Sec. 74-134
Extracted standards
7 individual requirements pulled out of this section’s prose, each with the sentence it came from.
Grading
- Maximum re-grading slope5 ratio
Re-grading of borrow, extraction, and excavation areas shall occur after the sooner of six (6) months of inactivity or following termination of such activities and shall be consistent with pre-existing grade or at a grade not greater than 5:1.
- Maximum stockpile heightMaximum heightThe tallest a building may be, given in feet, in storeys, or both — whichever binds first.35 ft
No surplus or stockpile shall exceed a thirty-five-foot maximum vertical height
- Maximum stockpile slope4 ratio
no slope for surplus or stockpile shall exceed 4:1 unless appropriate best management practices, as set forth by the Peter Francisco Soil and Water Conservation District, are utilized
Other
- Drainage best management practices
Drainage around any surplus, stockpiles, or cover material will be consistent with best management practices to avoid erosion, leaching of materials and sediment run-off.
- Salt and sand pile cover20 cuft
Salt and sand piles over twenty (20) cubic feet will be covered when not accessed.
- Screening requirement for equipment and stockpiles
Any equipment, vehicles, or supplies necessary to borrow, extract, excavate, stockpile, move material and similar such activities and on-site for longer that a consecutive two-month period shall be screened by architectural or landscape architectural screening to be visually unobtrusive from any public road or from any adjacent property.
- Screening requirement if visible
Architectural or landscape architectural screening of borrow, extraction or excavation areas, surplus or stockpiles shall be provided if visible from a public road or from adjacent property.
From the ordinance
No surplus or stockpile shall exceed a thirty-five-foot maximum vertical height and no slope for surplus or stockpile shall exceed 4:1 unless appropriate best management practices, as set forth by the Peter Francisco Soil and Water Conservation District, are utilized to prevent erosion, leaching of materials and sediment run-off.