field logbook, tdd no. 95-07-0065 - united states · pdf file · 2014-05-29on-site...
TRANSCRIPT
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"Rite in the Rain" - A unique All-Weather Writing paper created to shed water and enhance the written image. It is widely used throughout the world for recording critical field data in all kinds of weather.
Available in a variety of standard and custom printed case-bound field books, loose leaf, spiral and stapled notebooks, multi-copy sets and computer papers.
"Rite in the Rain" All-Weather Writing Papers are also available in a wide selection of rolls and sheets for printing and photocopying.
a product of
J. L. DARLING CORPORATION TACOMA, WA 98421-3696 USA
ALL-WEATHER
LEVEL Notebook No. 311
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SDMS DocID 557640
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Yellow Polyethylene Protective Slipcovers (Item #31) are available for this style of notebook.
Helps protect your notebook from wear & tear. Contact your dealer or the J. L. Darling Corporation.
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KROLL ENVIRONMENTAL ENTERPRISES, INC. A Subsidiary of Kroll Associates
181 HARBOR DRIVE, STAMFORD, CT 06902
NEAL M. DRAWAS
TELEPHONE: (203) 363-1530 FAX: (203) 363-1540
FAX 216-252-8160
D O U G L A S E . M I X
VICE PRESIDENT
REGULATORY AFFAIRS
WHITE CONSOLIDATED INDUSTRIES. INC.
11770 BEREA ROAD
CLEVELAND. OHIO 44111
216-252 -8776
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C E H MATTHEW F. EICHLER, Pr inc ipa l
Q N f I iJ'UkUgiUn PLi'iCL, OUITC SUA!) ' POST OFFICE BOX 4696
PORTSMOUTH, NEW HAMPSHIRE 03802-4696
TEL: (603) 431-4899 FAX: 1603) 431-5982
CASWELL, EICHLER & HILL, INC. GEOLOGY HYDROLOGY GEOPHYSICS ENGINEERING
, l i t CASWELL, EICHLER & HILL C i a i g R « G e n d r O l l , P . G . , P . E .
Senior Project Engineer/Hydrogeologist Chief of Staff
One Harbour Place • Suite 300 Post Office Box 4696 Portsmouth, New Hampshire 03802
Telephone (603) 431 -4899 Fax (603) 431 -5982
Geologists Engineers Hydrogeologists Geophysicists
On-site Reconnaissance Checklist
t. Verify location of property on a U.S. Geological Survey topographic map.
2. Monitor ambient air in accordance with the Site Health and Safety Plan.
3. Draw a site sketch of the property.
4. Determine the approximate physical dimensions of any on-site sources (length, width, height, depth).
5. Note the quantity, contents (if labelled), and condition of any source areas.
6. Note any containment features which would prevent migration from sources to air. groundwater, and surface water.
7. Determine whether there are any barriers limiting access to the source areas of contamination.
8. Determine the distance to the closest regularly occupied building, as measured from any on-site source which might emit contaminants to the air.
9. Determine the number of residences, schools, and day-care facilities located within 200 feet of source areas.
10. Locate and note the condition of all on-site monitoring wells (if applicable).
11. Look for evidence of surface soil contamination, such as stained soil or leachate outbreaks.
12. Note any stressed vegetation.
13. Determine overland path to the surface water.
14. Identify, measure, and flag sample locations based on site conditions.
15. Determine the number of on-site employees.
16. Determine the location of the nearest private well.
17. Note all processes that have occurred on site.
18. Note all chemicals used in processes.
19. Note other off-site potential sources of contamination.
y • COPIER PAPERS
III GRID SHEETS POLY-CLIPBOARDS
Field data .. .if its worth collecting, its worth protecting.
JUL
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