DESIGN & FABRICATION OF SHREDDING CUM BRIQUETTING MACHINE REPORT Eshver chandra
The demand for energy is becoming a critical challenge for the world as the population continues to grow. This call for Sustainable energy production and supply such as renewable energy technologies. Renewable energy technologies are safe sources of energy that have a much lower environmental impact than conventional energy technologies. So shredding machine is a key to make briquettes which will be used in industries as well as domestic purpose.
Industrail design "Smart Trash Can 2020" Raghavendra Devarakonda , Sai Vivek from Sentia The global School came up with wonderful ideas. Extraordinary features included in this design document. Thanks to DesignChampionship.in team.
DESIGN & FABRICATION OF SHREDDING CUM BRIQUETTING MACHINE REPORT Eshver chandra
The demand for energy is becoming a critical challenge for the world as the population continues to grow. This call for Sustainable energy production and supply such as renewable energy technologies. Renewable energy technologies are safe sources of energy that have a much lower environmental impact than conventional energy technologies. So shredding machine is a key to make briquettes which will be used in industries as well as domestic purpose.
Industrail design "Smart Trash Can 2020" Raghavendra Devarakonda , Sai Vivek from Sentia The global School came up with wonderful ideas. Extraordinary features included in this design document. Thanks to DesignChampionship.in team.
DIY guidelines for optimization of wire vacuumDevesh Singhal
This presentation indicates how paper mills can collect data from their own machines and do the optimization to reduce energy consumption and get more dryness after the wire part.
Wrinkles & Piping in paper reels is an annoying problem. When the reel is used for any conversion, printing, lamination or anything, you get rejects and rejects. This presentation gives some thoughts on how can we minimize wrinkles and piping.
Alternate thoughts on yankee stress relievingDevesh Singhal
While fabricating a carbon steel yankee dryer, stress relieving (SR) is very important. This presentation aims to present some alternate ideas on how to do SR in a better way so that its side effects are minimized.
Yankee paper machine MG cylinder stress relieving has been reviewed, specially for the mechanical engineering students. Hope this will improve their thinking, analysis and evaluating capabilities.
Proposal for an android app for digital willDevesh Singhal
This presentation presents idea for a new mobile app to have your digital will, where you can automatically send important information, email account passwards, social media passwords etc. to your near and dear ones after your death.
Promotion on our company based in International Islamic University Malaysia. This new invention will compete with the veteran company all over the world especially re-design company in China.
DIY guidelines for optimization of wire vacuumDevesh Singhal
This presentation indicates how paper mills can collect data from their own machines and do the optimization to reduce energy consumption and get more dryness after the wire part.
Wrinkles & Piping in paper reels is an annoying problem. When the reel is used for any conversion, printing, lamination or anything, you get rejects and rejects. This presentation gives some thoughts on how can we minimize wrinkles and piping.
Alternate thoughts on yankee stress relievingDevesh Singhal
While fabricating a carbon steel yankee dryer, stress relieving (SR) is very important. This presentation aims to present some alternate ideas on how to do SR in a better way so that its side effects are minimized.
Yankee paper machine MG cylinder stress relieving has been reviewed, specially for the mechanical engineering students. Hope this will improve their thinking, analysis and evaluating capabilities.
Proposal for an android app for digital willDevesh Singhal
This presentation presents idea for a new mobile app to have your digital will, where you can automatically send important information, email account passwards, social media passwords etc. to your near and dear ones after your death.
Promotion on our company based in International Islamic University Malaysia. This new invention will compete with the veteran company all over the world especially re-design company in China.
Implementation of Plastic Waste in Manufacturing of Paving Blocks for Differe...ijtsrd
Block Paving is a commonly used decorative method of creating a pavement or hard standing. The main benefit of Paving Blocks Over other materials is that it can later be replaced. Also from Asthetic point of view, Pavers are good. Paving Blocks are generally used for Pedestrian, Parking, etc. Different types of manufacturing methods are now carried out to use some non degrade able material. Plastic Waste is increasing day by day which pollutes the environment. So, it is very much important to implement these waste material such that it can be used for different purposes like recycling and reusing. The disposal of waste plastics PET, PP, etc. is a biggest challenge, as repeated recycling of PET bottles poses a potential danger of being transformed to a carcinogenic material and only a small proportion of PET bottles are being recycled. Because of costly conventional recycling techniques, there has been an increased demand for more scientific and innovative technologies to effectively recycle these materials. But it is not completely possible to reuse and recycle those waste again and again due to danger of cancer. In this project we will use plastic waste in the manufacturing of paving blocks for different shapes and compare their strengths. Rugved G. Wankhade | Dr. S. G. Makarande | Prof. R. S. Kedar "Implementation of Plastic Waste in Manufacturing of Paving Blocks for Different Shapes" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-1 , December 2020, URL: https://www.ijtsrd.com/papers/ijtsrd38110.pdf Paper URL : https://www.ijtsrd.com/engineering/structural-engineering/38110/implementation-of-plastic-waste-in-manufacturing-of-paving-blocks-for-different-shapes/rugved-g-wankhade
Quynh Cao Professor Kaiser-Goebel SPC120 21 Nov 2.docxaudeleypearl
Quynh Cao
Professor Kaiser-Goebel
SPC120
21 Nov 2019
Preparation Recycle Outline
I. Introduction
General Purpose: To tell the audience how important of recycling also the process.
Attention Seek: People use lots of plastic products everyday. After using, most of us just throw
it away randomly and not thinking about it. Even if we put the trash in the recycle trashcan we
still don't know how it work and just our small action can help a lot.Only few people really have
the knowledge about the process of disposing the plastic items after we recycle them. This
speech will offer an introduction of this process.
A. We used plastic everyday from smallest things to bigger things
● Everything we buy are using plastic from sushi(box), chinese to go food
(container), sandwich(box), drink(plastic cup and straw),...
B. Plastic is everywhere in our lives.
C. We take advantages of its convenience.
D. However, the disposition of plastics after usage has always been a problem.
● Plastic will always stay the same through time and it’s bad for the environment.
This where recycle come to place.
E. We all know “recycle”. But does anyone know what is actually recycle does?
Transition: Well, now, we’re going to figure out the life of plastics starting from the recycle bin.
II. Body
A. Plastic products are divided into seven groups according to the “plastic identification code”.
1. How to classify
● By quality
● By color
2. Example of different types of plastics
● Different types of bottles
● Soft drink bottle (type 1)
● Juice bottle (type 3)
● Disposable take-away containers (type 6)
Transition: After being separated by group, plastics are then transported to recycle factory.
B. In the recycle factory, the plastics go through a process of disposition.
1. Crashed into little pieces.
2. Workers put the pieces into water and get rid of some impurities.
3. The pieces are all dried up and become usable materials.
Transition: The pieces are then transported to the final stops.
C. The plastic final stops are different kinds of factories.
1. Because of different qualities between each kind of plastic pieces, they will be
transported to different factories that fit them.
● PET (type 1) to wig, zipper and textile factory
● PE (type 2 and 4) to plastic factory again
● PVC (type 3) to artificial leather factory
2. After going through the factories, the plastics are given new looks.
● PET pieces to bags, wigs and zippers
● PE pieces to plastic boxes and plastic garbage cans
● PVC pieces to artificial leather
3. The recycled plastics now have new lives. We are now can reuse them and it does not
waste our space in our Earth anymore.
Transition: This is all about how recycled plastics get their new lives.
III. Conclusion
Summary
These seem a long and complicated process but we do not have to do all of that. Our job
is to put the plastic tha ...
Using tyres wastes as aggregates in concrete to form rubcrete – mix for engin...eSAT Journals
Abstract This paper presents the results, obtained after replacement of fine and coarse aggregates, in concrete mix, with tyre rubber. The tyre rubber, which has been used in the present study, is obtained after the mechanical trituration process of post – consumed tyres from trucks. Researchers have investigated, over the years, the use of recycled tyre rubber waste as a replacement for aggregate in concrete and its effectiveness. “Rubcrete-Mix” which would result from such replacement is found to have many engineering applications and holds promise in future. Rubcrete also possesses good mechanical properties and is considered to be one of the best and economical ways of recycling the used tyres. The present experimental study has the aim of arriving at the optimum quantity of the replacement material for the aggregates in concrete mixtures, for various engineering applications. For achieving a proper bond with the surrounding concrete paste, the recycled aggregates have been designed with respect to their size, shape and gradation. With the water – cement ratio being kept constant fine and coarse aggregate has been replaced with tyre rubber powder and chipped rubber and also cement has been replaced with silica fume. In preparing the concrete, Portland slag cement has been used along with super plasticizer less than 1% by weight of cement to achieve required workability of the resulting concrete. Furthermore, durability studies have been conducted and mixes have been designed for M30 grade concrete. Keywords: Concrete Mix, Mechanical Properties, Rubber Powder, Chipped Rubber, Silica fume.
Wastewater is characterized as the stream of utilized water from homes, organizations, ventures, business exercises and foundations which are subjected to the treatment plants by a precisely planned and built system of funnels. There are no occasions for wastewater treatment, and most plants work 24 hours each day of the week. Wastewater treatment plants take a shot at basic purpose of the water cycle, helping nature shields water from the intemperate contamination. But the abundant amount of undesirables in the waste water such as solid wastes and other form of materials that do not form the waste water treatment can overwhelm the system at times due to rainfall and natural forces. In order to remove a certain amount of solid waste and undesirables from the waste water we use the automatic gutter cleaning machine which is intended to as a check point at various focus points where the waste get accumulated. Thus it reduces the work done by the treatment plan and facilitates smooth flow of waste water system by More Rohit Mohan, Sunagar Sachin Laxman, Shabade Rachana Subash and Masuti S. B 2018. Purification of Solid Waste from drainage. International Journal on Integrated Education. 1, 1 (Dec. 2018), 85-87 https://journals.researchparks.org/index.php/IJIE/article/view/790/759 https://journals.researchparks.org/index.php/IJIE/article/view/790
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
IJRET : International Journal of Research in Engineering and Technology is an international peer reviewed, online journal published by eSAT Publishing House for the enhancement of research in various disciplines of Engineering and Technology. The aim and scope of the journal is to provide an academic medium and an important reference for the advancement and dissemination of research results that support high-level learning, teaching and research in the fields of Engineering and Technology. We bring together Scientists, Academician, Field Engineers, Scholars and Students of related fields of Engineering and Technology
Design and Analysis of Prosthetic Foot using Additive Manufacturing TechniqueYogeshIJTSRD
Prosthetic feet are designed for an individuals foot at a particular activity level. Prosthetic foot is a style for people that cannot walk, the performance is basically cosmetic. For people who square measure most actively, a prosthetic foot should mimic a traditional foot throughout the act of walking. The fabric for prosthetic feet varies by varied use of foot and by varied application. Wood, plastic and foam are sometimes found in feet designed for people who have low activity levels and need stability. Carbon fiber feet meet the purposeful wants for shock absorption and energy potency, and square measure light weight further. a variety of metals square measure used for prosthetic limbs Al, Titanium, Magnesium, Copper, Steel, and lots of additional. titanium was discovered within the late eighteenth century. Its a typical metal used for medical and engineering applications due to its several favorable properties. its sensible strength to weight quantitative relation, guck strength to density quantitative relation, glorious corrosion resistance, density and its light weight. So, perform static and model analysis on existing prosthetic foot to seek out stresses, total deformation. Then replace the fabric with the 3D printing additive producing technique. And find out the analysis result and compare the prevailing. Then experimental testing may be carried out to validate the result. Mr. Akshay Dashrath Mule | Prof. Dr. P. M. Bagade "Design and Analysis of Prosthetic Foot using Additive Manufacturing Technique" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-5 , August 2021, URL: https://www.ijtsrd.com/papers/ijtsrd45044.pdf Paper URL: https://www.ijtsrd.com/engineering/mechanical-engineering/45044/design-and-analysis-of-prosthetic-foot-using-additive-manufacturing-technique/mr-akshay-dashrath-mule
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Can we provide some space for viruses in our lives? A different thought, indicating what can be done to to live happily without a fear of virus and let it live its life.
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Transcript: Selling digital books in 2024: Insights from industry leaders - T...BookNet Canada
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2. TThhee DDaayy iitt SSttaarrtteedd…………
It all began suddenly. A supplier of auto
guides contact me, and offered to use his
products. But I did not need these. He
further asked, “You might have to replace
ppaallmm ooff aauuttoo gguuiiddee,, iitt iiss mmoorree tthhaann 22 yyeeaarrss
old”. Before proceeding to discussions, I
asked my maintenance (Instrumentation)
man, and he told me that the palm is
perfectly OK, and there is no need to
change it in near future.
Rethinking Drainage Element Materials,
October 2014 2
3. PPaallmm ooff AAuuttoo GGuuiiddee
The palm of auto guide is always pressing
wire, the contact area is very less, thus
meaning relatively higher localized
pprreessssuurree aaccttiinngg oonn iitt.. SSttiillll,, nnoo ssiiggnnss ooff wweeaarr
for two and a half years.
On the contrary, every 8-10 months, we
need to regrind/replace suction box tops.
We have tried ceramix (ceramic mixed)
tops, but in that case wire life was poor.
Rethinking Drainage Element Materials,
October 2014 3
4. MMaatteerriiaall SSeelleeccttiioonn
Since long, we are doing our material
selection on the basis of a test called
“Sand Slurry Method”.
IInn tthhiiss mmeetthhoodd aa ddiisscc ooff tteesstt mmaatteerriiaall iiss
rotated in a slurry of sand for 24 hours at
rated speed, and the loss of material is
reported. The less the loss, the better is
the material.
But, did we forget something?
Rethinking Drainage Element Materials,
October 2014 4
5. Testing tthhee TTeesstt IIttsseellff
Looking into the possible reasons, I
started searching internet for more
information, and ended up at the
ffoolllloowwiinngg lliinnkk--
http://webcache.googleusercontent.com/s
earch?q=cache:http://www.ewing1.com/_v
endors/ads/AbrasionResistance.pdf
Rethinking Drainage Element Materials,
October 2014 5
7. SSaanndd ((CCooaarrssee oorr FFiinnee))
As one can see, there is a significant
difference in results with coarse and fine
sand.
For 15 fps, for coarse sand, polythene seems
4 times stronger than steel; while, for fine
sand, it is just one third. Similarly, aluminum
wears more than acrylic with coarse sand,
but the pattern is reversed with fine sand.
Further we can see that there seems no
correlation between the sets of data.
We neither use steel nor polythene; but this
gives a reason to rethink.
Rethinking Drainage Element Materials,
October 2014 7
8. TTeessttiinngg OOuurr PPrroodduuccttss
Considering the observations, it seems
necessary to conduct different tests and
develop suitable standards for our
aapppplliiccaattiioonnss..
Why sand only? Why should we not
evaluate wear performance with OUR
materials, with OUR clothings?
A typical test bench schematic could be
as under-
Rethinking Drainage Element Materials,
October 2014 8
10. TTeesstt BBeenncchh
The proposed test bench uses
conventional synthetic forming fabric and
felts being rub against sample materials.
TToo ccrreeaattee ssiimmiillaarriittyy wwiitthh aaccttuuaall
environments, addition of water can also
be done by means of a shower.
Rethinking Drainage Element Materials,
October 2014 10
11. Drainage EElleemmeennttss ttoo TTeesstt
Typical drainage elements could be what
we are using already-
◦ UHMWPE
◦ MMooddiiffiieedd pprroodduuccttss ffrroomm rreeppuutteedd ssuupppplliieerrss
◦ Ceramic
Later on, we may try alternate materials
like steel, different alloys etc.
Rethinking Drainage Element Materials,
October 2014 11
12. CCllootthhiinngg MMaatteerriiaallss
As abrasive, we may use our clothing
(wire, felt etc.) itself.
This will also help us evaluate the
ppeerrffoorrmmaannccee ooff tthheessee aaggaaiinnsstt kknnoowwnn
materials for drainage elements.
A step further, we may evaluate effect of
weave patterns of forming fabrics etc.
Rethinking Drainage Element Materials,
October 2014 12
13. EEffffeecctt ooff VVaaccuuuumm
We all know, wear is faster if we apply
more vacuum. With our test bench, we
can apply different levels of vacuum
aaggaaiinnsstt ccllootthhiinngg,, wwee mmaayy rreeddeessiiggnn tteesstt
specimen with provision for vacuum
application to determine the effect of
vacuum also.
Rethinking Drainage Element Materials,
October 2014 13
14. WWeeaarr PPeerrffoorrmmaannccee
This way, we’ll be able to evaluate wear
performance of different materials we use
against different types of clothings we use.
TThhee oovveerraallll ssttuuddyy wwiillll bbee hheellppffuull ttoo oobbttaaiinn
wear rates of different fabric/clothing
material and designs against known
materials as ceramic, UHMWPE etc., and
vice versa.
Rethinking Drainage Element Materials,
October 2014 14
16. About the Author:
Born in 1968, D K Singhal is B.E., M.E. (Pulp Paper, 1993) from Deptt. of Paper
Technology, University of Roorkee (now IIT, Roorkee). He is a Certified Energy
Auditor and Chartered Engineer also.
With nearly 7 dozen publications, he has emphasized on development of low cost
technologies and management practices for quality and profitability improvement.
With publications on slideshare.net, energymanagertraining.com and
paperonweb.com, he has been constantly contributing to IPPTA (Indian Pulp
Paper Technical Association). He is also serving IPPTA as a member of Editorial
BBooaarrdd..
An initiative by D K Singhal, a cyber campaign initiated against unjustified targeting
of paper industry by “Idea” mobile, in their “Sirjee” advertisement campaign, after
which this advertisement was taken off air.
He also moderated a Yahoo group, “PaperTechnology” (now at facebook) with
nearly 750 members from India and abroad to discuss problems related to pulp
paper making for five years.
He can be contacted at deveshksinghal@gmail.com
16
Rethinking Drainage Element Materials,
October 2014