Biomass pyrolysis process 

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Dear the reason behind it is amount of energy generated through is to small to fulfil present demand of the world and they emit CO2 equivalent to natural gas. Thank you Indian

i dont mean to be so off topic but does any of you know a way to get back into an Instagram account..? I was dumb forgot my account password. I would love any help you can offer me

@Brennan Shepherd I really appreciate your reply. I got to the site through google and Im trying it out atm. Seems to take quite some time so I will get back to you later when my account password hopefully is recovered.

@Brennan Shepherd It worked and I finally got access to my account again. I am so happy! Thanks so much, you saved my account :D

@Skyler Elian No problem xD

Hi Sultan, can that bio oil be manufactured and used for commercial purposes? I have few more questions from you, that I cannot ask in public due to intellectual property issue. Can I can one of your contact details to discuss further?

Hank Hill I am just graphic designer. Ask developer for technical ability: timexsa.pl/en/

You can get h2 and co2 from CO through a water-gas shift

Dear Hank, We, LCDRI, could turn the syngas into electricity. Please check for more information on our website (www.lycdri.com). We have professional Carbonization Rotary Kiln as our key technology. Awaiting your reply. Best regards, Michelle Luoyang Building materials & Architectural Design& Research Institute (LCDRI) Tel/Wechat: 86-13783185378 Fax: 86-0379-64363566 Emali: michelle@lcdri.com Web: www.lcdri.com

We produce the machine you need,my skype is surelinyang

@@surelinyang8540 hii can u contact me on Whatsapp+919050989600

Japanese knotweed is invasive and dangerous for the ecosystem in which it's not local

Thak you for your interest, but do not ask me for the technical details. I am just a graphic designer and animator who has done this animation.

There is no need N2 gas injection.

@@skocu what are your inquiries for animation for a proposal?

i dun think it's a blog

Well then... How complicated do you think that process could be?... If you can't explain it simply, you don't understand it well enough.

Biji kurdistan

To get liquid and gas fuels and to my way of thinking to get soil improvers that sequester carbon from the waste wood.

to convert the waste into fuels, both the gases and potentially end product solids. And to convert without the pollutants created by burning. Basically to convert waste to fuels with few pollutants.

Using biomass coming from scraps, garbage or crops (such as corn) it is far more eco-friendly than petroleum and even wood. This is due to the fact that the combustion products released into the atmosphere do not come from underground or from an "accumulator" (the trees) which retain the carbon inside them, but are already present in the atmosphere. The problem with biomass is that it is not sufficient in terms of the amount of energy, and can become dangerous if fields are used to produce crops for biofuel production. It is dangerous because it could end up stealing space for crops for food purposes, as well as the heavy use of pesticides and fertilizers that irreparably damage the soil, but which are not taken into account because the crops would not be destined for food use. But hey, it sure is eco-friendly if nobody speculate on it

@@antoniovaccaro8538 This response is nonsense. Generalizations like "biomass is that it is not sufficient in terms of the amount of energy" are not borne out by reality. No external energy is required for pyrolysis unless it has been depleted by prior processes. For example, effluent from a biodigester has been depleted - so we add wood chips to add back energy and carbon. You might want to do a little more research on the use of crops used for biofuels. You seem unaware of miscanthus, willow, bamboo, and other crops that neither "steal space" nor require "heavy use of pesticides". I'm sure you're not a person who would intentionally spread misinformation, so I suggest you invest the effort to learn about the topic before condemning it in such strident terms.

..... heat.... oxygen can be easily removed by heat. other gases like nitrogen or hydrogen need chemical degasification reactions for removal. actually oxygen helps in the degasification process. there aren't much free oxygen in the masses to begin with.

Generally the tank is flushed with co2. It’s heavier than air and will push it out as it fills

There is a hot smoke's exhaustion which is using for heating a boiler.

Generally I used Cinema 4D for 3D renders and After Effects to compose video.

Thanks for the quick response. How did you learn to make this? It's rather impressive.

which software is used for 3d animation and modeling

@@skocu can i have the full project plan to implement and cost estimation pls ?

Mainly Cinema 4D for 3D scene and rendering + After Effects for composing and a few FX.

@@skocu Thank you

As far as I know the reaction needs to be burn on while the start only. Then the high temperature is keeping by the reactors coat and a biomass burns by itself. That is the key matter.

Thank you for rapid answer. Thats make sense.

30% or so of the gas is burned to give continuous heat.

The thin orange pipe is for drying a fuel by a hot air (warmed while cooling a core). The thick orange pipe is wheather for discharging flue gas and heat a boiler.

@@skocu thank you for the quick response. your response and this video really helped me

@@skocu Is this an actual machine that exist, in production?

i think he is an animator.. 😑.. not a technical person. use google for details. this thing aint even complete.

Sorry, I can not share any 3D or CAD files of the device.

Dont know. I am just an animation designer.

Nitrogen is introduced to deplete environment of any oxygen. If oxygen is introduced it could cause the hot pellets to catch smolder and or catch fire.

If I had to design that thing, I’d ad nitrogen to keep away all oxidative gasses. However, the design depends on what's your goal.

I have no idea. One reactore was made and has ran in Poland two years ago, but since I done this animation it could change. The company I did the animation for no longer egsist.

In PEC Mińsk Mazowiecki. Reference letter is here (in Polish unfortunately): polskibiowegiel.pl/files/prezentacje/I_3_P.Drobnik__Urz%C4%85dzenia_do_uw%C4%99glania_biomasy_i_odpad%C3%B3w_komunalno-bytowych_opracowane_przez_Carbontime_Sp.z.o.o..pdf

+Ricardo Faria De Oliveira The pyrolisys plant are very expansive but with good news the can be manufacture for way less money the reason im telling you this is because im working on 1 of those plants my self ... BTW im an engineer ... Im building the pyrolisys plant to process tire waste to extract materials an chemicals. ..hope that help in any way ....

Dear Ricardo, We, LCDRI, could supply the pyrolisys plant like this. Please check for more information on our website (www.lycdri.com). We have professional Carbonization Rotary Kiln as our key technology. Awaiting your reply. Best regards, Michelle Luoyang Building materials & Architectural Design& Research Institute (LCDRI) Tel/Wechat: 86-13783185378 Fax: 86-0379-64363566 Emali: michelle@lcdri.com Web: www.lcdri.com

You can enquire also at Technip Enegies in the Netherlands

2:52 starts here

This is both pyrolysis and gasification.

Nhà mình làm về cái nà nhé bạn

Search here: timexsa.pl/en/

точно такой же ролик есть здесь: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-8orhN0PCU3U.html

Dear Serguei, We, LCDRI, has the similar technology like this. Please check for more information on our website (www.lycdri.com). We have professional Carbonization Rotary Kiln as our key technology. Awaiting your reply. Best regards, Michelle Luoyang Building materials & Architectural Design& Research Institute (LCDRI) Tel/Wechat: 86-13783185378 Fax: 86-0379-64363566 Emali: michelle@lcdri.com Web: www.lcdri.com