What is Adaptive Reuse?
Adaptive Reuse Residential Conversions are projects that repurpose existing buildings for uses other than what the space was originally designed for.
Adaptive reuse offers developers the unique opportunity to save their investment, create and unparalleled story for end users, and make money by converting a disused or underutilized project into a one-of-a-kind residential space.
Chown Pella Lofts, an old factory warehouse converted into a multi-story residential condominium in Portland, OR’s Pearl District.
However, updating old buildings comes with layers of complexity.
Since 1994, Ankrom Moisan has been involved with adaptive reuse projects and housing conversions. The depth of our expertise means we have an intimate understanding of the limits and parameters of any given site – we know what it takes to transform an underperforming asset into a successful residential project.
Why Conversions?
There are many reasons to choose conversion over construction when considering how to revitalize old structures or adapt unused sites.
Rental Housing Demands
According to the National Association for Industrial and Office Parks (NAOIP), the United States needs to build 4.3 million more apartments by 2035 to meet the demand for rental housing. This includes 600,000 units (total) to fill the shortage from underbidding after the 2008 financial crisis. Adaptive reuse residential conversions are an affordable and effective way to create more housing and fulfill that need.
Desirable Neighborhoods
The way we see it, the success of our buildings, neighborhoods, and infrastructure is our legacy for decades to come. Areas with a diverse mix of older and newer buildings create neighborhoods with better economic performances than their more homogeneous counterparts. By preserving and protecting existing structures, conversions contribute positively to the health and desirability of the neighborhood, leading to a quicker tenant fill.
Being committed to the places we occupy, live in, and care about is another reason to embrace adaptive reuse residential conversion projects; they revive our cities. Reducing the number of buildings that sit empty in urban areas plays a major role in activating downtown districts.
Reduced Waste
Saving older, historic buildings also prevents materials from entering the waste stream and protects the tons of embodied carbon spent during the initial construction. AIA research has shown that building reuse avoids “50-75% of the embodied carbon emissions that would be generated by a new building.”
New Marketing Opportunities
Aside from these benefits to the community, adaptive reuse conversions present a way for developers to recover underutilized projects and break into top markets like affordable, market-rate, and student housing.
Construction Efficiencies
Compared to new buildings, residential conversion projects save time, money, and energy, since their designs are based on an existing structure. Adaptive reuse conversions also benefit from not having their percentage of glazing or amount of parking limited by current codes, since they’re already established.
One-of-a-Kind Design
We don’t believe in a magic formula or a linear “one-size-fits-all” approach to composition. Each site is a unique opportunity to establish a one-of-a-kind project identity that’s tied to its history and surroundings.
At the outset of any conversion, we analyze each individual site and tailor our process to align with the existing elements that make it unique. Working with what you have, our designs and deliverables – plans, units, systems narratives, pricing, and jurisdictional incentives – are custom-fit.
It’s our philosophy that you shouldn’t fight your existing structure to get a conversion made; if you can’t fix it, feature it.
Chown Pella Lofts.
Approaching each conversion opportunity with this mindset, we analyze the factors that set a site apart, and embrace those unique elements to ensure a residential conversion stands out. With this intricate and involved process, we’ve been able to get over 30 one-of-a-kind residential conversion projects under our belt.
Through these past experiences, we have identified six key characteristics that make a project a candidate for successful conversion, and six challenges that may crop up during the renovation process. To learn more about what attributes to look out for and what traits to be weary of when considering a residential conversion, read about our “Rule of Six” here.
By Jennifer Sobieraj Sanin, Design Director of Housing and Senior Principal, and Jack Cochran, Marketing Coordinator.
Residential Conversion Case Study
Converted from a Holiday Inn hotel to a residential apartment complex, 728 16th St. embraces its midcentury hotel past while providing a new take on residential housing. By utilizing strategic efficiencies within the renovation process, Ankrom Moisan’s adaptive reuse and renovations design team contained costs, expedited construction, and completed the project in a sustainable fashion.
The Challenge
Originally constructed in the 1970s, the site of 728 16th St. had seen better days. Years of water damage to the roof and walls meant the building’s enclosure needed updating. Additionally, because the structure was originally designed for traveling guests, rather than as permanent lodging, many of the rooms lacked the necessary amenities for residential living, such as kitchen appliances and other utilities like washers and dryers.
Adding these appliances to the space uncovered unique challenges around the inclusion of proper ducts and plumbing for those utilities.
Before: 728 16th St. as a Holiday Inn
The Solution
Leveraging as much of the pre-existing space as possible resulted in the renovated 728 16th St. building’s unified design. Existing structure, utilities, and MEP infrastructure were optimized by the design team to maximize efficiencies and eliminate the need for a complete tear down. In this sense, the name of the game was understanding the parameters of the site and knowing how to work within those parameters to bring the design intent for the new building type to life.
Since the building’s enclosure was updated during the renovation, the design team was given the opportunity to reskin the building with a high performance rain screen system during the update, preventing any further water damage to the structure. This also allowed the team to shift the site’s layout and the location of amenities; the lobby itself was relocated, moved to a more central location of the site.
To increase the total number of units, portions of the existing hotel, such as the parking lot and food service kitchen were infilled and connected to the new lobby. Other existing hotel rooms were combined to create one or two-bedroom apartment units, with an emphasis on maintaining the pre-established bathroom layouts, since they contained plumbing fixtures and pipes that would be too difficult to relocate.
During: A rendering showing what 728 16th St. might look like as a residential housing complex.
Addressing the challenges that were uncovered by the lack of plumbing, pipes, and appliance ducts in the individual new and existing units, the renovations team made large-scale adjustments to the height of the ceilings, to accommodate those appliance ducts and plumbing pipes.
The Impact
By maintaining as much of the original structure as possible and eliminating the need for a tear down, 728 16th St.’s renovation created an expedited development process that ended up being more sustainable than a new build.
After: 728 16th St., converted from a Holiday Inn hotel to residential housing.
Embracing the existing structure, room layouts, and utilities of the Holiday Inn, Ankrom Moisan’s renovations team turned the underutilized hotel space into an affordable-by-design residential project in a desirable area. Shifting the layout and positioning of the site itself allowed 129 new units to be built, both increasing the amount of available housing in the area and diversifying the unit types within 728 16th St., as the original design was repetitive.
The fresh perspective on modern residential housing brought to life by the Ankrom Moisan adaptive reuse conversion team sets 728 16th St. apart as a place that remains competitive in new markets.
Overall, the building type conversion for this project was successful because the site exhibited at least two of the six key characteristics for effective renovations, otherwise known as the “Rule of Six.” Being situated in a walkable location and having at least a 12,000 square foot plate set 728 16th St. up for success, but a prospective adaptive reuse conversion truly only needs one of the six key characteristics to be a qualified candidate for successful conversion. Read more about the Rule of Six and how to tell if your site would make for a successful residential conversion here.
For guidance through the adaptive reuse process, contact Jennifer Sobieraj Sanin, Housing Studio Design Director and residential conversion expert.
By Jennifer Sobieraj Sanin, Housing Studio Design Director.
Contact: +1 (206)-576-1600 | jennifers@ankrommoisan.com
Should Your Building Become Housing? Critical Considerations for Adaptive Reuse
It’s the question on every developer’s mind right now. Is adaptive reuse feasible for my building? Cost-effective? What will a housing conversion project entail?
Since 1994, Ankrom Moisan has been involved with adaptive reuse projects and housing conversions. The depth of our expertise means we have an intimate understanding of the limits and parameters of any given site – we know what it takes to transform an underperforming asset into a successful residential project.
For customized guidance through the adaptive reuse evaluation process, contact Jennifer Sobieraj Sanin, Housing Studio Design Director and residential conversion expert.
The Rule of Six
While there is no magic formula or linear ‘one-size-fits-all’ approach to conversions, we have a framework that should be considered when approaching an adaptive reuse project. We call it “The Rule of Six.”
The Rule of Six outlines six key characteristics that make a project a candidate for successful conversion, and six challenges to be prepared for during the renovation process.
With this informed process, we’ve been able to get over 30 one-of-a-kind residential conversion projects under our belt.
The Six Key Characteristics for a Successful Conversion
Not every building is a good candidate for conversion. By evaluating multiple structure types and working closely with contractors on successful projects, we’ve identified six key characteristics that lead to the creation of successful, low-cost, conversions.
If a property has any of these traits – whether it’s one characteristic of all six – it might qualify as a candidate for a successful conversion.
- Class B or C Office
- 5-6 Levels, or 240′ Tall
- Envelope Operable Windows Preferred
- Walkable Location
- 12,000 Sq. Ft. Plate Minimum
- Depth to Core Not to Exceed 45′
To find out if a property makes for a good adaptive reuse project, consider conducting a feasibility study on the site.
Reach out to get started on your feasibility study today.
The Six Challenges to be Prepared For
West Coast conversions can be particularly challenging with their seismic requirements, energy codes, and jurisdictional challenges – your conversion team should be prepared for these hurdles. The solutions vary by project; contact us to see how we can solve your project’s challenges.
- Change of Use: It’s the reason we upgrade everything. The simple act of changing a building’s use from office to residential immediately triggers a ‘substantial alteration.’ This label starts all the other necessary upgrades.
- Seismic-structural Upgrades: Buildings on the West Coast must meet a certain code level to be deemed acceptable for the health, safety, and welfare of end-users. Often, this required level does not match the current code, meaning negotiations with the jurisdiction are necessary.
- Egress Stairs: Stair width is usually within the code demands for conversion candidates, but placement is what we need to evaluate. When converting to residential, it’s sometimes necessary to add a stair to the end of a corridor.
- Envelope Upgrades and Operable Windows: West Coast energy codes require negotiated upgrades with jurisdictions, as existing envelopes usually don’t meet the current codes’ energy and performance standards. Operable windows are a separate consideration. They are not needed for fresh air but are often desired by residents for their comfort.
- Systems and Services Upgrades: These upgrades often deal with mechanical and plumbing – checking main lines and infrastructure, decentralizing the system, and adding additional plumbing fixtures throughout the building to support residential housing uses.
- Rents and Financials: Determining how to compete with new build residential offerings is huge. At present, conversions cost about as much as a new build. Our job is to solve this dilemma through efficient and thoughtful design, but we need development partners to be on the same page as us, knowing where to focus to make it work.
At the outset of any conversion, we analyze each individual site and tailor our process to align with the existing elements that make it unique. Working with what you have, our designs and deliverables – plans, units, systems narratives, pricing, and jurisdictional incentives – are custom-fit.
To better understand if adaptive reuse is right for your building, get in touch with us. We can guide you through the feasibility study process.
To see how we’ve successfully converted other buildings into housing, take a look at our ‘retro residential conversion’ case study.
By Jennifer Sobieraj Sanin, Housing Studio Design Director.
Contact: +1 (206)-576-1600 | jennifers@ankrommoisan.com
What You Need to Know About Biophilic Design
Biophilia is the concept that there is an innate connection between humans and nature. Our love of nature and tendency to crave connections with the natural world is a deeply engrained and intuitive aspect of both human psychology and physiology. It’s part of our DNA.
Building off that concept, biophilic design is the intentional use of design elements that emulate sensations, features, and phenomena found in nature with the goal of elevating the built environment for the benefit of its end users.
Simply put, biophilic design is good design. It doesn’t have to be expensive or elaborate; it just has to be intentional. Creating connections to the outdoors in the built environment can significantly impact users’ mental and physical well-being.
How Biophilia is Integrated into Projects
There are many ways to integrate biophilic elements into a project’s design. Some of the most common methods of doing this have been categorized by the National Resources Defense Council (NRDC) as being either Nature in the Space, Natural Analogues, or the Nature of the Space.
1. Nature in the Space
Biophilic design that places emphasis on bringing elements of the outdoors into interior spaces would be classified as ‘Nature in the Space.’ These outdoor-elements-brought-inside can be anything from plants, animals, and water features, to specific scents, sensations (like the feeling of a breeze), shade and lighting effects, or other environmental components found in the natural world. They are organic features that are literally brought inside. An example of this could be a project using natural materials like exposed mass timber and green walls covered with living plants to mimic the sensation of being in a wooded forest.
2. Natural Analogues
‘Natural Analogues’ in biophilic design are human-made, synthetic patterns, shapes, colors, and other details that reference, represent, or mimic natural materials, markings, and objects without utilizing or incorporating those actual materials, markings, or objects. An example of a natural analogue might be the use of spiral patterns in a painted wall mural to link a project’s design to seashells and the coast, the inclusion of animal print motifs in fabric and material choices, or even the use of blue rugs and carpeting to link a site to a nearby river or other body of water. Subtle finishes, fixtures, and equipment (FF&E) touches can also be a biophilic natural analogue, like the use of shelves that reference the pattern and shape of a honeycomb. Natural analogues are most often design and material choices that pay homage to recognizable environmental elements.
3. Nature of the Space
A focus on the ‘Nature of the Space’ on the other hand, pays more attention to a location’s construction, layout, and scale than its FF&E and other accessories or interior design. It utilizes spatial differences, the geography of a space, and other elements of a project’s configuration to imitate expansive views, sensory input, or even feelings of safety and danger that are found in the wild. This may manifest as an open stairwell that embraces rough, asymmetrical walls to subtly mirror the textures of a canyon, or as the inclusion of an atrium to give end-users a perspective that parallels the wide-open views seen from a mountain peak. ‘Nature of the Space’ can also be seen in the use of soft lighting and smaller scale spaces to simulate the felt safety and coziness of a cave. It is the utilization of a project’s site itself to replicate experiences and sensations found in the world of nature.
By emulating natural features and bringing the outdoors in, architects and interior designers integrate the benefits of exposure to the natural world into built spaces, creating a unique shared experience for a site’s users.
A list of biophilic design elements and attributes.
When combined with intentionality and thoughtful design, these elements can transform ordinary spaces into spaces that support human health and wellness.
The Power of Biophilia
Aside from elevating design, the inclusion of biophilic elements in a project can have numerous positive health benefits for those who use and inhabit that space. Biophilia’s impact on health and wellness may not be something that we are conscious of, but it is a difference that we feel. Humans understand biophilia intuitively.
The amount of time humans spend interacting with nature – as well as the amount of time they are disconnected from the natural world – has real, tangible impacts on an individual’s health. In today’s industrial, technologically dominated world, it’s especially important to seek out connections with nature, since many built spaces often forgo biophilic features and the benefits that come with them.
The negative health impacts of not having enough connection to nature are:
- High blood pressure
- Muscle tension
- Anxiety
- Poor sleep stemming from an unstable circadian rhythm
- A weakened immune system
- Poor focus
- Weak memory
- Attention issues like ADHD
- Fatigue
- Decreased emotional regulation
The positive benefits of exposure to nature, on the other hand, include:
- Lower blood pressure
- Muscle relaxation
- Feelings of safety
- Restful sleep and a stable circadian rhythm
- A strong immune system
- Increased focus
- Greater memory and learning abilities
- Higher energy levels
- Increased emotional regulation
Knowing the range of benefits that biophilia has the potential to provide, architects and interior designers have the opportunity to purposefully design spaces with the health and wellbeing of its end-users in mind, positively influencing the experience of a location as well as the feelings of the people occupying it.
Some of Ankrom Moisan’s expert design teams have already done this, including biophilic elements in the shared spaces of project to elevate the end-user’s experience of those environments. In a follow up blog post, we will take a deeper look at how biophilia shows up in three distinct Ankrom Moisan healthcare projects, discussing how the inclusion of biophilia can be leveraged to support an evidence-based approach to holistic, whole-person care.
By Christie Thorpe, Associate, Interior Designer, and Jack Cochran, Marketing Coordinator
Making the Future Feasible
Ankrom Moisan has offered feasibility studies as a service to existing and potential clients for decades. For those who are unfamiliar, a feasibility study helps assess the viability of a potential development on a particular property. It aims to help a real estate investor understand the future amount of revenue-generating area on a piece of land, and what a reasonable sales prices might be for that land.
Typically, the feasibility study process begins when a client, landowner, or broker reaches out to us. We usually start with a site analysis, to get an idea of the average unit size and parking ratio, and then conduct a ‘fit test.’ That fit test quickly and efficiently diagrams potential development outcomes that could be realized on the land parcel. When conducting a fit test, we look at the site’s zoning code, relevant building code, physical site characteristics, visible utilities, site context, and building typology constraints. These constraints are often related to building uses, building type, height and size, or the amount of parking required. For example, a housing-use structure has much different parameters than an office-use one. Further, a ‘Stick-Frame Wood’ building typology will yield something quite different than Cross Laminated Timber or Concrete.
Examples of a feasibility yield study.
If desired, we can go further and analyze architectural outcomes that consider preliminary ideas about building design and character. Sometimes, a client will provide their own constraints or parameters, like a more detailed unit type and amenity program. Renderings of varied detail may be added to this process to help visualize a proposed project idea; they are useful to illustrate the early-stage potential of development ideas to a wider audience.
Example of a Tier 2 Feasibility Study Perspective View.
We often provide our clients with multiple (and sometimes contrasting) design ideas. By discussing the advantages and drawbacks of each idea, we reach a point of mutual understanding with our clients and can begin to fine-tune their vision.
Animated early visioning sketch for a multifamily housing urban land parcel assessment.
It is all about leveraging future architectural solutions to effectively utilize what a site has to offer. We are constantly seeking improvement in this process and are regularly evaluating methods to do so. From a basic ‘back-of-the-napkin and a calculator’ approach to a deeper architectural examination informed by years of design experience, or even the use of Artificial Intelligence software that can automate metric evaluation of a site, we consider all possibilities and methods of maximizing a project’s design according to client desires and site parameters.
3D Massing Views and renderings conducted for a Tier Three feasibility study.
Through this process, we give clients, landowners, and brokers meaningful guidance towards the value of their land parcel. This process is especially helpful for people interested in working with Ankrom Moisan for the first time, as a feasibility study is an uncomplicated way for prospective clients to get to know us and learn how we work. It is a great opportunity to see if we work well together.
We have a vast resumé of work and pull from a wide range of past experiences with different building types – everything from tall to small, across a variety of uses (retail, hotel, office, hospitality, housing, etc.). We enjoy this work as it is an essential part of our process. We enjoy offering feasibility study services that share our expertise with longtime and prospective clients, landowners, and brokers alike, showing exactly why Ankrom Moisan is a valued design partner.
By Jason Roberts, Managing Design Principal, Bronson Graff, Associate Principal, and Jack Cochran, Marketing Coordinator.
Interior Design Trend Report
Commercial design trade shows and exhibitions, NeoCon and Milan Design Week, both took place recently, showcasing the latest interior design trends. Ankrom Moisan interior designers Jenna Mogstad and Clare Goddard were able to make an in-person appearance at NeoCon while our material librarians Rian Macleod and Liza Meek kept a close eye on what was happening at Milan Design Week. Our team took plenty of notes and have reported back to share the top design trends and takeaways from both events that we expect to see more of in the coming year —from color palettes to furniture trends.
Clare and Jenna at NeoCon 2023.
Reporting back with the top design trends from NeoCon, Clare and Jenna observed new developments in designing for purpose. The two designers noticed shifts in everything from flexibility and connection to collaboration and sustainability.
Flexibility and Playfulness
NeoCon demonstrated new ways of thinking about flexibility and playfulness. Traveling furniture designed to be revised and reshaped to suit today’s hybrid schemes, where different teams occupy an office on rotating days, highlighted the significance of fluidity and multi-purpose design in today’s post-pandemic world.
Connection and Disconnection
Another design innovation stemming from the fallout of the pandemic – as well as breakthroughs in automation – centers on connection and disconnection. While we move towards an increased pace of technological advancement, the desire for a human touch is growing. Equity in connection while optimizing all views and participants is extremely important in this regard.
Collaboration Fatigue
Another concern is collaboration fatigue, which is the idea that people may tire themselves out through too much collaboration without an impactful increase in productivity. To combat this, there is a push for more private refuge spots and for more privacy in general in workspaces, the benefits of which are an increased ability to accommodate heads-down focus work and a boost in productivity.
Sustainability
Sustainability was another hot topic at this year’s NeoCon. One trend we noticed within the realm of sustainability was circularity and “behind the scenes partnerships.” Items that are typically discarded, such as milk cartons and fashion textiles, are increasingly being reused and utilized in new products – whether they are by the same parent company or a different partner company that can make use of those materials. Products intended to be somewhat disposable are employing biodegradable materials to shorten their decomposition lifespan and reduce waste.
We also saw that brands are increasingly bringing their sustainability points to the foreground of their marketing. Selling points such as recyclability, repurposed materials, and carbon footprint were leveraged to increase brand and product affinity. Some of the product designs that were advertised in this manor were 3D-printed on demand, meaning that there is no excess product waste waiting to be purchased. Other products were created from biodegradable plant waste and other natural materials. In all cases, we saw a shift towards conscientious, sustainable designs that put the planet and the environment ahead of maximizing profits.
The insights discovered at Milan Design Week were equally exciting. Breaking down the top trends from the exhibition, Rian and Liza took note of new directions in materials, color trends, designs, as well as creative process innovations.
Material Transparency and Circularity
For use of materials, it is expected that claims of sustainability are credible. Transparency around the source of materials is essential. We noticed a celebration of timeless sustainability in circular supply chains and processes, meaning that materials are recovered and re-used in new products. Additionally, the focus on sustainability at the end of a product’s life has led to an increase in the use of single-material structures, making it easier to repair and recycle them.
Juxtaposition: Earthy and Digital
Many of the surfaces we saw in the coverage of trends at Milan Design Week were digitally amplified with illuminated, glossy, cyber-inspired finishes. Juxtaposed textures in woven and braided natural materials, as well as basketing, highlighted earthly delights. Soft, cozy fabrics were very popular as well, mostly made from sheepskin, boucle, and other shaggy textures.
Vintage-Inspired Palettes
Color was another big trend this year. The biggest movement we saw in this field was a resurgence of vintage-inspired palettes and patterns. Retro geometry straight out of the 80s was seen through a surge of digital effects and dynamic finishes that feels new and captivating. The shapes, which are both futurist and graphic, are lively and loud. 70s-inspired tones such as warm, earthy neutrals and terra cotta were often combined with colors like red, yellow, orange, and blue.
Comfort and Curves
As for furniture design, there were three key trends that we noticed. Curves and voluptuous, evolving shapes were leaned on to promote comfort across product launches. Soft surfaces and quiet spaces enveloped chairs with generous proportions. Seating was also ergonomic. Wide arms were often draped over light frames to create airy silhouettes. Lastly, we saw the return of the uber-comfortable 70s-inspired conversation pit and other pit-style seating options that promote communal lounging.
Surreal Lighting
Lighting was another area of novelty, seen in stunning installations. Flexible adaptability for creating playful, somewhat surreal atmospheres made for an imaginative experience. Water-filled basins were used to create surface patterns with light and sound, similar to the liquid light shows popular during the psychedelic 60s.
Biophilia
Biophilic design was prevalent as an approach that emphasizes the connection between people and nature. The philosophy is that by bringing the outside in, design can promote wellbeing and creativity for end-users of a space.
Embracing Technological Innovation
The industry innovations we saw at Milan Design week spanned everything from the natural to the computerized. Many breakthroughs were pioneered by machines. AI and 3D printing software were utilized in collaboration with the physical world to innovate new unique design approaches and solutions. For example, 3D printed stainless steel is lighter and requires much less energy to produce than typical stainless steel. Further exploration and creativity were unleashed by patterned silhouettes created by AI software.
If these trends from Milan Design Week and NeoCon 2023 are indicative of anything, it’s that designers are looking ahead toward the future of technology and ecologically sustainable design, while taking inspiration from the shapes, forms, colors, and patterns of the past. At the terminus of future and past, design innovation is progressing by leaps and bounds. We are excited to see what comes next, and even more excited to be a part of the ongoing transformation of innovative design.
By Rian Macleod and Liza Meek, Materials Library Coordinators