Chapter 291 |
2023 -- S 1119 Enacted 06/22/2023 |
A N A C T |
RELATING TO HEALTH AND SAFETY -- MERCURY REDUCTION AND EDUCATION ACT |
Introduced By: Senator Dominick J. Ruggerio |
Date Introduced: June 13, 2023 |
It is enacted by the General Assembly as follows: |
SECTION 1. Findings. |
The general assembly finds that: |
(1) Mercury is a persistent and toxic pollutant that bioaccumulates in the environment and |
poses a serious threat to humans, particularly young children, and wildlife. |
(2) Human exposure to mercury can result in nervous system, kidney, and liver damage |
and impaired childhood development. |
(3) All fluorescent lamps contain mercury and can create an immediate public health and |
environmental hazard when they accidentally break during installation, use, transportation, storage, |
recycling, or disposal. |
(4) Light-emitting diode (LED) replacements for fluorescent lamps do not contain mercury. |
(5) LED replacements for fluorescent lamps are widely available for the range of |
fluorescent lamps used to light businesses and homes and last two (2) to three (3) times longer. |
SECTION 2. Chapter 23-24.9 of the General Laws entitled "Mercury Reduction and |
Education Act" is hereby amended by adding thereto the following section: |
23-24.9-6.1. Prohibition on fluorescent lamps. |
(a) As used in this section, the following words shall have the following meanings: |
(1) “Compact fluorescent lamp” means a compact low-pressure, mercury-containing, |
electric-discharge light source in which a fluorescent coating transforms some of the ultraviolet |
energy generated by the mercury discharge into visible light, and includes all of the following |
characteristics: |
(i) One base (endcap) of any type, including, but not limited to, screw, bayonet, two (2) |
pins, and four (4) pins; |
(ii) Integrally ballasted or nonintegrally ballasted; |
(iii) Light emission between a correlated color temperature of 1700K and 24000K and a |
Duv of +0.024 and -0.024 in the International Commission on Illumination (CIE) Uniform Color |
Space (CAM02-UCS); |
(iv) All tube diameters and all tube lengths; and |
(v) All lamp sizes and shapes for directional and nondirectional installations including, but |
not limited to, PL, spiral, twin tube, triple twin, 2D, U-bend, and circular. |
(2) “Linear fluorescent lamp” means a low-pressure, mercury-containing, electric- |
discharge light source in which a fluorescent coating transforms some of the ultraviolet energy |
generated by the mercury discharge into visible light, and includes all of the following |
characteristics: |
(i) Two (2) bases (endcaps) of any type, including single-pin, two (2)-pin, or recessed |
double contact; |
(ii) Light emission between a correlated color temperature of 1700K and 24000K and a |
Duv of +0.024 and -0.024 in the International Commission on Illumination (CIE) Uniform Color |
Space (CAM02-UCS); |
(iii) All tube diameters, including, but not limited to, T5, T8, T10, and T12; |
(iv) All tube lengths from one-half (1/2) to eight (8.0) feet inclusive; and |
(v) All lamp shapes, including, but not limited to, linear, U-bend, and circular. |
(b) On and after January 1, 2024, it shall be a violation of this section to offer for final sale, |
sell at final sale, or distribute in this state as a new manufactured product a screw or bayonet base |
type compact fluorescent lamp. |
(c) On and after January 1, 2025, it shall be a violation of this section to offer for final sale, |
sell at final sale, or distribute in this state as a new manufactured product a pin-base type compact |
fluorescent lamp or a linear fluorescent lamp. |
(d) This section does not apply to the following: |
(1) A lamp designed and marketed exclusively for image capture and projection, including: |
(i) Photocopying; |
(ii) Printing, directly or in preprocessing; |
(iii) Lithography; |
(iv) Film and video projection; and |
(v) Holography. |
(2) A lamp that has a high proportion of ultraviolet light emission and is one of the |
following: |
(i) A lamp with high ultraviolet content that has ultraviolet power greater than two (2) |
milliwatts per kilolumen (mW/klm); |
(ii) A lamp for germicidal use, such as the destruction of DNA, that emits a peak radiation |
of approximately two hundred fifty-three and seven-tenths (253.7) nanometers; |
(iii) A lamp designed and marketed exclusively for disinfection or fly trapping from which |
either the radiation power emitted between two hundred fifty (250) and three hundred fifteen (315) |
nanometers represents at least five percent (5%) of, or the radiation power emitted between three |
hundred fifteen (315) and four hundred (400) nanometers represents at least twenty percent (20%) |
percent of, the total radiation power emitted between two hundred fifty (250) and eight hundred |
(800) nanometers; |
(iv) A lamp designed and marketed exclusively for the generation of ozone where the |
primary purpose is to emit radiation at approximately one hundred eighty-five and one-tenth |
(185.1) nanometers; |
(v) A lamp designed and marketed exclusively for coral zooxanthellae symbiosis from |
which the radiation power emitted between four hundred (400) and four hundred eighty (480) |
nanometers represents at least forty percent (40%) of the total radiation power emitted between two |
hundred fifty (250) and eight hundred (800) nanometers.; |
(vi) Any ultraviolet lamp designed and marketed exclusively for use in a sunlamp product, |
as defined as a phototherapy product in subchapter J of title 21 of the Code of Federal Regulations, |
as in effect on the effective date of this section. |
(3) A lamp designed and marketed exclusively for use in medical or veterinary diagnosis |
or treatment, or in a medical device. |
(4) A lamp designed and marketed exclusively for use in the manufacturing or quality |
control of pharmaceutical products. |
(5) A lamp designed and marketed exclusively for spectroscopy and photometric |
applications, such as UV-visible spectroscopy, molecular spectroscopy, atomic absorption |
spectroscopy, nondispersive infrared (NDIR), Fourier transform infrared (FTIR), medical analysis, |
ellipsometry, layer thickness measurement, process monitoring, or environmental monitoring. |
(6) A lamp used by academic and research institutions for conducting research projects and |
experiments. |
(7) A compact fluorescent lamp used to replace a lamp in a motor vehicle manufactured on |
or before January 1, 2020. |
(e)(1) The department may cause periodic inspections to be made of distributors or retailers |
in order to determine compliance with the provisions of this section. The department shall |
investigate complaints received concerning violations of this section. |
(2) If the department finds that any person has committed a violation of any provision of |
this section, the department shall issue a warning to such person. Any person who commits a |
violation after the issuance of such warning and any further violations committed by such person |
shall be subject to a civil penalty pursuant to the provisions of § 23-24.9-16. Each lamp offered, |
sold, or distributed in violation of subsection (b) of this section shall constitute a separate violation, |
each violation shall constitute a separate offense, and each day that such violation occurs shall |
constitute a separate offense. |
(3) If the department finds repeated violations have occurred, it shall report the results of |
such violations to the attorney general. The attorney general may institute proceedings to seek an |
injunction in superior court to enforce the provisions of this section. |
(4) The department may adopt such further regulations as necessary to ensure the proper |
implementation and enforcement of the provisions of this section. |
SECTION 3. This act shall take effect upon passage. |
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LC003220 |
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