how is it that the planet is now asking for help? I am simply amazed at this fact! And how are developers going to get out of this situation? What do they offer?
firstly, it is necessary to understand exactly what the purpose of this project is. As far as I know, the goal here is quite simple - you need to distribute as many ERA tokens as possible to a wide audience. 
Topic: [ANN] 🔥🔥 EarthBi launches ERA token IEO on Bitforex - page 6. (Read 3766 times)
how is it that the planet is now asking for help? I am simply amazed at this fact! And how are developers going to get out of this situation? What do they offer?
guys, let me also add that the mechanical properties of this family of biodegradable plastics are very similar to those of the most common plastics. Note that this is practically the same with polylactic acid.
yes, you are absolutely right. All the issues discussed above prove once again that the bioplastics market is a market with a great future. The main thing is that it develops.
guys, let me also add that the mechanical properties of this family of biodegradable plastics are very similar to those of the most common plastics. Note that this is practically the same with polylactic acid.
I fully support the previous commentator. At the same time, it’s also interesting: although these are biodegradable and biocompatible plastics, they have nuances when combined.
their nuances are such that the properties depend on the composition of the monomers, and those, in turn, depend on the carbon source used for the synthesis.I fully support the previous commentator. At the same time, it’s also interesting: although these are biodegradable and biocompatible plastics, they have nuances when combined.
their nuances are such that the properties depend on the composition of the monomers, and those, in turn, depend on the carbon source used for the synthesis.I fully support the previous commentator. At the same time, it’s also interesting: although these are biodegradable and biocompatible plastics, they have nuances when combined.
their nuances are such that the properties depend on the composition of the monomers, and those, in turn, depend on the carbon source used for the synthesis.
I fully support the previous commentator. At the same time, it’s also interesting: although these are biodegradable and biocompatible plastics, they have nuances when combined.
are other types of degradable plastic used besides polylactic acid? If I read the information correctly, then polylactic acid refers to polyesters.
yes, you are right. It is also planned to launch such types of bioplastics as polyhydroxyalkanoates (PHA), polyhydroxybutyrates (PHB) and polyhydroxyvalerates (PHV).are other types of degradable plastic used besides polylactic acid? If I read the information correctly, then polylactic acid refers to polyesters.
yes, you are right. It is also planned to launch such types of bioplastics as polyhydroxyalkanoates (PHA), polyhydroxybutyrates (PHB) and polyhydroxyvalerates (PHV).
are other types of degradable plastic used besides polylactic acid? If I read the information correctly, then polylactic acid refers to polyesters.
by the way, the decomposition of traditional plastic is really a depressing sight. In some cases, it is not even 100 years old, but about 400. It is 4 centuries. Just imagine it.
time is extended to 120 days on a household composting machine at a temperature of 40 °. Cases when it may not compost at all, I do not know.
if it does not compost and does not remain in nature, PLA decomposes without release of pollutants after 15 months, if left on the ground.time is extended to 120 days on a household composting machine at a temperature of 40 °. Cases when it may not compost at all, I do not know.
if it does not compost and does not remain in nature, PLA decomposes without release of pollutants after 15 months, if left on the ground.time is extended to 120 days on a household composting machine at a temperature of 40 °. Cases when it may not compost at all, I do not know.
if it does not compost and does not remain in nature, PLA decomposes without release of pollutants after 15 months, if left on the ground.
time is extended to 120 days on a household composting machine at a temperature of 40 °. Cases when it may not compost at all, I do not know.
if this product is biodegradable, then under what conditions does this occur? To be more precise, what should be the temperature, the time of the decomposition procedure, and what are the optimal conditions for this process in general?
under optimal composting conditions at 65 ° C and 95% humidity, such as conventional industrial composters, PLA products decompose within 50 days.if this product is biodegradable, then under what conditions does this occur? To be more precise, what should be the temperature, the time of the decomposition procedure, and what are the optimal conditions for this process in general?
under optimal composting conditions at 65 ° C and 95% humidity, such as conventional industrial composters, PLA products decompose within 50 days.
if this product is biodegradable, then under what conditions does this occur? To be more precise, what should be the temperature, the time of the decomposition procedure, and what are the optimal conditions for this process in general?
and, as I understand it, from this element you can produce any product from all that are made from ordinary plastic on the market and with standard equipment.
Jump to: