Location:
Is
the building conveniently located near other company facilities or users? Is it
accessible to employees? Is it a safe and controlled environment?
Size and configuration: Does the building lend itself to the proposed
use? It may be the right gross area, but because of its physical configuration
or the nature of its structure (i.e., column spacing) its usable area is
significantly lower.
Infrastructure: Does the building have an adequate electrical service
for the new use? Is it available to the site from nearby? Is the existing
sanitary sewer system intact? What is the condition of the stormwater system
(the state of Maryland
requires that 20 percent of the stormwater runoff from a one-year storm be
treated before leaving a redeveloped site)? Is there good site access?
Building Structure: Is the building's structure sound? Is there evidence
of settlement in the foundation? If so, how old is the settlement? Is there
water damage to the structure? Many older buildings are masonry and wood
structures. They are highly susceptible to damage from leaking roofs. Is there
any evidence of past fire damage?
Life Safety: What is the fire stair configuration in the building? Will
it provide adequate egress from the building? Was the building sprinklered?
What is the condition of the system? How old is it and will the heads function?
Are they the right spacing for the use? Head spacing for a warehouse use is not
the same as an office use. Most codes and code officials interpret a change in
a building's use as a requirement to bring the building up to all current
codes. This includes Maryland's
new Rehabilitation Code.
Sustainability:
Many
techniques identified in the LEED certification program lend themselves to
adaptive projects. Many older buildings have high ceiling spaces allowing
effective day lighting strategies, some of the materials pulled out of the
buildings can be recycled in place back into the building. The reuse of the
building itself is a sustainable strategy.
Historic: Is the building in a historic district requiring it to be
redeveloped in a manner consistent with the district? Is the local review board
amenable to the proposed building's reuse? Are historic tax credits available?
Costs: Many of the issues raised impact directly on the cost decision,
building condition, available systems, etc. Assuming a positive answer for most
of the questions, it is the consensus that building renovation cost
approximately the same as new construction with less money spent on building
structure and more spent on building systems. The major cost implications by
extension fall on the acquisition cost and the opportunity for subsidized
funding through tax credits and other incentive programs.
Time: If a typical reuse project isn't a cheaper approach to building
without the incentives, what is the reason for pursuing it? The answer is time,
both in acquisition and construction. With fewer green field sites available
for development in metropolitan areas existing buildings afford a reasonable
alternative. With the existing structure already in place work can proceed
quickly on multiple fronts and in most cases unaffected by weather.
The adaptive reuse process can be exasperating and expensive or satisfying and
cost effective. It all hinges on your approach. There is no substitute for an
intimate knowledge of the building and its site infrastructure. Taking the time
to become familiar with the building's elements and its condition — and
documenting it — goes a long way to eliminating the unknown factors that
typically cause delays and cost overruns during the project.