| D.U.M.P.
Studio
University of Virginia School of Architecture LAR 801:Fall 1997 Assistant Professor Julie Bargmann |
Ivy Landfill Research Center-
--------There
must be an understanding that the current landfill process and technology
is an inexact science. Current methods
have not been
in existence for long enough periods of time to ensure their effectiveness.
Landfill technology is a field where
new 'discoveries
and solutions' are constantly being studied and attempted. Some work
and some don't. Devices such as liners,
caps, leachate
collection, methane collection, and slurry wall systems are constantly
being updated and revised to increase
efficiency.
As is evident at the Ivy Landfill where ground water contamination has
occurred, methods must be taken to deal with
this problem.
There is a need to inform the general public that technological uncertainty
is a given.
--------With
this understanding in mind, my proposal for the Ivy Landfill is to create
a research center
where data from the landfill
is collected
and studied. It also represents an opportunity for interaction with
the public so that there is a realization of the
effects of
our disposable society.
--------The
research center
is sited in the center
of the landfill along an existing bedrock spine. This spine is ideal
for traffic and
circulation.
This siting is the center
for drawing all the information and data and also provides a place where
the by-products of
the landfill
are collected and treated. The landfill no longer accepts municipal
solid waste(msw) for land filling. Two major roads
border the
landfill to the north and south. To the north lies Interstate 64
while to the south lies Route 637. This provides an op-
portunity to
alleviate large scale traffic on Route 637 which is a relatively small
country road. Trash trucks would enter from I-64
while individual
scale trash is still brought in from Rte. 637. At the center,
where the two traffic flows meet, a trancyclery is constructed
where trash
trucks bring the msw to be transferred to larger vehicles for transportation
to other landfills. The individual scale trash
can be dumped
there, but there is also a recycling/resorting center
where individual scale trash and recyclables can be brought for
sorting.
The scientists will be able to study the trash habits and rituals at two
scales thus recognizing current trends and determine
methods of
source reduction.
IMPORT
feeding the center:
Municipal Solid Waste[2 scales]
Public
Laboratory, Control/Information/Vistiing Room
Experimentation Plots
Trancyclery
Recycling/Resorting Center
Composting
Surface Water Sediment Pond
Landfill Gas Refinery
Landfill Gas Pumping System
Leachate Treatment Facility
Ground Water Contaminant Monitoring Wells
EXPORT
dispersal from the center:
Municipal Solid Waste[2 scales]
Technology
Energy
Compost
Education/Awareness
--------The
center becomes
a kind of theme park, the theme being education and awareness of the inherent
uncertainty of a landfill and
the care it
requires. There are many activities to be experienced, all there
to teach us something about ourselves. Each 'venue' is distinct
and rigorous
in its program and yet together they represent a symbiotic organism.
All the pieces affect the whole and each affects the
other to a
certain extent.
-------This
web site represents the 3rd 'pile' of work. The first two piles were
crash courses on understanding how a landfill works and how
it affects
people. It was also time in which we determined our thesis or program
for the site. ------------process
msw/ traffic flow: 2 scale |
information import/export |
contamination plumes |
natural forest regrowth |
natural forest regrowth |
-------Final
site plan:
-Interstate 64 to the north
- Route 637 to the south
- Research center sited along spine bearing north-east
-To the left of the spine lies the grid of landfill gas collection pumps
which all feed to a single pipe which
then leads to the refinery
-Diagonal red lines represent the data from the ground water monitoring
wells