| The Pickford
Center for Motion Picture Study, Hollywood
The
goal of the $6.5 million project was to remodel a 55-year-old
Hollywood landmark , changing its uses while preserving its
architectural character.
True to its post World War II design, the 118,000-sq.-ft.
building is still very functional in layout, minimalist in
adornment and a revival of the great Hollywood film production
heritage.
The building was originally home to the Mutual Don Lee Broadcasting
Co. Several game shows were produced on its soundstages. The
building was home for the American Broadcasting Co.'s production
of the 1984 summer Olympics in Los Angeles. It has also housed
a community food bank, a dental suite and Aids Project Los
Angeles.
The Academy of Motion Picture Arts and Sciences purchased
it to revive its significance in the fabric of Hollywood and
hired Offenhauser/Mekeel Architects, Turner Construction Co.
and Gerald McKenna Construction Management to turn the building
into specialized film archive vaults, film restoration labs,
offices and a 299-seat, world-class screening theatre.
The project demanded full partnering of the project team
members because design developed as construction proceeded.
Every building system, including structural, mechanical, electrical
and architectural features was complicated and compromised
by several prior weak remodels. For example, two or more ceilings
and their mechanical systems were hung below the original
plaster ceilings. Structural elements were hidden behind several
layers of finish. HVAC systems were spider webs of abandoned
or poor quality ducts. Electrical and plumbing lines were
past their life spans. Shrewd analysis and discovery became
critical.
The analysis and construction work had to be performed in
an occupied building. The Turner team worked hard to preclude
or mitigate noise, vibration, dust, fumes, interruptions of
MEP services and blockages to owner's staff access to the
building areas. Services included interior demolition with
heavy equipment and air scrubbers and the cleaning of duct
systems. Hard demolition and crane work were scheduled for
early morning hours as much as possible before the owner's
staff arrived to work. Construction travel paths were carefully
laid out to avoid client staff as well. Structural steel beams
and long gauge-metal studs entered through existing doorways
and were erected in tight conditions inside the building.
Unforeseen challenges faced by the construction team included
water and sewer lines spontaneously bursting in building areas
untouched by current construction, old light fixture ballasts
that melted and original wood-bowstring trusses spanning 65
ft. that needed to be inspected and repaired.
The construction team also carefully color matched and patched
classic, multi-colored terrazzo floors. Completely mahogany-wood
paneled offices that had been abandoned years earlier were
given new life. A half-century-old stage floor was preserved
and restored while everything around and above it was gutted
out and replaced.
Poor existing soil conditions inside the building were retrofitted
or bridged. Openings were cut into structural walls, and floor
diaphragms were exposed and retrofitted. Articulated walls
and dropped ceilings were built from three-dimensional models
not from architectural drawings. A decrepit and abandoned
dental suite was gutted and transformed into a lovely theatre
reception area.
Acoustically, the weak link in the envelope of the theatre
was the wooden roof that allowed aircraft noise to penetrate.
The existing bowstring trusses were outfitted with steel saddles.
Tuned vibration isolators and a rigid wide-flange frame were
hung from the trusses. The frame supports ceiling joists.
All mechanical and electrical hardware is isolated and dampened.
"The entire facility, from screening
rooms to film vaults, is an outstanding realization
of our vision."
-Ric Robertson, the Academy's
executive administrator
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Film archives make up another major use of the building.
Three soundstages were gutted and rebuilt into four low-humidity,
low-temperature film storage vaults for thousands of rolls
of original or significant works of film art. Two of these
vaults feature wet, pre-action fire protection systems and
the other two sport Inergen dry- fire suppression systems.
Special dessicant dehumidifiers supplied by de-rated chillers
monitor and feed the vaults. Storage shelving, in some cases
three-floors tall, fills the vaults.
The project, the third one by Turner for the Academy, was
a once-in-a-lifetime opportunity and provided innumerable
opportunities to be proactive, creative, gutsy, strategic
and efficient leaders.
Existing heat pumps, air handlers and chiller compressors
were repaired, relocated and given new uses. Turner sought
to have two building areas under reconstruction at all times.
This was to preserve efficient continuity of labor and material
in cases where unforeseen conditions or required design decisions
halted work in one area. No tradesperson would be out of work
and progress could always be made. Many times, design and
construction were simultaneous.
One thrilling element of this revitalized building is a state-of-the-art
screening room that is used year-round for film seminars.
In the fall, the room is used to judge films for the Academy
Awards.
The Development Team
Owner: Academy of Motion Picture Arts and Sciences,
Beverly Hills
Architect: Offenhauser/Mekeel Architects
Construction manager: GMCM
Program manager: Dolby Laboratories Inc.
General contractor: Turner Construction Co.
Engineers: Acoustics of Architecture and Environment
Studio Technico (electrical)
Ideas for the Built Environment (mechanical)
Key subcontractors:
Martin Brothers/Marcowall (drywall, plaster)
Diversified Protection Systems Inc. (fire protection)
ACC0 Engineered Systems (HVAC)
Tyco Construction (acoustic wall treatments)
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