissioning and staff training can help confirm the installed system operates as intended.

Questions for your design team

• Which spaces are separate mechanical zones and why?
• What pressure relationships are intended?
• How will performance be verified?
• Where are supply, return and exhaust points located relative to animals?
• How are humidity and odor addressed?
• Can maintenance occur safely and conveniently?
• What happens during power or equipment failure?
• Which operating practices are necessary for the design to work?

Successful ventilation is a coordinated shelter system: building layout, animal population, cleaning, doors, controls, maintenance and mechanical design all contribute.

Related reading

• Animal Shelter Floor Plans: Essential Zones, Rooms and Adjacencies
• Animal Shelter Renovation or New Construction? How to Make the Right Decision

Design decisions should be coordinated with the project’s shelter leadership, veterinarian, architect, engineers, code officials and other qualified professionals. The Association of Shelter Veterinarians’ Guidelines for Standards of Care in Animal Shelters are a useful operational reference, but they do not replace project-specific professional analysis or applicable codes.

Planning an animal shelter project? Contact Beazley Longo Shelter Design to discuss your needs assessment, renovation, expansion or new facility.

Renovating an existing animal shelter can preserve a familiar location and make use of an existing asset. New construction can create cleaner operational relationships and purpose-built systems. Neither option is automatically less expensive or more responsible.

The right choice follows a documented comparison of building condition, site, operations, phasing, cost and long-term flexibility.

When renovation may be a strong option

• The structure and envelope are in good condition.
• The site supports required parking, service access, yards and drainage.
• Existing floor-to-floor heights and structural grids accommodate new systems.
• The plan can be reorganized without excessive demolition.
• Utilities have usable capacity or can be upgraded reasonably.
• The organization can phase work or temporarily relocate operations.
• The location remains appropriate for community access and future service.

A focused renovation can also address urgent problems without waiting for a full replacement project. The scope should be chosen so today’s work does not obstruct tomorrow’s expansion.

Warning signs that renovation may be poor value

• Recurring roof, moisture, structural or envelope failures
• Insufficient site area or incompatible neighboring uses
• Low ceilings or congested structure that prevent appropriate mechanical distribution
• Plans that force incompatible animal, public and service traffic together
• Extensive accessibility, fire, life-safety or code deficiencies
• Utilities that require complete replacement
• An occupied phasing plan that is unsafe or excessively expensive
• No practical path for future growth

Do not compare only construction cost

A fair comparison should include temporary animal housing, moving, phasing premiums, demolition, unknown conditions, lost efficiency, maintenance and future expansion. New construction comparisons should include land, utilities, site development and transition costs. Both need contingencies suited to their risks.

Evaluate operational outcomes

For each option, diagram animal intake, adoption, medical movement, cleaning, laundry, food, deliveries, waste and staff travel. Estimate whether the option improves or preserves daily labor requirements. A lower capital cost can create a higher long-term burden if the plan remains inefficient.

Study HVAC and plumbing feasibility early

Animal-care improvements often depend on mechanical zoning, pressure relationships, drainage and hot-water capacity. These systems need physical space. Confirm routes, equipment locations, electrical demand and maintenance access before assuming the existing building can support the desired program.

Understand phasing before selecting renovation

Draw the sequence of temporary barriers, construction access, animal relocation, utility shutdowns and staff movement. Define which functions must remain open and which can move off site. If the plan requires repeatedly rebuilding temporary work, the apparent savings can disappear.

Consider a hybrid approach

An addition can house new animal, medical or intake functions while the existing building is renovated for administration, education or support. This can reduce disruption and align new construction with the functions that benefit most from purpose-built systems.

Create a decision matrix

Score each option against agreed criteria:

• Animal welfare and population separation
• Staff efficiency and safety
• Public access and adoption experience
• Code and accessibility compliance
• Environmental system performance
• Total project cost and funding feasibility
• Operational disruption
• Schedule
• Maintenance and lifecycle value
• Future adaptability and expansion

Weight the criteria before seeing the results so the process reflects organizational priorities rather than a preferred conclusion.

Use feasibility work to prevent false starts

A measured existing-building survey, site review, preliminary program, engineering assessment, code analysis, concept options and comparative estimate can prevent a board from committing to an option that cannot support the mission. BLSD’s Saint John the Baptist Parish shelter renovation illustrates how renovation planning can improve humane housing and systems while working within an existing facility.

Related reading

• How Much Does It Cost to Build an Animal Shelter in 2026?
• Animal Shelter Needs Assessment: How Much Space Does Your Organization Need?

Design decisions should be coordinated with the project’s shelter leadership, veterinarian, architect, engineers, code officials and other qualified professionals. The Association of Shelter Veterinarians’ Guidelines for Standards of Care in Animal Shelters are a useful operational reference, but they do not replace project-specific professional analysis or applicable codes.

Planning an animal shelter project? Contact Beazley Longo Shelter Design to discuss your needs assessment, renovation, expansion or new facility.