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| | 10300HB2363ham001 | - 2 - | LRB103 04761 BDA 71623 a |
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1 | | from the waste stream prior to combustion or disposal is |
2 | | an effective way to reduce mercury pollution. |
3 | | (4) All fluorescent lamps contain mercury and can |
4 | | create an immediate public health and environmental hazard |
5 | | when they accidentally break during installation, use, |
6 | | transportation, storage, recycling, or disposal. |
7 | | (5) Light-emitting diode (LED) replacements for |
8 | | fluorescent lamps do not contain any mercury. |
9 | | (b) In this Section: |
10 | | "Compact fluorescent lamp" means a compact low-pressure, |
11 | | mercury-containing, electric-discharge light source in which a |
12 | | fluorescent coating transforms some of the ultraviolet energy |
13 | | generated by the mercury discharge into visible light, and |
14 | | includes all of the following characteristics: |
15 | | (1) One base (end cap) of any type, including, but not |
16 | | limited to, screw, bayonet, 2 pins, and 4 pins. |
17 | | (2) Integrally ballasted or non-integrally ballasted. |
18 | | (3) Light emission between a correlated color |
19 | | temperature of 1700K and 24000K and a Delta u, v of +0.024 |
20 | | and -0.024 in the International Commission on Illumination |
21 | | (CIE) Uniform Color Space (CAM02-UCS). |
22 | | (4) All tube diameters and all tube lengths. |
23 | | (5) All lamp sizes and shapes for directional and |
24 | | nondirectional installations, including, but not limited |
25 | | to, PL, spiral, twin tube, triple twin, 2D, U-bend, and |
26 | | circular. |
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| | 10300HB2363ham001 | - 3 - | LRB103 04761 BDA 71623 a |
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1 | | "Linear fluorescent lamp" means a low-pressure, |
2 | | mercury-containing, electric-discharge light source in which a |
3 | | fluorescent coating transforms some of the ultraviolet energy |
4 | | generated by the mercury discharge into visible light, and |
5 | | includes all of the following characteristics: |
6 | | (1) Two bases (end caps) of any type, including, but |
7 | | not limited to, single-pin, two-pin, and recessed double |
8 | | contact. |
9 | | (2) Light emission between a correlated color |
10 | | temperature of 1700K and 24000K and a Delta u, v of +0.024 |
11 | | and -0.024 in the International Commission on Illumination |
12 | | (CIE) Uniform Color Space (CAM02-UCS). |
13 | | (3) All tube diameters, including, but not limited to |
14 | | T5, T8, T10, and T12. |
15 | | (4) All tube lengths from 0.5 to 8.0 feet, inclusive. |
16 | | (5) All lamp shapes, including, but not limited to, |
17 | | linear, U-bend, and circular. |
18 | | "Sunlamp product" has the meaning given in 21 CFR |
19 | | 1040.20(b)(9). |
20 | | (c) Beginning January 1, 2026, no person shall sell, offer |
21 | | to sell, or distribute in the State as a new manufactured |
22 | | product a screw-base or bayonet-base type compact fluorescent |
23 | | lamp. |
24 | | (d) beginning January 1, 2027, no person shall sell, offer |
25 | | to sell, or distribute in the State as a new manufactured |
26 | | product a pin-base type compact fluorescent lamp or a linear |
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| | 10300HB2363ham001 | - 4 - | LRB103 04761 BDA 71623 a |
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1 | | fluorescent lamp. |
2 | | (e) The prohibitions in this Section do not apply to the |
3 | | following: |
4 | | (1) A lamp designed and marketed exclusively for image |
5 | | capture and projection, including: |
6 | | (A) photocopying; |
7 | | (B) printing, directly or in preprocessing; |
8 | | (C) lithography; |
9 | | (D) film or video projection; or |
10 | | (E) holography. |
11 | | (2) A lamp that has a high proportion of ultraviolet |
12 | | light emission and is one of the following: |
13 | | (A) a lamp with high ultraviolet content that has |
14 | | ultraviolet power greater than 2 milliwatts per |
15 | | kilolumen (mW/klm); |
16 | | (B) a lamp for germicidal use, such as the |
17 | | destruction of DNA, that emits a peak radiation of |
18 | | approximately 253.7 nanometers; |
19 | | (C) a lamp designed and marketed exclusively for |
20 | | disinfection or fly trapping from which either the |
21 | | radiation power emitted between 250 and 315 nanometers |
22 | | represents at least 5% of, or the radiation power |
23 | | emitted between 315 and 400 nanometers represents at |
24 | | least 20% of, the total radiation power emitted |
25 | | between 250 and 800 nanometers; |
26 | | (D) a lamp designed and marketed exclusively for |
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1 | | the generation of ozone where the primary purpose is |
2 | | to emit radiation at approximately 185.1 nanometers; |
3 | | (E) a lamp designed and marketed exclusively for |
4 | | coral zooxanthellae symbiosis from which the radiation |
5 | | power emitted between 400 and 480 nanometers |
6 | | represents at least 40% of the total radiation power |
7 | | emitted between 250 and 800 nanometers; and |
8 | | (F) a lamp designed and marketed exclusively for |
9 | | use in a sunlamp product. |
10 | | (3) A lamp designed and marketed exclusively for use |
11 | | in medical or veterinary diagnosis or treatment or in a |
12 | | medical device. |
13 | | (4) A lamp designed and marketed exclusively for use |
14 | | in the manufacturing or quality control of pharmaceutical |
15 | | products. |
16 | | (5) A lamp designed and marketed exclusively for |
17 | | spectroscopy and photometric applications, such as |
18 | | UV-visible spectroscopy, molecular spectroscopy, atomic |
19 | | absorption spectroscopy, nondispersive infrared (NDIR) |
20 | | spectroscopy, Fourier transform infrared (FTIR) |
21 | | spectroscopy, medical analysis, ellipsometry, layer |
22 | | thickness measurement, process monitoring, or |
23 | | environmental monitoring. |
24 | | (6) A lamp used by academic and research institutions |
25 | | for conducting research projects and experiments. |
26 | | (7) A compact fluorescent lamp used to replace a lamp |
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| | 10300HB2363ham001 | - 6 - | LRB103 04761 BDA 71623 a |
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1 | | in motor vehicles manufactured on or before January 1, |
2 | | 2020. |
3 | | (8) A compact fluorescent lamp or linear fluorescent |
4 | | lamp sold or offered for sale on or before January 1, 2028, |
5 | | if there is no LED alternative available. |
6 | | (f) Nothing in this Section shall be interpreted to limit |
7 | | the ability of a utility to offer energy efficient lighting, |
8 | | rebates, or lamp recycling services, or to claim persisting |
9 | | energy savings based on fluorescent technology resulting from |
10 | | such programs, through its energy conservation and |
11 | | optimization plans approved by the Illinois Commerce |
12 | | Commission under Section 8-103B of the Public Utilities Act. ". |