♻️ SAMPAH PLASTIK JADI BAHAN BAKAR DI BANJARNEGARA! 🔥 Banjarnegara dan BRIN ciptakan gebrakan dengan mesin Fast Pyrolysis 5.0! 🚀 Teknologi canggih ini suling sampah plastik (HDPE, LDPE, PP) jadi Petasol, bahan bakar setara solar berkualitas tinggi (CN 54). 🌱 Kurangi polusi, dukung petani dan nelayan, plus dorong ekonomi sirkular! Dengan 52 mitra replikasi dan paten terdaftar, inovasi ini siap selamatkan bumi. Yuk, dukung revolusi hijau dari Banjarnegara! 💪 sc: ig/umkmsarjana #FastPyrolysis #Petasol #BanjarnegaraInovasi #perubahaniklim #climatechange #sustainable #wastemanagement #sustainableliving #recycle #reduce #reuse #pilahsampah #pilahsampahdarirumah #pengelolaansampah #greenliving #environment #lessplastic #sampah #daurulang #zerowaste #renewable #kurangisampahplastik #sampahdaurulang .

Large internal combustion engines (ICE) will be needed in flexible power plants and marine applications. In order for large diesel engines to be environmentally sustainable both on land and at sea, it is necessary to find bio- and waste-based alternatives to fossil fuels. Three types of bio-oils were identified and evaluated in a three-year national BioFlex project coordinated by VTT: fast pyrolysis bio-oil (FPBO), biomass catalytic fast pyrolysis bio-oil (CFP), and hydrotreated FPBO.o #FastPyrolysis bio-oil upgraded by hydroprocessing is a promising product for large diesel engines. However, there are challenges using fixed-bed hydroprocessing and new technologies such as slurry hydroprocessing are needed to secure commercialization. The BioFlex project generated new information on the properties for upgraded FPBO reflecting its usability as a marine fuel and needs for further improvements. Further adjustments are needed, for example, regarding the distillation range, flash point, cetane number, density, viscosity, acid number, carbon residue and water-soluble phenolic compounds to meet marine fuel requirements defined in ISO 8217. The upgraded bio-oil is a potential low-carbon fuel to be used in IC engines to provide flexible power in an energy system dominated by variable renewable energy. Based on the results the focus on upgrading at VTT will be slurry hydroprocessing. See article at page 10 of #IEABioenergy @34_IEABioenergy PyNe54 newsletter: task34.ieabioenergy.com/wp-c…

Comparing pyrolysis and #HydrothermalLiquefaction, pyrolysis opportunities primarily engage in separation technologies to parse bio-oil into valuable fractions, while #HTL opportunities delves into downstream conversion to utilize the carbon content in its aqueous phase. This focus disparity makes it challenging for HTL to borrow from pyrolysis advancements due to differing bio-oil chemistries. However, pyrolysis could potentially benefit from HTL’s aqueous phase solutions, as the challenges with aqueous fractions are likely parallel in both processes. Numerous opportunities exist for creating materials and chemicals from biomass pyrolysis, particularly fast pyrolysis. #FastPyrolysis can yield substantial liquid products, also known as bio-oil, composed of various complex components. While fast pyrolysis bio-oil has established uses as an energy carrier, exploiting its complex chemical structure could unlock more applications. Different conversion processes could transform bio-oil into a range of valuable chemicals. 🔗 ieabioenergy.com/blog/public… @34_IEABioenergy

#Pyrolysis is the thermochemical decomposition of solid #biomass performed at elevated temperatures in the absence of oxygen. Thus, a solid, a liquid, and a gas fraction are achieved. Different modes of pyrolysis are also distinguished: fast, intermediate, and slow (depending on the process used—either torrefaction or carbonisation). Pyrolysis can be viewed as a biomass densification step (e.g., torrefaction) to increase the energy density before long-distance transport. #FastPyrolysis is already established as a suitable technology for the production of marketable fuels. Additional applications with higher added value, such as production of activated carbon, are also state-of-the-art. 👉 Learn more about fast pyrolysis on Bioenergy Review 🔗 ieabioenergyreview.org/direc…

#BioOil | #MultipurposeFuel The generic nickname is Bio-Oil, but the full name is Pyrolysis Liquid Fuel - produced through #FastPyrolysis when #biomass is heated at a very fast heating rate (<1 sec) to reach a temperature range of 500-700o C & then cool… instagr.am/p/CgEKY9NBKOf/

Follow us for timely, relevant, and actionable #energy insights. A summary from November... #offroaddieselemissions #biooil #fastpyrolysis #methaneemissions #EUgasimports #oilprices #OPEC #omicron

#Structural evolution mechanisms of #biochar from #solidstate #fermentation residues in a novel V-shaped down-tube reactor during #fastpyrolysis. ow.ly/WsuI50Ay53u #BioResJournal #biomass #energy

SPIRE project Bio4Projects will host a webinar on 14 Nov. on #fastpyrolysis, a novel tech. that has potential to transform #biomass into high #addedvalue #chemicals, #materials & #energy replacing #rawmaterials from #crudeoil. Interested? Register now! bit.ly/2MIwVIX

5 PhD studentship opportunities at EBRI: 1. #bioenergypolicy 2. economic feasibility #bioenergysystems 3. #catalytic #biomass pretreatment #biorefinery streams 4. #thermochemical #biologicalconversion routes 5. #fastpyrolysis APPLY BY 30 SEPT jobs.aston.ac.uk/vacancies.a…

#Hydrocarbonrich waste such as #plastics & #tires could be #recycled locally with the #CASO technology, save the environment from #waste & produce oil that can replace crude oil. #economical #viable #Cleantech #fastpyrolysis bbc.com/news/business-449055…

With the CASO technology there is no need for any plastics ending up in our oceans. We can give this waste a new home. bbc.com/news/science-environ… #newtechnology #cleantech #oceancleanup #plasticrecycling #pyrolysis #fastpyrolysis #endoflifeplastic #scandianviancleantechcompany

Cassandra Oil can provide a new home to all current plastic waste, especially the un-recyclable plastics ending up in landfill or incineration.100% material recovery through an environmentally friendly process #WTE #newtechnology #cleantech #fastpyrolysis #investmentincleantech

Plastic bags & most other plastics can be broken down to oil that will replace crude oil in production of new items. From plastic bag to eternity via #CASO #8secondpyrolysis #fastpyrolysis #newtechnology #WTE #endoflifeplastic #cleantech #oceancleanup #keeptheoceansclean

We can slow down the fossil oil extraction and solve the waste issue i.e. killing 2 birds with 1 stone. #WTE #newtechnology #cleantech #oceancleanup #keeptheoceansclean #plasticrecycling #pyrolysis #fastpyrolysis #endoflifeplastic #blackplastic #householdwaste #ELT #Recycle

Our latest news at facebook.com/ELPgroup/ #biooil #biochar #fastpyrolysis #biofuel #fpp02

Promo video our FPP02 youtu.be/0Zi3OvomlSc #fastpyrolysis #biooil #biochar #biomass #pyrolysis #biorefinery #elpgroup

Wildfire: Turning Dead Trees into Oil. #FastPyrolysis wildfireinthewest.blogspot.c…

#ASICIMeeting #fastpyrolysis #pyrolysis #plenarylecture of Prof. Wolter Prins #meeting #combustion

Interested in #FastPyrolysis? Check out @bdigest latest guide w/ detailed profiles of top 10 pyrolysis companies biofuelsdigest.com/bdigest/2…