@@lalchandkate6696 plastic does not dissolve in water, so even if it is thrown into the landfill, it will be safer than sand alone, because it is compacted the volume will be reduced, so it decreases the space occupied in the landfill, the end result is positive even in the worst case scenario .
Best case of reusability available for the forseeable future possibly. Meaning standards including hazard test though are a real concern, mostly go out the window once the market viability takes precedence.
I would be wary of the material being used for flooring. The material will eventually wear down. So the resulting dust will be full of microplastics and heavy metals.
All I see is basic building blocks such as pavers, floor tiles. Terracota and clay bricks 🧱 have their own benefits and aesthetic appeal. These recycled plastics have to prove themselves that they don’t leach harmful fumes and decompose into a hazardous waste. As such we in india do not have effective recycling of demolished concrete buildings at the end of their life cycle. They just end up in landfills.😢
Best case of reusability available for the forseeable future possibly. Meaning standards including hazard test though are a real concern, mostly go out the window once the market viability takes precedence.
Is this something you know about please? I am asking because I do not know and just trying to gain knowledge, please. You see this is all new to me and I am studding it like maybe you and others. I figure if we ask each other questions we can all learn.
My dear thanks for thinking because you are seeking knowledge. in short there is limited and no effects to the air nor soils,how? When we melt the plastics,it means it will have lost the microplastics particles since it involves mixing sand and porridge like form of melted plastics. And there is no effects of air pollution ,because once the abrasion happens the particles can easily degrade since the highest percentage is sand. Thanks!
1.I dont think it would provide same amount of load bearing capacity compared to traditional ecoblocks or bricks if being used in construction. But good alternative for pavement and for low load bearing conditions. 2. The plastic would degrade over the time due to UV light exposure resulting micro plastic contaminating environment. However decaying of the plastic can be stopped by post processing UV resistant coating.
So, go buy a few and do the testing. Post the results. I'm curious as to the cement they use to put up the tiles and place the floor. What sort of finish would give a better choice of colors, and longer lasting colors.
They mentioned the silica waste can have heavy metals.. how is that handled in the production (worker protection) and when used in exterior applications. Plastic degrades in the sun.. how does this hold up?
That was my thought also. "Yes this foundry dust is poison, so now we are adding it to building materials so everyone gets an even dose." WHAT? I have seen and like the idea of plastic and sand to make pavers but foundry waste HMMMM
Best case of reusability available for the forseeable future possibly. Meaning standards including hazard test though are a real concern, mostly go out the window once the market viability takes precedence.
No worries, heavy metals are the toxic metals like mercury, cadmium, arsenic, chromium, lead etc. However, foundry dust is just common metals like iron, steel, brass, copper and aluminum. We already use these metals every day as drinking vessels... but when micronized particulate as with foundry dust, yes, they have higher surface area and thus may have higher toxic potential, and plastic possible carcinogen- simply seal the surface with layers of laquer.
@@James-wd9ib The professor clearly stated heavy metals, in addition foundry dust has been linked to carcinogens. The plastics used as binder are clearly a mix of various polymers including single use plastics and recycled plastics. They are unstable and definitely leach into the environment
Best case of reusability available for the forseeable future possibly. Meaning standards including hazard test though are a real concern, mostly go out the window once the market viability takes precedence.
As a Gujarati, I'm so proud of this young man's intelligence and ingenuity. Only if we as a society praised and acknowledged their efforts rather than rich people and politicians because at the end of the day the everyday people make our societies work for all.
this intelligent transformation of trash to resource is a real game changer and needs to be implemented globally. India has many environmental challenges to overcome but they also have many more intelligent people who have a strong desire to leave this world better than they found it.
@@beyamoth valid point. Personally I think adobe should become the main building method for residential homes but I can still see the tiles and papers being very useful. Especially inside where the sun doesn't have as ability to degrade them. Most people drink from plastic every day so I don't think they are going to have a problem with walking on it. However melting off the house into the garden or ground water would probably be a problem. My admiration of the recycling of plastic into construction materials is not misplaced.as a roofer of 20 years experience I can tell you this wouldn't just eliminate tons of plastic waste but also construction waste.ive seen thousands of dumpsters full of excess after a job.what if we could just melt it down and make another batch. I appreciate your criticism and critical thinking, Innovations consequences can be minimizing far more often if there was more people saying the possible negatives before clamoring for its profits.
@@rhino.manish 1.Your employees are inhaling all the fumes from the melting plastic. 2. Your equipment is rudimentary at best. Take the broken down barrel at the beginning of the video held together with wires. This is not jugaad, it is just not having a concern for the people working at the factory 3. The foundry sand contains heavy metals and other pollutants while the plastics will easily breakdown under UV thus releasing their harmful contents including micro plastics in the air and water where they are used. They are shown being used indoors also 4. This project is greenwashing. Magically, if the problems stated above disappeared, the fact remains that small insignificant projects like these will be used by industry to convince people that they are doing loads for the environment. Media companies will uncritically publish these to aid in the greenwashing. Academics will also be used just as the professor interviewed here
As long as the harmful material and particles can be manage, this is interesting. The problem is harmful materials and particles inside the products, for human and environment.
Hi @@James-wd9ib, Thermal insulation can be beneficial in colder regions(northern India) , however major part of india faces hot summers as a result such tiles/bricks might capture heat and may turn out counter productive. Correct me if i am wrong. Thanks
@@rudrarajtrivedi2258 a research is being conducted by Dr Sanskriti Majumdar - MSU University to determine the thermal conductivity and albedo rating of SPB. Academic institutions are now getting involved in considering all the factors.
The best deal is that the waste plastic is used to create a product for construction... I myself believe that dirty plastic can be made into artificial gravel that can be used in mixing concrete for roads or even building structures...gravel is essential in any construction project as of this date....
Product is fantastic in terms of its strength and fire resistant..... I worked on the project myself, but the long term exposure to heat and it's LCA needs to be done to ensure that it is not a harm to the environment. But yes it is a great opportunity to reuse and divert the the plastic waste from landfills to a better resources.
The tiles and bricks are only ecological, as long as they stay on the wall/ground, where they are installed. What happens if the house is torn down? The plastic will never be recycled, because it is mixed with foundry dust.This is not upcycling, it's downcycling! They take perfectly recycelable used bottles and make them into unrecyclable waste that will stay for thousands of years.
L'idea è molto buona e la realizzazione molto coraggiosa, perchè non si sa quali emissioni nocive fuoriescano da quel materiale. Ho visto dei video, girati tra i lavoratori indiani, in cui le condizioni di lavoro sono davvero pericolose e da essi si capisce quanto grande sia il problema plastica ( e altri rifiuti) per quella popolazione. Si dovrebbe trovare un sistema per lavorare in sicurezza, ma quando c'è la povertà e il bisogno urgente, non è facile. Un abbraccio a tutti quei lavoratori che si guadagnano da vivere con questi lavori poco sicuri, anche se di idee geniali.
Not alone. I hate that this product is going to be marketed as eco friendly when it's just allowing people to pretend that plastics aren't killing us in whichever form they're in
I think this could be a great technique for disposing of waste! I do have a few questions: Since foundry dust is toxic, does leaching occur over time into the soil? How would this new product (silica plastic) be disposed of? What, if any, are the side effects of long term contact with the skin of silica plastic?
This is fire risk. Building standards in India need to be brought to international standards. Excitement is understandable. Good recycle, but may not be 360 plan.
Further research needs to be done to test this product in all applications. They could use a combination of inorganic and organic chemistry and biochemistry to improve the elasticity of the silica plastic bricks and the toxicity/properties of the product when it’s exposed to human beings, air and the environment both inside and outside. You want to get a product that’s 100% safe to use around soil, land, animals, people and urban/country areas. They could partner with Indian universities, polytechnics and Israeli start up companies to research and trial improvements in their product. I am only a viewer, and not an expert in chemistry, or biochemistry.
Very good. And many more wonderful garbage revalue projects are poping up around the globe. One important thing is being forgeted though, and that is the risk that particles of plastic or other constituints can be released from these new material and accumulate as microplastics brought to the sea with the rain. So an environment safety test is lacking
This product should be mass manufactured and exported. There should be such manufacturing facilities globally as well to make use of all the plastic and industrial waste dumped in so many places.
Heat : plastic generates heat & these bricks are useful only near himalayas, uttarakhand etc. India is a hot country. Using these bricks & AC is stupidity
THESE GUYS HAVE FOUND ONE OF THE MOST CHALLENGING ISSUE WHICH COUNTRY IS FACING BUT IT HAS TO BE TAKEN TO GLOBAL LEVEL AND MAJORLY PRODUCT CAN BE USED IN ROAD CONSTRUCTION AS WELL WHICH CONTRIBUTE TOWARDS DEPLETING ABUNDANCE OF WASTE LAYING AT LAND FILL.
Great idea. Converting two problems into one opportunity. Though fire hazard may be a concern, as the used plastics here are not fire retardant. Also unprotected use outside exposed to sun and weather may re-release the dust plus microplasics when the plastic breaks down from UV-exposure and chemical exposure.
These might be a good substrate to etch shallow designs in for potters. Stamps, texture mats and rollers, press molds to make sprigs from. Seems you ought to be able to add something to the shredded plastic waste to make it acceptable to run in a 3d printer.
Thank you for covering the technology, its impact and how it could contribute to impacting environment. There are several more people @rplusdstudio @anweshafoundation who have played an important part in the technology being enabled.
Very very informative but the government has to encourage these firms. Inspite being held meetings regarding pollution in polluted environment airconditioning rooms.
Shouldn't Nitin, and ALL factory workers, be given EFFECTIVE masks to wear to save their lungs from the dust which contains "heavy metals" and other carcinogens?
That's a valid concern. 2 points here - first of all the dust is already in the form of a paste with plastic and does not fly when it comes out from the machine, secondly - masks are provided, habit to wear self protection takes time, and we will work to enforce the same, till it becomes a natural habit. It is perhaps similar to our wearing and not wearing seat belts - sometimes we need enforcement to form habits.
These blocks should be very strong, light and impact resistant with the plastic essentially sealing up and residual issues that might exist in the sand. The only vulnerability might be fire resistance. But a fire retardant in the mix would solve that and the sand itself would quench fire I would expect. These materials are lying around essentially free and causing a nuisance. Apply some heat and you have a brick! Compare to mining calcium deposits, applying a lot of heat for kilning to produce cement, then mine sand and aggregate from big ugly holes, then use precious water to makes blocks. I see big potential if done right.
Aren't the heavy metals a problem... Even though they have a very long life, there may be a day where these tiles etc, get piled up in building's rubbish... Is recycling of these materials possible... I feel like there is a way to recycle them but I think it may lead to exposure of heavy metals into the environment again .. I don't want to criticize. Just considered these as the building blocks which may make this product which is good tooo best ...🙂
I am just backyard armchair scientist, I have no authority- but foundry dust is simply ordinary metal dust like iron, steel, copper, aluminum. Heavy metals are more chemically reactive and will quickly be absorbed by living tissue like lead, cadmium, mercury, etc.
it's silica + polyeurothane only when a particular temperature is reached that is could be 600-650C assuming even without any calcuation due to ratio; wood starts burning after 450C, it will produce fumes after... but clay tiles also produce fumes + they absorb heat... these tiles tiles wouldn't absorb heat unless burned and they will expand and crumble... so they are much safer... and silica is already treated with foundry heat... the problem is not fire it's the process it's very expensive to cast and there must be some catalyst to bind plastic. silica can be hard to work with due to fine powder ,it can cause lung problems... if this is mechanised close to a foundary then this can have some serious bussiness... could invest in a industry mass producing those
If sand casting industrial dust has heavy metals in it like lead metal then is it safe for making tiles from it ? especially if we have kids in home they can lick walls
Surely this is something to be considered and architects may need to look at where to use and how to use. Mostly in a house, the walls are plastered, and thus the probability of kids licking the SPB material are near to zero. The heavy metal as stated is generally cast iron, and it is in a marginal
Good research. I have doubts about the EOL for these products. Can they be recycled or end up in landfills? Neither plastic or the foundry dust can be put into landfills. Information on this would be helpful.
these seem like they would be toxic as hell.. i guess they are atleast recycling toxic waste, but i would think eventually it will all eke out and pollute wherever they are placed.. hopefully not peoples homes.
the best case I can see for these imprecise bricks and tiles is to make paving bricks for road building if they can hold up. They really don't look very decorative. Need to insert a terra cotta pigment for them.
What's the MPA load this can handle though? There's a good reason why concrete has been used for a long time... This is probably good for pavers/non-structural elements so still a good idea
The factory worker must be protected from plastic dust with masks, shoes, gloves etc. Exposure to fine particles is a HEALTH hazard.
Thank you for saying this. The factory workers might be thinking they are doing something wonderful, while hurting their own health.
Ya but, it's India
@@slo3337but India is evolving everyday.
Making money is more important 😂
welcome to India 🎉
I think a lot more hazard testing needs to be done for this. It involves plastic and heavy metal.
Thank you! I was just about to point out exactly that
@@lalchandkate6696 plastic does not dissolve in water, so even if it is thrown into the landfill, it will be safer than sand alone, because it is compacted the volume will be reduced, so it decreases the space occupied in the landfill, the end result is positive even in the worst case scenario .
Best case of reusability available for the forseeable future possibly. Meaning standards including hazard test though are a real concern, mostly go out the window once the market viability takes precedence.
I would be wary of the material being used for flooring. The material will eventually wear down. So the resulting dust will be full of microplastics and heavy metals.
You need to collect lots of plastic bags in the city to make these bricks
All I see is basic building blocks such as pavers, floor tiles. Terracota and clay bricks 🧱 have their own benefits and aesthetic appeal. These recycled plastics have to prove themselves that they don’t leach harmful fumes and decompose into a hazardous waste.
As such we in india do not have effective recycling of demolished concrete buildings at the end of their life cycle.
They just end up in landfills.😢
Best case of reusability available for the forseeable future possibly. Meaning standards including hazard test though are a real concern, mostly go out the window once the market viability takes precedence.
One consistent fear is using these for floor tiles can cause both microplastics & heavy metal particulate in the air due to abrasion.
Is this something you know about please? I am asking because I do not know and just trying to gain knowledge, please.
You see this is all new to me and I am studding it like maybe you and others. I figure if we ask each other questions we can all learn.
My dear thanks for thinking because you are seeking knowledge. in short there is limited and no effects to the air nor soils,how? When we melt the plastics,it means it will have lost the microplastics particles since it involves mixing sand and porridge like form of melted plastics. And there is no effects of air pollution ,because once the abrasion happens the particles can easily degrade since the highest percentage is sand.
Thanks!
Okay, so no wearing golf shoes on the floor and it should be safe!😅
Yes it would require carpets i think 😅
those metal dust actually mixed in aspalt and pavers bricks. sowe already surrounded by it the whole time.
1.I dont think it would provide same amount of load bearing capacity compared to traditional ecoblocks or bricks if being used in construction. But good alternative for pavement and for low load bearing conditions.
2. The plastic would degrade over the time due to UV light exposure resulting micro plastic contaminating environment. However decaying of the plastic can be stopped by post processing UV resistant coating.
So, go buy a few and do the testing. Post the results. I'm curious as to the cement they use to put up the tiles and place the floor. What sort of finish would give a better choice of colors, and longer lasting colors.
They mentioned the silica waste can have heavy metals.. how is that handled in the production (worker protection) and when used in exterior applications. Plastic degrades in the sun.. how does this hold up?
That was my thought also. "Yes this foundry dust is poison, so now we are adding it to building materials so everyone gets an even dose." WHAT? I have seen and like the idea of plastic and sand to make pavers but foundry waste HMMMM
Best case of reusability available for the forseeable future possibly. Meaning standards including hazard test though are a real concern, mostly go out the window once the market viability takes precedence.
@RoachDoggJunior One can dream of subatomic interactions in the presence of prolonged UV.. right? Just add quantum 😛
few plastics are degrade in sunlight although this can be prevented by using
" photo stabilizer"(chemicals to stop degradation).
Silica itself is not toxic, but inhalation of its dust is.
What about the heavy metals in the foundry dust? Aren't we brining it to our homes in this way? This wasn't addressed in the video
No worries, heavy metals are the toxic metals like mercury, cadmium, arsenic, chromium, lead etc. However, foundry dust is just common metals like iron, steel, brass, copper and aluminum. We already use these metals every day as drinking vessels... but when micronized particulate as with foundry dust, yes, they have higher surface area and thus may have higher toxic potential, and plastic possible carcinogen- simply seal the surface with layers of laquer.
In addition these are bound by the plastic and thus stopped from flying around in the environment.
@@James-wd9ib The professor clearly stated heavy metals, in addition foundry dust has been linked to carcinogens. The plastics used as binder are clearly a mix of various polymers including single use plastics and recycled plastics. They are unstable and definitely leach into the environment
@@James-wd9ib What are you trying to say?
Best case of reusability available for the forseeable future possibly. Meaning standards including hazard test though are a real concern, mostly go out the window once the market viability takes precedence.
As a Gujarati, I'm so proud of this young man's intelligence and ingenuity. Only if we as a society praised and acknowledged their efforts rather than rich people and politicians because at the end of the day the everyday people make our societies work for all.
Great idea...wonderful use of waste in an alternative way. Now it has to be more aesthetic to be used more often in construction !! Great news !
Can u told me details for franchaise ?
Wrong.the desire of perfection aesthetics demand more energy more chemical or sophisticated technology which again will kill the purpose .
this intelligent transformation of trash to resource is a real game changer and needs to be implemented globally. India has many environmental challenges to overcome but they also have many more intelligent people who have a strong desire to leave this world better than they found it.
No, it is a terrible idea. UV light will degrade it over time and pollute the area the bricks are used with microplastics
@@beyamoth valid point. Personally I think adobe should become the main building method for residential homes but I can still see the tiles and papers being very useful. Especially inside where the sun doesn't have as ability to degrade them. Most people drink from plastic every day so I don't think they are going to have a problem with walking on it. However melting off the house into the garden or ground water would probably be a problem. My admiration of the recycling of plastic into construction materials is not misplaced.as a roofer of 20 years experience I can tell you this wouldn't just eliminate tons of plastic waste but also construction waste.ive seen thousands of dumpsters full of excess after a job.what if we could just melt it down and make another batch. I appreciate your criticism and critical thinking, Innovations consequences can be minimizing far more often if there was more people saying the possible negatives before clamoring for its profits.
Also, the surface finish is absolutely rubbish. Microplastic is a valid concern.
The cardboard that comes from this method smells like feces.
@@SalazarsbizzarWood.
It's a renewable resource.
Amazing product. India is an awesome country with wonderful people, anything that can be done to help reduce waste is a fantastic step forward.
Thank god atleast you are commenting something positive or the comments i see of people are generally very racist and gross
Thank god atleast you are commenting something positive or the comments i see of people are generally very racist and gross
start supplying this brick all over india❤
Indian ingenuity has been solving problems for thousands of years!
If you figure out how to make that hot slurry into 3d printable medium... 🤯
Awesome job....... Environmental and profit friendly work.
Thank you for the kind words.
@@rhino.manish
1.Your employees are inhaling all the fumes from the melting plastic.
2. Your equipment is rudimentary at best. Take the broken down barrel at the beginning of the video held together with wires. This is not jugaad, it is just not having a concern for the people working at the factory
3. The foundry sand contains heavy metals and other pollutants while the plastics will easily breakdown under UV thus releasing their harmful contents including micro plastics in the air and water where they are used. They are shown being used indoors also
4. This project is greenwashing. Magically, if the problems stated above disappeared, the fact remains that small insignificant projects like these will be used by industry to convince people that they are doing loads for the environment. Media companies will uncritically publish these to aid in the greenwashing. Academics will also be used just as the professor interviewed here
Govt should encourage this type of step to fight with pollution
As long as the harmful material and particles can be manage, this is interesting. The problem is harmful materials and particles inside the products, for human and environment.
What about all the chemicals that leach from the end products as it goes through environmental wear and tear after installation?
Shape like Lego... then we can snap together homes.
Maybe glue for permanent shelter.
Homeless can use Lego blocks
Yes, we are coming up with this soon. The components are ready, looking forward to building a lego block type shelter soon.
Excellent work and innovation in recycling plastic waste and foundry ash...
Does this have breathability and heating issue? As conventional bricks are made from soil which has a cooling effect
most plastics are thermal insulating, keep things warm
Hi @@James-wd9ib, Thermal insulation can be beneficial in colder regions(northern India) , however major part of india faces hot summers as a result such tiles/bricks might capture heat and may turn out counter productive. Correct me if i am wrong. Thanks
@@rudrarajtrivedi2258 a research is being conducted by Dr Sanskriti Majumdar - MSU University to determine the thermal conductivity and albedo rating of SPB. Academic institutions are now getting involved in considering all the factors.
thanks for your response @rhino.manish
The best deal is that the waste plastic is used to create a product for construction... I myself believe that dirty plastic can be made into artificial gravel that can be used in mixing concrete for roads or even building structures...gravel is essential in any construction project as of this date....
Great job. Radhe Radhe 🙏 🙏 🙏 🙏 🙏 🙏 🙏
Product is fantastic in terms of its strength and fire resistant..... I worked on the project myself, but the long term exposure to heat and it's LCA needs to be done to ensure that it is not a harm to the environment.
But yes it is a great opportunity to reuse and divert the the plastic waste from landfills to a better resources.
The tiles and bricks are only ecological, as long as they stay on the wall/ground, where they are installed. What happens if the house is torn down? The plastic will never be recycled, because it is mixed with foundry dust.This is not upcycling, it's downcycling! They take perfectly recycelable used bottles and make them into unrecyclable waste that will stay for thousands of years.
Great job. That's can help people and environment
L'idea è molto buona e la realizzazione molto coraggiosa, perchè non si sa quali emissioni nocive fuoriescano da quel materiale. Ho visto dei video, girati tra i lavoratori indiani, in cui le condizioni di lavoro sono davvero pericolose e da essi si capisce quanto grande sia il problema plastica ( e altri rifiuti) per quella popolazione. Si dovrebbe trovare un sistema per lavorare in sicurezza, ma quando c'è la povertà e il bisogno urgente, non è facile. Un abbraccio a tutti quei lavoratori che si guadagnano da vivere con questi lavori poco sicuri, anche se di idee geniali.
Am I the only one who doesn't like plastic? It makes you feel uncomfortable and smells, and breaks easily.
I agree, plastic often feels cheap and doesn’t hold up well over time.
I totally get what you mean-plastic can be really off-putting with its smell and durability issues.
You’re not alone; many people share your discomfort with plastic’s feel and environmental impact.
I’ve felt the same way-plastic just seems to fall short in terms of quality and sustainability.
Not alone. I hate that this product is going to be marketed as eco friendly when it's just allowing people to pretend that plastics aren't killing us in whichever form they're in
I think this could be a great technique for disposing of waste! I do have a few questions: Since foundry dust is toxic, does leaching occur over time into the soil? How would this new product (silica plastic) be disposed of? What, if any, are the side effects of long term contact with the skin of silica plastic?
Thank you. Please connect with www.upcyclechakra.com to perhaps get answers to your queries.
Right.
you know it right. they are fooling the stupids.. glad that you are not one among the fools.
It has to be poisonous.
@@tomevers6670when I saw the girl touching the tiles I was like HELL NAH
What a thought " Waste is not to be seen as Kachra but a raw material" 🙌
Great idea! It would be nice to see the safety tests for human interaction with this material with heavy metals
this video gives me hope .. thank you scroll
This is fire risk. Building standards in India need to be brought to international standards. Excitement is understandable. Good recycle, but may not be 360 plan.
Thanks for this information 🙂
Further research needs to be done to test this product in all applications. They could use a combination of inorganic and organic chemistry and biochemistry to improve the elasticity of the silica plastic bricks and the toxicity/properties of the product when it’s exposed to human beings, air and the environment both inside and outside. You want to get a product that’s 100% safe to use around soil, land, animals, people and urban/country areas. They could partner with Indian universities, polytechnics and Israeli start up companies to research and trial improvements in their product. I am only a viewer, and not an expert in chemistry, or biochemistry.
Very good. And many more wonderful garbage revalue projects are poping up around the globe. One important thing is being forgeted though, and that is the risk that particles of plastic or other constituints can be released from these new material and accumulate as microplastics brought to the sea with the rain.
So an environment safety test is lacking
Incredible good habit of Swach Bharat Abhiyan and the see the results really impressive we reuse the plastic in so many ways
Per brick retail cost ? In Comparison to the regular brick
Definitely 2 or 3 times
Excellent innovation
SOMEBODY WITH A BRAIN 🧠 TRUE CHAMPION HERE FOLKS
the fire safety aspect is something worth thinking about, imagine a house made from flammable plastics,
Please franchise this technology around the world. We all could use it.
This product should be mass manufactured and exported. There should be such manufacturing facilities globally as well to make use of all the plastic and industrial waste dumped in so many places.
Excellent initiative...more people shld join & contribute. Jai Hind Jai Bharat.
Fantastic!
he is 1000 times better than those understanding scientific persons who only understand, but do nothing.
This is more chaotic, it's an alternative way to dump waste.
at least the waste is doing something useful, for less energy than manufacturing brick and tile
Great job save the world in dustles cool and hot idea
Heat : plastic generates heat & these bricks are useful only near himalayas, uttarakhand etc. India is a hot country. Using these bricks & AC is stupidity
THESE GUYS HAVE FOUND ONE OF THE MOST CHALLENGING ISSUE WHICH COUNTRY IS FACING BUT IT HAS TO BE TAKEN TO GLOBAL LEVEL AND MAJORLY PRODUCT CAN BE USED IN ROAD CONSTRUCTION AS WELL WHICH CONTRIBUTE TOWARDS DEPLETING ABUNDANCE OF WASTE LAYING AT LAND FILL.
Great idea. Converting two problems into one opportunity. Though fire hazard may be a concern, as the used plastics here are not fire retardant. Also unprotected use outside exposed to sun and weather may re-release the dust plus microplasics when the plastic breaks down from UV-exposure and chemical exposure.
These might be a good substrate to etch shallow designs in for potters. Stamps, texture mats and rollers, press molds to make sprigs from.
Seems you ought to be able to add something to the shredded plastic waste to make it acceptable to run in a 3d printer.
This idea should spread to the world.
thanking you all team ,,, i want to mak like your factory in Bangladesh
They should build a small structure and see how it weathers, also find out how much weight these bricks will take.
We need more innovations in waste management ❤
So cool and sustainable
Wow this is out of the box thinking
આ ખુબ સરસ શોધ છે....આને પ્રોત્સાહન મળવું જોઇએ.....
good innovation
Is it fire proof ??
Using as house tile or pavement interlock parking where excessive tyre movement can produce ignition and ultimately fire
Thank you for covering the technology, its impact and how it could contribute to impacting environment. There are several more people @rplusdstudio @anweshafoundation who have played an important part in the technology being enabled.
Bharat is emerging to glory briskly.
Waoo i worked in baroda but never know this is vaialble in anand. I mustvisit and study this products. Thanks 🙏
boundary wall and outdoor construction will be ideal use
Great initiative ❤❤❤❤.
Very very informative but the government has to encourage these firms. Inspite being held meetings regarding pollution in polluted environment airconditioning rooms.
Amazing and innovative
Shouldn't Nitin, and ALL factory workers, be given EFFECTIVE masks to wear to save their lungs from the dust which contains "heavy metals" and other carcinogens?
That's a valid concern. 2 points here - first of all the dust is already in the form of a paste with plastic and does not fly when it comes out from the machine, secondly - masks are provided, habit to wear self protection takes time, and we will work to enforce the same, till it becomes a natural habit. It is perhaps similar to our wearing and not wearing seat belts - sometimes we need enforcement to form habits.
@@rhino.manish put up pictures of damaged lungs, like they do on cigarette packs.
The Video should detail the upcoming challenges of every new innovation.
Amazing. ...
These blocks should be very strong, light and impact resistant with the plastic essentially sealing up and residual issues that might exist in the sand. The only vulnerability might be fire resistance. But a fire retardant in the mix would solve that and the sand itself would quench fire I would expect. These materials are lying around essentially free and causing a nuisance. Apply some heat and you have a brick! Compare to mining calcium deposits, applying a lot of heat for kilning to produce cement, then mine sand and aggregate from big ugly holes, then use precious water to makes blocks. I see big potential if done right.
Such a wonderful work 👏🏼
Very Nice of Recycle plastic convert in Sillicon प्लास्टिक्स मेकिंग various utility products for daily life use 👍❤❤❤
Aren't the heavy metals a problem... Even though they have a very long life, there may be a day where these tiles etc, get piled up in building's rubbish... Is recycling of these materials possible... I feel like there is a way to recycle them but I think it may lead to exposure of heavy metals into the environment again ..
I don't want to criticize. Just considered these as the building blocks which may make this product which is good tooo best ...🙂
I am just backyard armchair scientist, I have no authority- but foundry dust is simply ordinary metal dust like iron, steel, copper, aluminum. Heavy metals are more chemically reactive and will quickly be absorbed by living tissue like lead, cadmium, mercury, etc.
A relevant observation. The SPB composite can be and has been tested for reuse after crushing it.
Polish up those edges and put on a protected coating for UV and microplastic, and it's 100x a better product.
How does it stand against fire?
Yes - it has been tested in the factory for instant fire resistance, and also upto 100 deg C we did not find any loss of property or fumes.
it's silica + polyeurothane only when a particular temperature is reached that is could be 600-650C assuming even without any calcuation due to ratio; wood starts burning after 450C, it will produce fumes after... but clay tiles also produce fumes + they absorb heat... these tiles tiles wouldn't absorb heat unless burned and they will expand and crumble... so they are much safer... and silica is already treated with foundry heat... the problem is not fire it's the process it's very expensive to cast and there must be some catalyst to bind plastic. silica can be hard to work with due to fine powder ,it can cause lung problems... if this is mechanised close to a foundary then this can have some serious bussiness... could invest in a industry mass producing those
I am very happy, watch this video ❤❤❤
Great 👌 India 👏
It might make good roofing tiles, but it might not be fire resistant.
Great Job channel. We need more news on this and more people come with such ideas!
Ingenious and admirable.
So glad to see this👍👍👍👌👌👌
Best... To convert waste to useful product... I think they can use it to manufacture furniture. so they can sell at on very cheap price ...
If sand casting industrial dust has heavy metals in it like lead metal then is it safe for making tiles from it ? especially if we have kids in home they can lick walls
Surely this is something to be considered and architects may need to look at where to use and how to use. Mostly in a house, the walls are plastered, and thus the probability of kids licking the SPB material are near to zero. The heavy metal as stated is generally cast iron, and it is in a marginal
Good work 🇮🇳🇮🇳🇮🇳
Good good
Should nominate this team for eco heroes
hello good job, thanks
when plastic construction things involve everywhere then how control microplastic in water.
Ful detail sand me
Good research. I have doubts about the EOL for these products. Can they be recycled or end up in landfills? Neither plastic or the foundry dust can be put into landfills. Information on this would be helpful.
These can be recycled again and again, we have tested and validated, thus enhancing its EOL (End of Life) - visit www.upcyclechakra.com to know more
@@rhino.manishhi sir how can i connect you please
these seem like they would be toxic as hell.. i guess they are atleast recycling toxic waste, but i would think eventually it will all eke out and pollute wherever they are placed.. hopefully not peoples homes.
Some info on durability, heat resistance, heat insulation etc will help
It takes time for people to accept any new innovation.
the best case I can see for these imprecise bricks and tiles is to make paving bricks for road building if they can hold up. They really don't look very decorative. Need to insert a terra cotta pigment for them.
Could be a great material for kitchen countertops, wet interior spaces, commercial and industrial interiors like factories and commercial kitchens..
Great job....great work to save our environment by making this silica plastic block....where this product is available if we want to use
Thank you. Please visit www.upcyclechakra.com to find products and solutions available
That's awesome.
What's the MPA load this can handle though? There's a good reason why concrete has been used for a long time... This is probably good for pavers/non-structural elements so still a good idea
So Nice 👌