Or. Admin. Code § 345-092-0040 - Standards Relating to Environmental Impacts of Uranium Mill Operation
To issue a site certificate for a uranium mill, the Council must find that:
(1) Release of
airborne particulates from the facility can be controlled through the use of
baghouses or equivalent methods to the maximum extent consistent with existing
milling technology and without increasing occupational health and safety
risks.
(2) All mill ponds used for
the collection and storage of mill tailings and chemical agents can be designed
or sited in such a manner as to preclude seepage into any groundwater aquifers
to the maximum extent consistent with existing impoundment
technology.
(3) Studies have been
performed characterizing the relative abundance and diversity of the plant and
animal species at the proposed site of the facility and:
(a) The proposed facility is not likely to
jeopardize the continued wildlife use of deer, elk and antelope wintering
ranges or migration routes of migratory wildlife.
(b) The above ground portions of the proposed
facility are not located on antelope fawning areas, sage grouse strutting and
nesting areas or waterfowl nesting and rearing areas that are necessary to
sustain the existing local or migratory populations of such species.
(c) Areas within the boundary of the facility
site with unstable or fragile soils have been satisfactorily identified and
available construction techniques can be employed to reduce adverse impacts
such as erosion and compaction.
(d)
The bird species using the area affected by the proposed facility have been
identified, and the facility is not likely to jeopardize the continued
existence of local or migratory populations of such bird species.
Notes
Stat. Auth.: ORS 469.556
Stats. Implemented: ORS 469.553
State regulations are updated quarterly; we currently have two versions available. Below is a comparison between our most recent version and the prior quarterly release. More comparison features will be added as we have more versions to compare.
No prior version found.