October 19, 2023
A Spotlight on Global Readiness for the LED Future
Data from 60+ countries shine a light on one crucial fact: we do not need to delay an international phase out of toxic, mercury-ladened fluorescent lamps any longer as cost-effective, energy-efficient LED alternatives are widely availability across the globe.
Markets around the world are prepared to take quick action to turn off the tap of toxic mercury lighting, ushering in a new era of equitable, safe LED lighting.
A new report from the Clean Lighting Coalition, supported by our global partners, adds to the mounting evidence calling for an end to the already dwindling production, export and import of fluorescent lamps. The report reviews market data from the Africa, Asia Pacific, and Latin America and the Caribbean regions.
The data highlight that energy efficient, mercury-free LED alternatives for linear fluorescent lamps (LFLs) and compact fluorescent lamps with a non-integrated ballast (CFLnis) are ready to meet international lighting demand now – supporting health, economic, and climate and pollution mitigation targets.
LED manufacturing is booming in every region CLiC investigated, according to the report, and the lamps pay for themselves quickly in energy savings. Global LED stock is projected to keep growing and the major manufacturers are prepared to meet lamp by lamp replacement of fluorescents at the end of their useful life – a strategy that avoids an influx of mercury waste to manage while also stopping new mercury from entering the market.
The 147 Parties to the Minamata Convention on Mercury Fifth Conference of the Parties (COP5) have the opportunity to protect the global communities, particularly underregulated markets, from the dangers of fluorescent bulbs. The report illustrates that the longer we needlessly wait to phase out all remaining fluorescents, the more each country risks.
More information available here
EFC has previously sent out communications regarding a proposed amendment to the Products Containing Mercury Regulation.