Nebraska § 76-3504 Radon resistant new construction; minimum standards

Nebraska Statutes

§ 76-3504 — Radon resistant new construction; minimum standards

Nebraska § 76-3504

Ch. 76Real Property

This text of Nebraska § 76-3504 (Radon resistant new construction; minimum standards) is published on Counsel Stack Legal Research, covering Nebraska primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook

Neb. Rev. Stat. § 76-3504 (2026).

Text

Except as provided in section 76-3505 , new construction built after September 1, 2019, in the State of Nebraska that is intended to be regularly occupied by people shall be built using radon resistant new construction. Such construction shall meet the following minimum standards:

(1)Sumps:

(a)A sump pit open to soil or serving as the termination point for subslab or exterior drain tile loops shall be covered with a gasketed or otherwise sealed lid;

(b)A sump used as the suction point in a subslab depressurization system shall have a lid designed to accommodate the vent pipe; and

(c)A sump used as a floor drain shall have a lid equipped with a trapped inlet;

(2)A passive subslab depressurization system shall be installed during construction in basement or slab-on-grade buildings, inc

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Except as provided in section 76-3505 , new construction built after September 1, 2019, in the State of Nebraska that is intended to be regularly occupied by people shall be built using radon resistant new construction. Such construction shall meet the following minimum standards:
(1) Sumps:
(a) A sump pit open to soil or serving as the termination point for subslab or exterior drain tile loops shall be covered with a gasketed or otherwise sealed lid;
(b) A sump used as the suction point in a subslab depressurization system shall have a lid designed to accommodate the vent pipe; and
(c) A sump used as a floor drain shall have a lid equipped with a trapped inlet;
(2) A passive subslab depressurization system shall be installed during construction in basement or slab-on-grade buildings, including the following components:
(a) Vent pipe:
(i)(A) A minimum three-inch diameter acrylonitrile butadiene styrene (ABS), polyvinyl chloride (PVC), or equivalent gas-tight pipe shall be embedded vertically into the subslab permeable material before the slab is cast. A "T" fitting or equivalent method shall be used to ensure that the pipe opening remains within the subslab permeable material; or
(B) A minimum three-inch diameter ABS, PVC, or equivalent gas-tight pipe shall be inserted directly into an interior perimeter drain tile loop or through a sealed sump cover where the sump is exposed to the subslab or connected to it through a drainage system;
(ii) The pipe shall be extended up through the building floors and terminate at least twelve inches above the surface of the roof in a location at least ten feet away from any window or other opening into the conditioned spaces of the building that is less than two feet below the exhaust point and ten feet from any window or other opening in adjoining or adjacent buildings; and
(iii) In buildings where interior footings or other barriers separate the subslab gas-permeable material, each area shall be fitted with an individual vent pipe. Vent pipes shall connect to a single vent that terminates above the roof or each individual vent pipe shall terminate separately above the roof. All exposed and visible interior radon vent pipes shall be identified with at least one label on each floor and in accessible attics. Such label shall read: Radon Reduction System; and
(3) Power source: In order to provide for future installation of an active radon mitigation system, an electrical circuit terminated in an approved box shall be installed during construction in the attic or other anticipated location of vent pipe fans.