A new innovative product for rural usage with enormous uses helps in enhancing rural development. Considered as a green and alternate source of energy.
1) The document discusses developments needed to make solar cookers more popular, including reducing costs, improving stability, and adding features like tracking mechanisms.
2) Specific solar cooker designs are examined, including concentrating cookers, box cookers, panel cookers, and funnel cookers. Improvements suggested include better insulation, tracking without disturbing cooking, and sizing options.
3) There is also a need for affordable solar energy storage solutions for nighttime heating, and commercial solar cookers, while some have been installed they remain few. Increased promotion through advertising and success stories could help solar cookers gain popularity.
Vesat Solar Products is an ISO 9001:2008 certified Indian company with 27 years of experience in the solar industry. It has grown to 60 employees with an annual turnover exceeding 25 crores. Vesat is an approved supplier of the Ministry of New and Renewable Energy and provides solar power plants, water heaters, and parabolic solar cookers. The company's vision is to provide sustainable power while protecting the environment.
1) The students designed a portable solar panel cooker that uses sunlight as an alternative energy source to cook.
2) The cooker works by concentrating sunlight onto a black panel using aluminum foil reflectors, which absorbs the light and converts it to heat energy. A transparent plastic traps the heat inside.
3) During trials, the cooker was able to reach temperatures over 50°C, which is hot enough to boil water, demonstrating its ability to harness solar energy for cooking purposes.
The document summarizes an experiment comparing the efficiency of two solar cookers, a windshield shade cooker and a fun-panel cooker. The experiment found that the windshield shade cooker was more efficient, raising the temperature inside by 75°F in 10 minutes compared to a rise of only 38°F for the fun-panel cooker. The conclusion is that the windshield shade cooker worked better because it was able to focus more sunlight on the container.
A solar cooker is an oven that uses sunlight to cook food or boil water by reflecting sunlight off a shiny surface. The document discusses different types of solar cookers, including parabolic cookers which can generate more heat the larger their size. It then describes how the students created their own solar cooker using an aluminum reflective material and sight for aiming sunlight, and explains that it reaches high temperatures quickly and works effectively for cooking.
The document discusses the design of an improved solar cooker by a committee in Karnataka, India. It begins by outlining the benefits of solar energy as an abundant, free, and non-polluting energy source. It then describes three common solar cooker designs - box, panel, and parabolic - along with their advantages and disadvantages. The committee studied these designs and developed an improved solar cooker that incorporates qualities of all three by using reflectors, glass orientation, insulation, and a raised absorber plate to maximize energy utilization and minimize heat loss.
The students made solar cookers from recycled materials at their school to learn about sustainable energy sources. They collected information on solar cookers, constructed panel and parabolic reflector models, and tested them to reach temperatures of 35C and 70C. The students also compared their designs to those of partners in other countries and concluded the project highlighted the environmental and economic benefits of renewable resources.
The project involves designing a 30,000 square foot mixed-use building containing a physical science museum, residential units, and commercial space. The building aims to revitalize downtown Jacksonville. It will contain a cafe, museum lobby, loading dock, storage, restrooms, exhibit space, gift shop, residential lobby, auditorium, and restaurant. The program includes four residential units ranging between 830 and 1430 square feet. Sections and details are provided for building systems like structure, facade, rainwater collection, and a green roof/urban farm.
1) The document discusses developments needed to make solar cookers more popular, including reducing costs, improving stability, and adding features like tracking mechanisms.
2) Specific solar cooker designs are examined, including concentrating cookers, box cookers, panel cookers, and funnel cookers. Improvements suggested include better insulation, tracking without disturbing cooking, and sizing options.
3) There is also a need for affordable solar energy storage solutions for nighttime heating, and commercial solar cookers, while some have been installed they remain few. Increased promotion through advertising and success stories could help solar cookers gain popularity.
Vesat Solar Products is an ISO 9001:2008 certified Indian company with 27 years of experience in the solar industry. It has grown to 60 employees with an annual turnover exceeding 25 crores. Vesat is an approved supplier of the Ministry of New and Renewable Energy and provides solar power plants, water heaters, and parabolic solar cookers. The company's vision is to provide sustainable power while protecting the environment.
1) The students designed a portable solar panel cooker that uses sunlight as an alternative energy source to cook.
2) The cooker works by concentrating sunlight onto a black panel using aluminum foil reflectors, which absorbs the light and converts it to heat energy. A transparent plastic traps the heat inside.
3) During trials, the cooker was able to reach temperatures over 50°C, which is hot enough to boil water, demonstrating its ability to harness solar energy for cooking purposes.
The document summarizes an experiment comparing the efficiency of two solar cookers, a windshield shade cooker and a fun-panel cooker. The experiment found that the windshield shade cooker was more efficient, raising the temperature inside by 75°F in 10 minutes compared to a rise of only 38°F for the fun-panel cooker. The conclusion is that the windshield shade cooker worked better because it was able to focus more sunlight on the container.
A solar cooker is an oven that uses sunlight to cook food or boil water by reflecting sunlight off a shiny surface. The document discusses different types of solar cookers, including parabolic cookers which can generate more heat the larger their size. It then describes how the students created their own solar cooker using an aluminum reflective material and sight for aiming sunlight, and explains that it reaches high temperatures quickly and works effectively for cooking.
The document discusses the design of an improved solar cooker by a committee in Karnataka, India. It begins by outlining the benefits of solar energy as an abundant, free, and non-polluting energy source. It then describes three common solar cooker designs - box, panel, and parabolic - along with their advantages and disadvantages. The committee studied these designs and developed an improved solar cooker that incorporates qualities of all three by using reflectors, glass orientation, insulation, and a raised absorber plate to maximize energy utilization and minimize heat loss.
The students made solar cookers from recycled materials at their school to learn about sustainable energy sources. They collected information on solar cookers, constructed panel and parabolic reflector models, and tested them to reach temperatures of 35C and 70C. The students also compared their designs to those of partners in other countries and concluded the project highlighted the environmental and economic benefits of renewable resources.
The project involves designing a 30,000 square foot mixed-use building containing a physical science museum, residential units, and commercial space. The building aims to revitalize downtown Jacksonville. It will contain a cafe, museum lobby, loading dock, storage, restrooms, exhibit space, gift shop, residential lobby, auditorium, and restaurant. The program includes four residential units ranging between 830 and 1430 square feet. Sections and details are provided for building systems like structure, facade, rainwater collection, and a green roof/urban farm.
A solar cooker uses no fuel for cooking and can cook food for up to five people using just a small box. It can boil, roast, and bake various foods using the free energy of the sun. While solar cooking times are longer than other methods, it eliminates expensive utility bills and saves on energy usage. The basic design consists of an insulated box with a glass lid to trap heat and concentrate it on pots inside using reflective surfaces. Many variations have been developed, but reducing costs is key to wider adoption of solar cooking. It also requires a backup stove for cloudy days or early mornings and evenings when sunlight is weaker. Large subsidy programs have promoted solar cookers in India, Pakistan, and China.
A solar cooker uses reflected sunlight to cook food by concentrating the sun's energy using a reflective surface, often in a bowl shape. To build a basic solar cooker, you need a shiny reflector surface to direct sunlight onto enclosed food in a transparent container, such as a black pot, to both contain heat and allow sunlight to enter. The enclosure traps hot air to raise the temperature and shorten cooking time compared to using only direct sunlight.
The document describes a student project to build a solar cooker. It includes:
1) An explanation that a solar cooker uses the sun's energy to cook food by reflecting and concentrating sunlight using a shiny surface.
2) A description of the Latvian student's initial attempts using a lamp instead of the sun, which allowed them to melt a candle and chocolate.
3) Plans for the students to build a improved solar cooker in the spring actually using sunlight, with advice from their science teachers to use a convex mirror to better focus the light.
The document discusses solar cookers and solar water heaters. It explains that solar cookers use sunlight to cook food through concentration, absorption, and retention of heat. They are inexpensive and do not require fuel. Solar water heaters also make use of solar energy by using collectors to absorb heat from the sun and transfer it to water stored in tanks. There are active and passive types, with active using pumps and passive relying on convection. Both solar cookers and water heaters help reduce pollution by making use of a renewable energy source.
This document outlines UltraTech's social media plan to promote Solar Impulse 2's (SI2) journey landing in India from February 25th to March 7th. The plan includes creating buzz about SI2's history, engaging audiences with facts and quizzes, and posting updates during its landing in Ahmedabad and other Indian cities. Posts will highlight SI2's technological achievements and inspire support for sustainable innovations. The overarching goal is to generate excitement for SI2's mission and promote UltraTech's commitment to environmental protection.
The director of Dalhousie Public School wrote a letter of appreciation to B.K. Pandey of Bee Ess Engineers Projects Private Limited. The school had installed a 6-6 KW Beril Ionic Boiler hot water system from the company. The boiler unit consumes only 33 KW/h of electricity to heat 2000 liters of water to 60 degrees Celsius in 2 hours, making it an excellent energy saver. The director wished the company the best and looked forward to recommending the energy efficient technology to others.
NVSI PVT LTD is a well-known company that uses renewable energy sources exclusively. It produces solar products like power packs, fans, chargers and lamps to replace kerosene; roof-top solar power generators; and solar-powered radars for meteorological and aviation use. NVIS also makes robots for artificial intelligence and prepares all its products for both commercial and domestic use, though they are costly, they are lifetime investments that emit less carbon dioxide and are eco-friendly. NVIS products provide simple and best replacements for non-renewable energy sources.
Green Elephant has been developing biogas technology for 8 years. They constructed their first biogas plant, the Satara plant, in phases. Phase 1 was completed and the plant began successfully producing biogas. The biogas was then supplied to a local sugar factory through a signed agreement. Since then, Green Elephant has commissioned three more biogas plants and continued expanding operations. They now operate the largest biogas facility in India and have signed corporate clients to purchase the biogas.
Pebbles II - Eco-Friendly 2 & 3 BHK Luxurious Homes in Bavdhan | Buy Flat In ...PebblesPune
This brochure promotes Pebbles II, a housing project located in Pune, India. It provides details on the location, amenities, floor plans, and specifications. The development aims to be environmentally friendly with features like solar panels, wastewater treatment, and afforestation. Floor plans shown include 2 BHK and 3 BHK units ranging from about 780 to 1450 square feet. Amenities include a clubhouse, swimming pool, playground, and jogging tracks.
This document provides details about various renewable energy technologies developed by TinyTech Plants Pvt. Ltd. It summarizes the internship experience of three interns - Nirav Rege, Meda Hemanth Kumar, and A K Mahesh at the company from March 5, 2013 to May 5, 2013. The document describes different technologies like solar parabolic cookers, solar funnel cookers, boilers, steam engines, solar power plants, biogas plants, windmills and more. It includes diagrams, working principles, specifications and advantages of these technologies aimed at rural development and decentralization of industries.
The main aim of this project is
to make such a mechanical
oriented project which reduces
the scrap volume and further use
it for recycle purpose properly.
The document provides a final design report for a peanut butter jar opener created by a group of students. It includes an abstract, introduction, background on similar existing products, a detailed design description of their prototype, a design decision matrix comparing their concepts, photos of the implemented design, a budget table, testing procedures showing their design was unable to fully open a jar due to insufficient torque, and a conclusion stating their prototype was successful except for needing a more powerful motor.
There is a need of commercial dishwashers in the big hotel chains, for the purpose of cleaning dishes efficiently and cheaply. All the models of commercial dishwashers today rely completely on water cycles for the purpose of cleaning dishes. The water usage is very high in them. Also, some of the models do not provide the desired clean whereas some are not suitable for particular type of dish material. And all of them use hot water which further increases the cost of heating the water to desired temperature. Our aim is to provide a solution to these problems by the use of rolling mechanism, which would allow the brushing bristles to come in contact with dishes for cleaning rather than relying completely on water, which would provide a hand like clean. This would reduce the excessive use of water and provide more satisfactory clean with an experience of traditional hand cleaning. Washing dishes is most commonly done activity in the world, in most of families people wash dishes by hand which is straining to muscles and detergent is chemically harmful. As far as manual process is concerned in houses of India, washing is done by hand scrubbing which is straining to the muscles through its energy and postural requirements. Sangharsh Gaikwad | Aman Chandrikapure | Roshan Daf | Janvi Meshram | Darpana Chowhan | Rajat Wankhede "Design and Analysis of Portable Dishwasher" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-4 , June 2021, URL: https://www.ijtsrd.compapers/ijtsrd43610.pdf Paper URL: https://www.ijtsrd.comengineering/mechanical-engineering/43610/design-and-analysis-of-portable-dishwasher/sangharsh-gaikwad
- Bill Smith, president of Great British Kettles, called industrial designer Scott Stropkay to design an electric teakettle called Ukettle.
- Scott worked with Polymer Solutions on the design over six intense months to develop the kettle in time for a January trade show.
- The goal was to create an innovative design that still looked like a traditional teakettle. Key challenges included designing for disassembly and using high-quality, recyclable plastics.
- Through sketches, prototypes, and focus groups, Scott refined the design which featured snap-fit assembly, a large vessel for the heating element, and two-tone color options that tested well.
The document describes the design and fabrication of a solar-powered grass cutter. The objectives are to create an affordable grass cutting machine that uses solar energy instead of fossil fuels to reduce environmental pollution. It will cut grass into small pieces and store them in a collection tank. A literature review presented several past projects that developed automated, efficient, or eco-friendly solar grass cutters. The project is currently in progress, with material purchasing ongoing and a model diagram shown.
This document shares photos and information about various innovative designs and engineering projects. Some highlights include a 900-year-old church in Norway, an amazing bathtub design, functional kitchen appliances, dream stoves, hanging beds in forests, solar powered devices, sustainable buildings, suspension bridges, wind and solar energy projects, eco-friendly housing, beautiful gardens and nature settings, and other creative architectural works. The document encourages trying new ideas and innovations in life.
This document describes the design of a hydraulic bottle jack. It includes chapters on the conceptual design, detailed design, and conclusions. The conceptual design chapter covers generating concepts, selecting materials, and developing a conceptual model. The detailed design chapter analyzes geometry, forces, velocities, and designs components like the cylinder, piston, and handle. The conclusions summarize the results and provide recommendations. The overall purpose is to design a new hydraulic bottle jack that can lift loads horizontally as well as vertically and fit economic constraints.
This document provides a summary report on the design of a can crusher. It was submitted by three students to fulfill the requirements for a Bachelor of Engineering degree in Mechanical Engineering. The report introduces can crushers and their purpose in efficiently compacting aluminum cans to save space in trash. It describes the basic working principle of manual can crushers and categorizes crushers by size capacity and whether they are wall-mounted or portable. The report lists advantages like making recycling faster and helping the environment. It also provides a literature review on related science concepts and includes a cost survey of project parts.
This document provides details on Jess Kuhlenthal's design portfolio, education, experience, and skills. It includes a fog collector device designed for a German engineering company focused on biomimicry. The fog collector is made of simple, locally available materials like PVC piping and uses a gabion to secure it. It was designed for a small South African town to harvest fog and provide water.
The document summarizes a design project for a dual-purpose stool and table called Tableng meant to bring families together. It was designed for a fair trade program in Cambodia using local materials like iron and water hyacinth. Research found lack of family quality time leads to child issues. The design evolved from a butterfly chair and allows use by a fireplace or for board games. Analysis found the steel design uses less energy, emissions and water than aluminum. The final design is affordable yet high quality and sustainable to fulfill the goals of increasing family time and commercial success. Future recommendations include different sustainable materials.
The document provides biographical information about Samuel McClellan, an industrial designer. It states that McClellan has a Bachelor's degree in Industrial Design and spent a year studying Product Design at San Francisco State University. It summarizes that McClellan applies a thorough design process and is interested in designing products that help people and create meaningful change in their daily lives through inclusive, sustainable design.
A solar cooker uses no fuel for cooking and can cook food for up to five people using just a small box. It can boil, roast, and bake various foods using the free energy of the sun. While solar cooking times are longer than other methods, it eliminates expensive utility bills and saves on energy usage. The basic design consists of an insulated box with a glass lid to trap heat and concentrate it on pots inside using reflective surfaces. Many variations have been developed, but reducing costs is key to wider adoption of solar cooking. It also requires a backup stove for cloudy days or early mornings and evenings when sunlight is weaker. Large subsidy programs have promoted solar cookers in India, Pakistan, and China.
A solar cooker uses reflected sunlight to cook food by concentrating the sun's energy using a reflective surface, often in a bowl shape. To build a basic solar cooker, you need a shiny reflector surface to direct sunlight onto enclosed food in a transparent container, such as a black pot, to both contain heat and allow sunlight to enter. The enclosure traps hot air to raise the temperature and shorten cooking time compared to using only direct sunlight.
The document describes a student project to build a solar cooker. It includes:
1) An explanation that a solar cooker uses the sun's energy to cook food by reflecting and concentrating sunlight using a shiny surface.
2) A description of the Latvian student's initial attempts using a lamp instead of the sun, which allowed them to melt a candle and chocolate.
3) Plans for the students to build a improved solar cooker in the spring actually using sunlight, with advice from their science teachers to use a convex mirror to better focus the light.
The document discusses solar cookers and solar water heaters. It explains that solar cookers use sunlight to cook food through concentration, absorption, and retention of heat. They are inexpensive and do not require fuel. Solar water heaters also make use of solar energy by using collectors to absorb heat from the sun and transfer it to water stored in tanks. There are active and passive types, with active using pumps and passive relying on convection. Both solar cookers and water heaters help reduce pollution by making use of a renewable energy source.
This document outlines UltraTech's social media plan to promote Solar Impulse 2's (SI2) journey landing in India from February 25th to March 7th. The plan includes creating buzz about SI2's history, engaging audiences with facts and quizzes, and posting updates during its landing in Ahmedabad and other Indian cities. Posts will highlight SI2's technological achievements and inspire support for sustainable innovations. The overarching goal is to generate excitement for SI2's mission and promote UltraTech's commitment to environmental protection.
The director of Dalhousie Public School wrote a letter of appreciation to B.K. Pandey of Bee Ess Engineers Projects Private Limited. The school had installed a 6-6 KW Beril Ionic Boiler hot water system from the company. The boiler unit consumes only 33 KW/h of electricity to heat 2000 liters of water to 60 degrees Celsius in 2 hours, making it an excellent energy saver. The director wished the company the best and looked forward to recommending the energy efficient technology to others.
NVSI PVT LTD is a well-known company that uses renewable energy sources exclusively. It produces solar products like power packs, fans, chargers and lamps to replace kerosene; roof-top solar power generators; and solar-powered radars for meteorological and aviation use. NVIS also makes robots for artificial intelligence and prepares all its products for both commercial and domestic use, though they are costly, they are lifetime investments that emit less carbon dioxide and are eco-friendly. NVIS products provide simple and best replacements for non-renewable energy sources.
Green Elephant has been developing biogas technology for 8 years. They constructed their first biogas plant, the Satara plant, in phases. Phase 1 was completed and the plant began successfully producing biogas. The biogas was then supplied to a local sugar factory through a signed agreement. Since then, Green Elephant has commissioned three more biogas plants and continued expanding operations. They now operate the largest biogas facility in India and have signed corporate clients to purchase the biogas.
Pebbles II - Eco-Friendly 2 & 3 BHK Luxurious Homes in Bavdhan | Buy Flat In ...PebblesPune
This brochure promotes Pebbles II, a housing project located in Pune, India. It provides details on the location, amenities, floor plans, and specifications. The development aims to be environmentally friendly with features like solar panels, wastewater treatment, and afforestation. Floor plans shown include 2 BHK and 3 BHK units ranging from about 780 to 1450 square feet. Amenities include a clubhouse, swimming pool, playground, and jogging tracks.
This document provides details about various renewable energy technologies developed by TinyTech Plants Pvt. Ltd. It summarizes the internship experience of three interns - Nirav Rege, Meda Hemanth Kumar, and A K Mahesh at the company from March 5, 2013 to May 5, 2013. The document describes different technologies like solar parabolic cookers, solar funnel cookers, boilers, steam engines, solar power plants, biogas plants, windmills and more. It includes diagrams, working principles, specifications and advantages of these technologies aimed at rural development and decentralization of industries.
The main aim of this project is
to make such a mechanical
oriented project which reduces
the scrap volume and further use
it for recycle purpose properly.
The document provides a final design report for a peanut butter jar opener created by a group of students. It includes an abstract, introduction, background on similar existing products, a detailed design description of their prototype, a design decision matrix comparing their concepts, photos of the implemented design, a budget table, testing procedures showing their design was unable to fully open a jar due to insufficient torque, and a conclusion stating their prototype was successful except for needing a more powerful motor.
There is a need of commercial dishwashers in the big hotel chains, for the purpose of cleaning dishes efficiently and cheaply. All the models of commercial dishwashers today rely completely on water cycles for the purpose of cleaning dishes. The water usage is very high in them. Also, some of the models do not provide the desired clean whereas some are not suitable for particular type of dish material. And all of them use hot water which further increases the cost of heating the water to desired temperature. Our aim is to provide a solution to these problems by the use of rolling mechanism, which would allow the brushing bristles to come in contact with dishes for cleaning rather than relying completely on water, which would provide a hand like clean. This would reduce the excessive use of water and provide more satisfactory clean with an experience of traditional hand cleaning. Washing dishes is most commonly done activity in the world, in most of families people wash dishes by hand which is straining to muscles and detergent is chemically harmful. As far as manual process is concerned in houses of India, washing is done by hand scrubbing which is straining to the muscles through its energy and postural requirements. Sangharsh Gaikwad | Aman Chandrikapure | Roshan Daf | Janvi Meshram | Darpana Chowhan | Rajat Wankhede "Design and Analysis of Portable Dishwasher" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-4 , June 2021, URL: https://www.ijtsrd.compapers/ijtsrd43610.pdf Paper URL: https://www.ijtsrd.comengineering/mechanical-engineering/43610/design-and-analysis-of-portable-dishwasher/sangharsh-gaikwad
- Bill Smith, president of Great British Kettles, called industrial designer Scott Stropkay to design an electric teakettle called Ukettle.
- Scott worked with Polymer Solutions on the design over six intense months to develop the kettle in time for a January trade show.
- The goal was to create an innovative design that still looked like a traditional teakettle. Key challenges included designing for disassembly and using high-quality, recyclable plastics.
- Through sketches, prototypes, and focus groups, Scott refined the design which featured snap-fit assembly, a large vessel for the heating element, and two-tone color options that tested well.
The document describes the design and fabrication of a solar-powered grass cutter. The objectives are to create an affordable grass cutting machine that uses solar energy instead of fossil fuels to reduce environmental pollution. It will cut grass into small pieces and store them in a collection tank. A literature review presented several past projects that developed automated, efficient, or eco-friendly solar grass cutters. The project is currently in progress, with material purchasing ongoing and a model diagram shown.
This document shares photos and information about various innovative designs and engineering projects. Some highlights include a 900-year-old church in Norway, an amazing bathtub design, functional kitchen appliances, dream stoves, hanging beds in forests, solar powered devices, sustainable buildings, suspension bridges, wind and solar energy projects, eco-friendly housing, beautiful gardens and nature settings, and other creative architectural works. The document encourages trying new ideas and innovations in life.
This document describes the design of a hydraulic bottle jack. It includes chapters on the conceptual design, detailed design, and conclusions. The conceptual design chapter covers generating concepts, selecting materials, and developing a conceptual model. The detailed design chapter analyzes geometry, forces, velocities, and designs components like the cylinder, piston, and handle. The conclusions summarize the results and provide recommendations. The overall purpose is to design a new hydraulic bottle jack that can lift loads horizontally as well as vertically and fit economic constraints.
This document provides a summary report on the design of a can crusher. It was submitted by three students to fulfill the requirements for a Bachelor of Engineering degree in Mechanical Engineering. The report introduces can crushers and their purpose in efficiently compacting aluminum cans to save space in trash. It describes the basic working principle of manual can crushers and categorizes crushers by size capacity and whether they are wall-mounted or portable. The report lists advantages like making recycling faster and helping the environment. It also provides a literature review on related science concepts and includes a cost survey of project parts.
This document provides details on Jess Kuhlenthal's design portfolio, education, experience, and skills. It includes a fog collector device designed for a German engineering company focused on biomimicry. The fog collector is made of simple, locally available materials like PVC piping and uses a gabion to secure it. It was designed for a small South African town to harvest fog and provide water.
The document summarizes a design project for a dual-purpose stool and table called Tableng meant to bring families together. It was designed for a fair trade program in Cambodia using local materials like iron and water hyacinth. Research found lack of family quality time leads to child issues. The design evolved from a butterfly chair and allows use by a fireplace or for board games. Analysis found the steel design uses less energy, emissions and water than aluminum. The final design is affordable yet high quality and sustainable to fulfill the goals of increasing family time and commercial success. Future recommendations include different sustainable materials.
The document provides biographical information about Samuel McClellan, an industrial designer. It states that McClellan has a Bachelor's degree in Industrial Design and spent a year studying Product Design at San Francisco State University. It summarizes that McClellan applies a thorough design process and is interested in designing products that help people and create meaningful change in their daily lives through inclusive, sustainable design.
Welcome to Smart Enviro Systems! The range of solutions we offer has been an outcome of our constant endeavors to evolve for perfection and excellence. The company believes in consistent Research & Development; this helps us to bring new products and novel systems to address the problems of management of solid waste/organic waste/municipal waste/bio-degradable waste.
The document describes an electric beans sheller machine. It has rollers with teeth that grip bean pods and pull them through to remove the shells. The machine is portable, weighing under 20 lbs, and plugs into any outlet. It can shell a bushel of beans quickly, saving time over manual shelling. The machine works by feeding beans between two rotating rolls that apply bending forces to remove the shells. It has advantages like being simple to operate, compact, motorized, inexpensive to maintain, and suitable for mass production of shelled beans.
This document summarizes Stephanie Tomasetta's 2014 design portfolio. It includes projects focused on designing for autonomous vehicles, 3D printed ski pole baskets, an injection molded bitcoin mining robot, ergonomic 4-arm crutches, a portable slit lamp for developing countries, a chevron cutting board, a pop-up hospital room light card, a polycarbonate pinata, a vinyl record carrying case, Spanish-inspired table accessories, and a walking hippogriff robot. The projects utilized various design and prototyping processes like 3D printing, CNC machining, laser cutting, molding, and linkage optimization.
The document provides information about a graphic design company called day+night designs. It includes the company's contact information and describes the founder's experience in producing various media to market other companies. It then shows drawings for several engineering projects, including custom wheels for a hot rod, rifle sights, and a rear sight for a handgun. The drawings include details, materials, dimensions, and other technical specifications.
Provident Equinox | Flats for Sale on Mysore Road-Nice Junction, Bangalorevarshinisweet
This document provides information about a residential development called #myhomemylife by Provident Equinox located off Mysore Road in Bangalore. It highlights the location benefits in terms of proximity to IT parks, schools, and connectivity via metro and highways. Floor plans and specifications of various amenities like clubs, sports facilities, and branded materials used in construction are also included. The development aims to provide a lifestyle township with various recreational options for residents.
#myhomemylife | Flats for Sale on Mysore Road-Nice Junction, Bangalorechandrikasahasra
This document provides information about a residential development called #myhomemylife by Provident Equinox located off Mysore Road in Bangalore. It highlights the location benefits in terms of proximity to IT parks, schools, and infrastructure like the metro. It describes the amenities like sports facilities, clubhouse, and landscaped areas. Floor plans and specifications of various apartment configurations ranging from 2 BHK to 3 BHK are also presented. Brands partnering for different interior elements like elevators, tiles, and fittings are mentioned.
Explore the key differences between silicone sponge rubber and foam rubber in this comprehensive presentation. Learn about their unique properties, manufacturing processes, and applications across various industries. Discover how each material performs in terms of temperature resistance, chemical resistance, and cost-effectiveness. Gain insights from real-world case studies and make informed decisions for your projects.
Abasse Twalal Harouna: The Maestro of Digital Marketing - His Journey and Ach...Abasse Twalal Harouna
Abasse Twalal Harouna, a name synonymous with innovation and excellence in the digital marketing industry, has made significant strides in empowering small and medium-sized businesses (SMBs) to achieve remarkable growth. With a career marked by numerous accolades and a trail of success stories, Harouna's journey from a passionate student of marketing to a renowned digital marketing expert is both inspiring and instructive.
Abasse Twalal Harouna’s early life laid a strong foundation for his future success. Born and raised in a family that highly valued education and innovation, Harouna was encouraged to pursue his interests from a young age. This supportive environment fueled his passion for technology and business, leading him to pursue higher education in Business Administration with a focus on Marketing at a prestigious Canadian university. His academic background provided him with a comprehensive understanding of business principles and marketing strategies, setting the stage for his remarkable career.
Upon completing his degree, Abasse Twalal Harouna quickly recognized the transformative potential of digital marketing. He understood that the digital landscape was rapidly evolving and that businesses needed to adapt to remain competitive. With a clear vision, Harouna entered the digital marketing field, driven by a desire to help businesses grow through innovative online strategies. His early career was marked by hands-on experience with various digital marketing agencies, where he honed his skills in SEO, content marketing, social media marketing, and PPC advertising.
Abasse Twalal Harouna’s expertise spans multiple facets of digital marketing, making him a versatile and highly effective strategist. One of his key areas of specialization is Search Engine Optimization (SEO). Harouna understands that SEO is crucial for enhancing online visibility and driving organic traffic to websites. By employing advanced SEO techniques, such as thorough keyword research, on-page optimization, and building high-quality backlinks, Harouna ensures that his clients' websites rank high on search engine results pages (SERPs). This not only attracts more visitors but also improves the overall online presence of the businesses he works with.
Content marketing is another domain where Abasse Twalal Harouna excels. He firmly believes that content is king in the digital world and leverages it to create compelling, value-driven content that resonates with target audiences. From blog posts and articles to videos and infographics, Harouna’s content marketing strategies are designed to engage and educate potential customers. This approach not only drives brand awareness but also fosters customer loyalty, contributing to long-term business success.
In today’s connected world, social media marketing is vital for brand promotion, and Abasse Twalal Harouna has mastered this art. He crafts tailored social media campaigns that enhance brand visibility and foster engagement.
2. INTRODUCTION
The concept of Briquettes is not new. Invented and brought in use in 1897.
Being used as a green and alternate source of energy in Nepal.
First commercial production in 1982.
Currently also, many biogas plants makes use of Briquettes for generation
of energy.
The demand of Briquettes to these plants is fulfilled by automatic
Briquetting Machines.
Also, these Briquettes are used for household purposes around the globe.
Does INDIAN Rural communities have access to Biomass Briquettes?
S.K. Engineers
2
3. YES!!!
But, have to pay a price for what is already available to them in abundant
quantities.
So, a question hits me "What if these communities don't have to pay a
single Rupee to have what is already available to them?”
So keeping all of these data in mind, the idea of Briquetting lever press is
derived.
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4. Combination
Therefore, combining the soul purpose of making briquettes and the
design of tube-well pump we, S.K. Engineers, introduce the innovative
design of a BRIQUETTING LEVER PRESS!!!
S.K. Engineers
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7. WORKING
It is a foldable design and easy to use.
The lever press is assembled correctly.
As the name suggests, contains a lever rod connected to a circular disc
that enters a circular entity (Basket).
An appropriate mixture poured in the Basket and then compressed using
the lever rod until all the water content is drained from the mixture.
The resulting product (Briquette) is in the shape of the Basket.
Briquetting Lever press will be well explained in the upcoming video.
S.K. Engineers
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9. ADVANTAGES/USP OF Briquetting
Lever Press
Compact Design.
Light Weight.
Easy Assembly.
Easily Transported & Stored.
Economical Product.
Prolonged Life
Negligible Maintenance.
Can be an extra source of income for rural families.
Can result in small entrepreneurs in rural areas (especially women).
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10. DIFFERENT TYPES OF BRIQUETTES
Charcoal Briquettes.
Sawdust Briquettes.
Coconut Shell Briquettes.
Paper pulp Briquettes.
Etc.
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