North Carolina § 104E-26 Standards and criteria for licensing low-level radioactive waste facilities

North Carolina Statutes

§ 104E-26 — Standards and criteria for licensing low-level radioactive waste facilities

North Carolina § 104E-26

Ch. 104ENorth Carolina Radiation Protection Act

This text of North Carolina § 104E-26 (Standards and criteria for licensing low-level radioactive waste facilities) is published on Counsel Stack Legal Research, covering North Carolina primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook

N.C. Gen. Stat. § 104E-26 (2026).

Text

Standards and criteria for licensing low-level radioactive waste facilities shall be developed by the Commission. Such standards and criteria shall be developed with public participation and shall be incorporated into rules adopted by the Commission for the licensing of such facilities. Standards and criteria shall be consistent with all applicable federal and State law, including statutes, regulations and rules; shall be developed and revised in light of the best available scientific data; and shall be based on consideration of at least the following factors:

(1)Hydrological and geological factors, including flood plains, depth to water table, groundwater travel time, soil pH, soil cation exchange capacity, soil composition and permeability, cavernous bedrock, seismic activity, slope, mi

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Standards and criteria for licensing low-level radioactive waste facilities shall be developed by the Commission. Such standards and criteria shall be developed with public participation and shall be incorporated into rules adopted by the Commission for the licensing of such facilities. Standards and criteria shall be consistent with all applicable federal and State law, including statutes, regulations and rules; shall be developed and revised in light of the best available scientific data; and shall be based on consideration of at least the following factors:
(1) Hydrological and geological factors, including flood plains, depth to water table, groundwater travel time, soil pH, soil cation exchange capacity, soil composition and permeability, cavernous bedrock, seismic activity, slope, mines, climate and earthquake faults;
(2) Environmental and public health factors, including air quality, quality of surface and groundwater, and proximity to public water supply watersheds;
(3) Natural and cultural resources, including wetlands, gamelands, endangered species habitats, proximity to parks, forests, wilderness areas, nature preserves, and historic sites;
(4) Local land uses;
(5) Transportation factors, including proximity to waste generators, route safety, and method of transportation;
(6) Aesthetic factors, including the visibility, appearance, and noise level of the facility. (1987, c. 850, s. 15.)