UPDATED:
04/02/96
BEST
MANAGEMENT PRACTICES FOR
CEMENT
PLANTS AND ROCKMINING FACILITIES
Best
management practices can be thought of as using "good housekeeping"
practices. Listed below are several procedures to
operate your facility
and
minimize the risk of contamination to the environment.
For
facilities performing vehicle maintenance:
1. A
waste oil and waste fluid collection area must be set up. This
area
must have a bermed impervious surface and be under cover.
Wastes
are to be stored in clearly marked containers that are in
good
condition. Leaking containers must be
replaced. Strippers,
chlorinated
solvents and flammable solvents must be kept
separately.
a.
Waste oil is to be disposed of by
a permitted waste oil
hauler. Receipts must be obtained and kept at your
facility.
b.
Chlorinated solvents, strippers or
flammable solvents must be
recycled
by a permitted solvent recycler or disposed of as
hazardous
waste. This waste must be shipped by a
permitted
hazardous
waste hauler to an approved EPA facility.
Receipts
and/or
manifests must be kept at your facility, available for
review.
c.
Antifreeze must be collected and
shipped by an approved
hauler
ir rectcked ysubg a certified recycling unit.
Receipts
must be kept at your facility, available for review.
2. All
used parts with oil or grease must also be stored on an
impervious
surface. All excess oil and grease
should be removed
before
storage.
3. Used
oil filters must be collected and handled by a permitted
hauler
or recycler. These filters can not be
disposed of in the
trash
as solid waste. A list of oil filter
recyclers is available
upon
request.
4. Rags
used during mechanical repairs or cleaning processes which
become
contaminated with waste oil or solvents are considered
hazardous
wastes and may be handled by an approved rag service or
an
approved hazardous waste transporter.
5. Steam
cleaning, pressure cleaning, truck washing and/or parts
washing
may not be done over open ground.
a.
Parts washing must be done in a
container or a parts washer.
The
parts can be rinsed or air dried over the parts cleaning
container. Absolutely no fluid, not even rinse water,
is to
be
disposed of to open ground, storm drains or septic tank.
Research
has shown that this rinse water contains solvents,
metals,
oil and grease. Dirty parts washing
fluid may be
recycled
or disposed of properly as previously discussed
above
in 1(b). A permitted parts washing
contractor who
brings
new fluid and takes away the sludge and dirty fluid is
the preferred disposal
method. Steam cleaning and/or
pressure
cleaning must be done in an area designed to collect
and
contain the cleaning effluent. The
system may recycle,
collect
or treat the effluent.
1. If
detergents or solvents are not used, an
oil/water separator connected to sanitary sewer
will usually allow effluent to meet sewer standards.
2.
The collected washwater may be
treated and
subsequently discharged to the sanitary sewer
system, if it meets sanitary sewer standards, or
recycled for further reuse. For existing
facilities on septic tank, it can be hauled to a
sewage treatment plant by a permitted septic tank
hauler. Industrial
waste cannot be discharged to
septic tank.
3. The
effluent wastewater generated from washing the
inside of cement trucks may be discharged to a DERM
approved lined settling pond. This effluent may not
contain engine washing effluent, solvents or other
hazardous materials.
Waste cement must not be
discharged to open ground.
***Plans for steamcleaning and/or
pressure cleaning, and/or Recycling Systems must be submitted to DERM for
approval before construction. .
6. Special attention should be paid to storm
drain (also known as
storm
sewer) locations. Storm drains are
designed to help
alleviate
rainwater build up. These drains are
not connected to
the
sanitary sewer system but rather assist in allowing rainwater
to
drain into the ground and groundwater.
Therefore, no
discharges
are to go to these storm drains. Areas
that are near
storm
drains must be kept free of oil, grease and other
contaminants
so that rainwater does not wash these materials into
the
storm drains.
7. Used
lead-acid batteries must be sent to a recycler. Batteries
must
be stored on an impervious surface and under cover until
shipment.
8. In
all situations where the waste is deemed to be hazardous, a
permitted
hazardous waste transporter must be used to transport
the
waste to a federally approved hazardous waste disposal
facility. Hazardous waste manifests must be maintained
at your
facility. The facility generating the hazardous waste
is required
to
obtain an Environmental Protection Agency identification
number,
unless classified as a conditionally exempt generator by
contacting:
Notification
Coordinator
Bureau
of Waste Planning and Regulation
Florida
Department of Environmental Protection
Twin
Towers Office Building Room 421
2600
Blair Stone Road
Tallahassee,
Florida 32399-2400
(904)
488-4805
9. All
hazardous waste must be disposed of via a permitted hazardous
waste
transporter and taken to a federally approved hazardous
waste
disposal facility. Receipts of all
waste disposals and
hazardous
waste manifests must be retained for no less than three (3)
years,
at the generator facility and be available for review.
For
facilities storing large amounts of chemicals and/or fuels:
10. Storage
a. For
facilities storing large amounts of chemicals and/or
fuels:
1. All
chemical and fuel storage must have secondary
containment. This
containment area should be able to
hold
110% of the volume of the largest single tank to be
stored in this area.
2.
Chemical storage areas must be on
an impervious surface
with secondary containment or a bermed and covered area away from drainage
structures (e.g. floor drains or
storm drains).
11. For
facilities which generate dust;
a.
The dust problem can be minimized
by keeping the problem areas
wet down or damp.
All
cement plants and rockmining facilities are required to have an
Annual
Pollution Control Operating Permit.
Questions
will be answered by the Industrial Facilities Section staff
at
(305)372-6600.