Now you can add a little flare to your Instagram account. It is important to note that in the case of particulate matter (PM), HNLUG reported difficulties with the measurements, so results were inconclusive – instead, particulate number (PN) measurements were made.įurther information on the project can be found in the project's layman report (see "Read more" section).Grid Maker for Instagram is an app to create outstanding collages from a single photo. The results clearly showed that BPSS emit significantly less for most parameters. To identify the emission reduction potential of BPSS compared to conventional generators, associated beneficiary Hessian State Agency for Nature Conservation, Environment and Geology (HLNUG).carried out emission measurements.
#INSTAGRID UFLEX SERIES#
It is worth pointing out that the costs for series production are not included in the LIFE project. In fact, project beneficiary instagrid could potentially have sold about 30 000 BPSS by the end of the project, but the necessary components were not available to realise this high number in a short time.
There has been a very high demand for the technology, mainly from larger construction companies. With regard to replication, close to 9 000 BPSS were produced in series and distributed either under a private label (instagrid.ONE) or as a white label during the project period. The BPSS use was evaluated, and feedback from the companies clearly showed that the battery systems met technical requirements, improved work safety and contributed to the health of both workers and bystanders. The project team assembled a total of 90 Battery-Power Supply Systems (BPSS) for test purposes, and delivered them to partner construction companies. The project also showcased a change in construction site practices focused on the new power supply. By the end of the project, diesel and petrol-driven generators were replaced in seven countries by 12 construction companies across Europe.
The long-term aim is to replace more polluting generators on construction sites across Europe, thus contributing to zero emission construction practices to enable cleaner air in cities.
#INSTAGRID UFLEX PROFESSIONAL#
LIFE CLEANAIRMM piloted a new portable, zero-emission battery power supply for professional use. It would also support the Occupational Safety and Health Framework Directive 89/391/EEC. The project aimed to help implement the EU Regulation 2016/1628 on requirements relating to gaseous and particulate pollutant emission limits and type-approval for internal combustion engines for non-road mobile machinery. These first 100 Battery-Power Supply Systems (BPSS) would enable pilot users such as city administrations and small and medium businesses to reduce local and global emissions. This would be achieved by installing a pilot of 100 battery-powered supply systems to substitute conventional fuel generators and validate the large-scale use of this technology. The overall aim of the LIFE CLEANAIRMM project was to achieve significant local emission reductions from construction and green care in urban areas, and to replace fuel driven generators (diesel/petrol) used to supply NRMM within the non-regulated machine class (<19kW). A (local) zero-emission battery-driven power supply can provide this power and meet to a significant but realistic market. But electric power supply is urgently needed on construction sites and other outdoor or underground workplaces, or in remote areas where power is otherwise hard to come by.
In addition, the regulations enforcement provides for long transition periods.ĮU and US environmental authorities (European Environmental Agency and Environmental Protection Agency) determine that, despite their low numbers compared to cars, NRMM are responsible for as much as 15%-20% of total NOX, 5% of total PM2.5 and significant amounts of CO and hydrocarbon emissions. While the EU regulation on internal combustion engines for non-road mobile machinery does cover NRMM, not all engine emission types are included. Non-road mobile machinery (NRMM) such as construction machinery, hand-held tools and generators contribute significantly to urban pollution particulate matter (PM) and nitrogen oxides (NOx) and greenhouse gas emissions because of low emission standards.
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