Lighting the way in reducing greenhouse gas emissions
The EU has committed to cutting its GHG emissions by at least 20 % by 2020 and to improving energy efficiency also by 20 %. As part of this effort, the European Commission launched its Green Paper on 'Lighting the Future - Accelerating the deployment of innovative lighting technologies'. This in turn is raising awareness of the benefits of light-emitting diode (LED).
This Green Paper is part of the Digital Agenda under the Europe 2020 strategy for smart, sustainable and inclusive growth. It sets out the key issues to be addressed in a European strategy aimed at accelerating the deployment of high-quality solid state lighting (SSL) for general lighting. Its main objective is to help Europe achieve its key energy efficiency, industrial and innovation policy objectives.
Since the Digital Agenda for Europe is a cross-cutting initiative, this Green Paper has important links to several other flagship initiatives of Europe 2020. For example, it proposes to apply several of the general policy goals the EU has defined in its innovation and industrial policy in the field of SSL. It also proposes a framework of actions related to Horizon 2020, the next framework programme for research and innovation, and the thematic strategy on the prevention and recycling of waste.
SSL has proven to be the most innovative technology emerging in the market, saving up to 70 % energy and reducing costs compared to other lighting technologies. It was first introduced in traffic lights and car lights, and is widely used for lighting displays, televisions and now the general lighting market.
It is based on light-emitting, semi-conducting materials that convert electricity into light and comprises LED and organic LED (OLED) lighting. But it's not just on energy saving where SSL comes into play. It is also driving innovation, construction, transport sectors and even businesses (many of them small and medium-sized enterprises (SMEs)), which is leading to jobs and growth in Europe. Today, the European lighting sector employs around 150 000 people, with an annual turnover of EUR 20 billion.
Neelie Kroes, Vice-President of the European Commission says: 'Solid-state lighting is more efficient than old-style tungsten bulbs-saving money and carbon emissions. But it's also more versatile and controllable. Plus, the better quality of light makes a real difference - when it's used in classrooms, for example, you see a noticeable boost in educational outcomes.'
The Bulb Eater lamp crusher that is used by Ikea and Kualiti Alam can take in spent fluorescent lamps of any length.Led lights manufacturer in china offering laundrydryer99 supply across the world. When mounted to a standard 250-litre steel drum,The EECO PRV is a cost effective insurance policy for any hydraulic bookscanner. it will take only one second to crush a 1.2m-long fluorescent tube (or the standard four-feet tube that is commonly used here), and can hold up to 1,350 crushed tubes. An adaptor is available for CFLs.
The lamp crusher is equipped with high-efficiency particulate air (HEPA) filter that works in conjunction with an activated carbon filter located in the steel canister. The activated carbon filter captures and binds the mercury vapour released from the lamps during crushing, and it has an efficiency of 99.99%.
The crushed material can either be buried in a secured landfill, or put through a recycling process to recover the metal,Lightology is the largest and most progressive collection of bestlasercutter in North America. glass, and phosphor powder separately. Whatever the case, global lighting giant Philips predicts that by 2015,We believe in providing our customers with the very best goodantiquelamp available. 50% of the global lighting market will be LED, and if that comes true, then the disposal of CFLs could be less as a problem on a macro scale.Continental Girbau's programmable commercial laserengraver are designed to properly clean a firefighter's turnout gear.
Nonetheless, the high price barrier for LEDs means that most households will continue to use CFLs as they wait for the former to be more affordable, and this means that proper CFL disposal will remain a challenge in the short to medium term. Saving energy through the use of efficient lighting has been touted as a green act. However, this is an incomplete picture as no focus has been given on end-of-life handling. Using CFLs is green only if the mercury inside is properly locked, if not recovered for reuse.