A synopsis of the web 2.0 Business Strategy for the Baths at Fuorigrotta, Naples, Italy. As a social business it is not intended to make money but to support the ambitions of the community, while sustaining cultural heritage.
The document argues that wind power is better than solar energy for three key reasons: 1) It is much more expensive to build solar power plants compared to wind farms; 2) Solar energy requires large areas of space to function effectively while wind power does not; and 3) Unlike solar energy, wind power is a constant source of energy that never runs out.
This document discusses several potential areas of research at the intersection of food, energy, and water systems:
1) Low temperature desalination using waste heat from power plant cooling to produce fresh water from brackish or salt water.
2) Improving measurement of evaporation from large bodies of water like the Great Lakes, which has impacts on downstream electricity production.
3) Harvesting algal blooms, which could provide an agricultural product if the algae can be easily collected and filtered.
4) Use of biochar from pyrolysis of agricultural waste to reduce runoff and increase crop yields, providing a carbon sink and some energy byproducts.
Earthships are unique off-the-grid homes built entirely from recycled materials that are self-sufficient. Each Earthship generates its own electricity through solar panels, heats and cools itself, and collects and treats its own water through complex filtration systems. A greenhouse addition grows food and helps regulate the home's temperature, allowing Earthships to stay comfortable even in extreme weather. Made from materials like tires, cans, and recycled glass, Earthships demonstrate true green building by reusing society's trash as construction materials.
There are several ways to reduce one's ecological footprint according to the document. First, be mindful of energy usage by turning off devices when not in use and purchasing more efficient appliances. Second, consider alternative energy sources like solar panels if owning a home. Third, use public transit, bike, or walk more instead of driving to reduce footprint when away from home. The document also provides data on ecological footprints by country.
International desalination is used around the world to produce fresh water from saline water. There are three main methods: reverse osmosis, vacuum distillation, and multi-stage flash distillation. The United Arab Emirates has one of the largest desalination plants in the world located in Jebel Ali, which uses multi-stage flash distillation to produce 300 million cubic meters of water per year while also generating energy. Other countries use desalinated water for household needs as well as agriculture, manufacturing, and other industries. While desalination provides benefits like increased water supply, it also has environmental impacts such as high energy use and brine discharge.
SunDwater is an Israeli solar-powered water distiller that provides clean drinking water without infrastructure or electricity. It uses photovoltaic dishes to concentrate sunlight and rapidly evaporate water, which then condenses into freshwater. A pre-market unit produces 400 liters of water per day, five times more than similar systems. The technology aims to provide clean water to the 750 million people worldwide who lack access, especially in Africa, South America, and parts of Asia, as a low-cost alternative to desalination plants or transporting bottled water.
Sustainable, Virtual and Augmented Archeology 2.0. The idea combines social media, virtual worlds and augmented reality with ecological sustainability to preserve, enhance and develop the baths. It combines participant empowerment, social media, emerging technologies and creative economy techniques. The project will develop a social media ecosystem that aggregates and combines the archaeologists and their insights.
The document argues that wind power is better than solar energy for three key reasons: 1) It is much more expensive to build solar power plants compared to wind farms; 2) Solar energy requires large areas of space to function effectively while wind power does not; and 3) Unlike solar energy, wind power is a constant source of energy that never runs out.
This document discusses several potential areas of research at the intersection of food, energy, and water systems:
1) Low temperature desalination using waste heat from power plant cooling to produce fresh water from brackish or salt water.
2) Improving measurement of evaporation from large bodies of water like the Great Lakes, which has impacts on downstream electricity production.
3) Harvesting algal blooms, which could provide an agricultural product if the algae can be easily collected and filtered.
4) Use of biochar from pyrolysis of agricultural waste to reduce runoff and increase crop yields, providing a carbon sink and some energy byproducts.
Earthships are unique off-the-grid homes built entirely from recycled materials that are self-sufficient. Each Earthship generates its own electricity through solar panels, heats and cools itself, and collects and treats its own water through complex filtration systems. A greenhouse addition grows food and helps regulate the home's temperature, allowing Earthships to stay comfortable even in extreme weather. Made from materials like tires, cans, and recycled glass, Earthships demonstrate true green building by reusing society's trash as construction materials.
There are several ways to reduce one's ecological footprint according to the document. First, be mindful of energy usage by turning off devices when not in use and purchasing more efficient appliances. Second, consider alternative energy sources like solar panels if owning a home. Third, use public transit, bike, or walk more instead of driving to reduce footprint when away from home. The document also provides data on ecological footprints by country.
International desalination is used around the world to produce fresh water from saline water. There are three main methods: reverse osmosis, vacuum distillation, and multi-stage flash distillation. The United Arab Emirates has one of the largest desalination plants in the world located in Jebel Ali, which uses multi-stage flash distillation to produce 300 million cubic meters of water per year while also generating energy. Other countries use desalinated water for household needs as well as agriculture, manufacturing, and other industries. While desalination provides benefits like increased water supply, it also has environmental impacts such as high energy use and brine discharge.
SunDwater is an Israeli solar-powered water distiller that provides clean drinking water without infrastructure or electricity. It uses photovoltaic dishes to concentrate sunlight and rapidly evaporate water, which then condenses into freshwater. A pre-market unit produces 400 liters of water per day, five times more than similar systems. The technology aims to provide clean water to the 750 million people worldwide who lack access, especially in Africa, South America, and parts of Asia, as a low-cost alternative to desalination plants or transporting bottled water.
Sustainable, Virtual and Augmented Archeology 2.0. The idea combines social media, virtual worlds and augmented reality with ecological sustainability to preserve, enhance and develop the baths. It combines participant empowerment, social media, emerging technologies and creative economy techniques. The project will develop a social media ecosystem that aggregates and combines the archaeologists and their insights.
This document provides an overview of distributed renewable energy technologies, including solar, wind, hydro, and biomass energy. It describes key components of solar photovoltaic and water heating systems as well as wind energy systems. These include solar panels, batteries, inverters, pumps, turbines, and generators. Costs vary significantly depending on the size and location of the system.
The document proposes the ecoPLAY, a solar-powered smartphone designed to reduce electricity consumption. It features standard smartphone capabilities like calling, texting, apps and internet access. The ecoPLAY charges using sunlight and stores excess energy, allowing use in dark areas without plugging in. By powering devices this natural way, it could help curb climate change by lowering energy usage and emissions.
The document discusses moving towards a more sustainable energy future by reducing reliance on fossil fuels and increasing use of renewable energy sources. It outlines issues with current energy sources like fossil fuels and nuclear power in terms of resource depletion, pollution, and waste. It then discusses strategies for a sustainable future like improving energy efficiency, reducing energy waste from devices, increasing use of renewable sources like solar, wind, hydropower, and biomass. Specific technologies are highlighted like solar panels, fuel cells, and potential future sources like nuclear fusion. The document emphasizes the role of individual action and provides examples of sustainable energy projects.
In a world grappling with environmental challenges and economic complexities, the Air Fountain emerges as a groundbreaking innovation, offering a dual solution to two pressing issues — water scarcity and the need for sustainable revenue streams. This revolutionary device not only extracts moisture from the air and transforms it into pure water but also capitalizes on the bustling urban environment by converting traffic into a lucrative source of income.
The document presents the design of an integrated rainwater collection, storage and filtration system for households in the Mekong Delta of Vietnam. It describes the design of each subsystem, including a bamboo gutters system, a ferrocement storage tank, and a clay pot filtration unit. An analysis is provided of each design to meet requirements for affordability, effectiveness, and ability to be constructed with local materials and unskilled labor.
Integrating Nano-mesh Filter-based Water ATMs with last mile economy by Sunil...Sandeep "Sunny" Narang
This document summarizes a project to integrate nano-mesh filter-based water ATMs with a last mile economy. The key points are:
1) The project aims to address water pollution and scarcity by providing a new patented nano-mesh filter technology that can purify water without removing minerals. This is done through water ATMs distributed across locations.
2) A blockchain network will be used to tokenize filtered water into crypto tokens (FWUT) and create a circular economy around the water ATMs. This will enable access to filtered water for all token holders.
3) The network will consist of various stakeholders including filter manufacturers, housing manufacturers, water ATM managers, bulk suppliers and retail users. All
SXSW 2008 - "10 Ways to Green-ifyYour Digital Life"jenschlegel
The document summarizes a panel discussion on greening one's digital life. The panelists discussed current data on energy consumption and e-waste, demonstrated websites and tools to help users reduce their environmental impact, and generated a list of 16 tips. These included automating energy efficiency, sharing resources through networking, producing one's own power, and dealing responsibly with e-waste.
The California Academy of Sciences built a new LEED Platinum certified green building that uses 30-35% less energy and 30% less water than a conventional building. It generates 5-10% of its electricity through solar panels and uses natural ventilation, radiant heating/cooling, and natural light to reduce energy usage. The building recycles 98% of rainwater and utilized recycled materials like steel, concrete, and wood in its construction to minimize raw material usage. The Academy aims to teach visitors about sustainability through exhibits, programs, and using the green building itself as an educational tool.
This project emphasis on design and fabrication of the water waste cleaning machine."Water cleaning machine" a machine which involves the removing of the water debris from water surface and safely dispose from the water body.The work has done looking at the current situation of our national rivers which are dumped with ton liters of sewage and loaded with pollutants ,toxic materials, Debris; It is hampering the life of aquatic animal and put their life in danger.A "Water cleaning machine" will lift the waste surface debris from the waste water bodies, This will ultimately result in reduction of water pollution and the aquatic life will be saved and our water resource will be cleaned.In this project we have used rechargeable batteries and mechanical parts which will not harm water bodies in any manner.
Cleanweb Italy input for Green Open Data workshop - CAE RomaCleanweb Italy
OPEN DATA: MOBILE APPS & GREEN SOLUTIONS
Città dell'Altra Economia, Roma - 26 ottobre 2012 - #greenod12
Input from Cleanweb Italy for session on Open Data seen from the Associations.
Green technology aims to reduce environmental impact and promote sustainability. Ancient civilizations utilized various green technologies such as using wind energy for sailing, employing passive solar designs in buildings, and developing gray water recycling systems. Modern green technologies encompass renewable energy sources, green building practices, green nanotechnology, green chemistry, green computing, and eco-cities designed around sustainability. The goals of green technology are to meet needs of society indefinitely without harming natural resources and shift to closed-loop systems that eliminate waste.
Green technology, carbon footprints and eco citiesAshima Datta
Green technology aims to reduce environmental impact and promote sustainability. Ancient civilizations utilized various green technologies such as passive solar building designs, water recycling systems, and wind energy. Modern green technologies encompass renewable energy sources, green building practices, green chemistry principles, green nanotechnology applications, green computing initiatives, and eco-city development. The goals of green technology are to meet society's needs indefinitely without harming the environment or depleting resources for future generations.
This document discusses 10 innovative technologies and solutions related to environmental sustainability. It describes hydrogen fuel cells, desalination techniques to produce fresh water, carbon capture and storage from power plants and industries, transparent solar films, 3D printers that use recycled plastic, ocean trash collecting devices, energy generation from foot traffic, converting food waste to renewable energy, building energy efficiency software, green roofs to reduce building temperatures, underground thermal energy storage, using drones to deliver vaccines to endangered species, and edible cutlery made from grains. These innovations aim to provide clean energy sources, fresh water, reduce carbon emissions, and find more sustainable uses of waste and resources.
Entrepreneur India, a monthly magazine published by NPCS, is aimed at simplifying the process of choosing the suitable project for investment. It makes business decisions easier and trouble-free by providing a list of right projects for investment.
Projects covered in this issue:
Solar Panel
List of Process Technology Books
Medium Density Fiberboard
Pet Recycling
HDPE / PP Woven Fabric From Tape Line using Circular Looms and Sacks Making with Lamination of BOPP/ BOPET/ LDPE and Printing
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http://goo.gl/l40Gnn
http://goo.gl/MwYpVf
5.1 system design for sustainable energy for all vezzoli 13_14_(28)LeNS_slide
This document discusses system design for sustainable energy and distributed renewable energy. It argues that sustainable development is not possible without sustainable energy for all. Distributed renewable energy, using small-scale local generation from sources like sun and wind, is key to achieving sustainability and can be facilitated through sustainable product-service systems. A new role for designers is needed in system design for sustainable energy to develop solutions that provide access to energy and fulfill needs through affordable and sustainable means. Case studies of approaches in locations like Brazil and potential projects in Africa are discussed.
5.1 system design for sustainable energy for all vezzoli 13_14LeNS_slide
The document discusses the importance of sustainable energy for all and distributed renewable energy systems. It argues that sustainable development is not possible without sustainable energy access. Distributed renewable energy, using small-scale local generation from sources like solar and wind, provides environmental, social and economic benefits over large-scale fossil fuel systems. Product-service systems that provide access to energy services rather than requiring ownership of products could facilitate widespread adoption of distributed renewable energy models. The document calls for system design approaches that can develop sustainable energy solutions tailored to local contexts through innovative stakeholder collaborations.
Don McEntee has over 50 years of experience in civil engineering, project management, and municipal services. He has extensive qualifications and experience in areas such as roads, transportation, sanitation, water treatment, and drainage. Notable projects include managing the Greater Dublin Strategic Drainage Study and flood alleviation projects on the Rivers Tolka and Dodder. He has published several papers on topics like integrated constructed wetlands and sustainable drainage systems. Currently, he has interests in the use of constructed wetlands for wastewater treatment and is writing a book on the history of mills along the Rivers Dodder and Poddle.
Desalination is a process of converting sea water into fresh water which can be used by people for
their daily uses. Man has always looked for oceans to enjoy the benefit of water. Some of the early discoveries
of it is by Aristotle and others. The people of that time came up with distillation and filtration using soil deposits
to obtain drinking water from the sea. After that many methods came of desalination like reverse osmosis, etc.
and were used and thermal energy method was found cheapest and hence we came to know that we can use this
processing a portable desalination plant. The potential of thermal energy is huge all around the world and it
has been used in various processes all around. It is used for desalination process which will cure the problem of
scarcity of water in the world and mostly in the water drought regions in India. This project is focused on
making fresh water from sea water in the cheapest price available and in very small setup.
Overview of the Associate of Arts in Technical Theater ProgramJan Herder
This presentation gives a quick look at the Technical Theater Program at Johnson State College, some of the events we have presented and some of the work current alumni are engaged in.
The document discusses the virtual construction of the Dibden Center for the Arts in Second Life. It provides images showing the floor plan, bird's eye view, and design elements of the center from the stage. The avatar Pausanius measures and designs the center, focusing on recreating Picasso at the Lapin Agile, and brings the virtually constructed design to life.
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The document proposes the ecoPLAY, a solar-powered smartphone designed to reduce electricity consumption. It features standard smartphone capabilities like calling, texting, apps and internet access. The ecoPLAY charges using sunlight and stores excess energy, allowing use in dark areas without plugging in. By powering devices this natural way, it could help curb climate change by lowering energy usage and emissions.
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In a world grappling with environmental challenges and economic complexities, the Air Fountain emerges as a groundbreaking innovation, offering a dual solution to two pressing issues — water scarcity and the need for sustainable revenue streams. This revolutionary device not only extracts moisture from the air and transforms it into pure water but also capitalizes on the bustling urban environment by converting traffic into a lucrative source of income.
The document presents the design of an integrated rainwater collection, storage and filtration system for households in the Mekong Delta of Vietnam. It describes the design of each subsystem, including a bamboo gutters system, a ferrocement storage tank, and a clay pot filtration unit. An analysis is provided of each design to meet requirements for affordability, effectiveness, and ability to be constructed with local materials and unskilled labor.
Integrating Nano-mesh Filter-based Water ATMs with last mile economy by Sunil...Sandeep "Sunny" Narang
This document summarizes a project to integrate nano-mesh filter-based water ATMs with a last mile economy. The key points are:
1) The project aims to address water pollution and scarcity by providing a new patented nano-mesh filter technology that can purify water without removing minerals. This is done through water ATMs distributed across locations.
2) A blockchain network will be used to tokenize filtered water into crypto tokens (FWUT) and create a circular economy around the water ATMs. This will enable access to filtered water for all token holders.
3) The network will consist of various stakeholders including filter manufacturers, housing manufacturers, water ATM managers, bulk suppliers and retail users. All
SXSW 2008 - "10 Ways to Green-ifyYour Digital Life"jenschlegel
The document summarizes a panel discussion on greening one's digital life. The panelists discussed current data on energy consumption and e-waste, demonstrated websites and tools to help users reduce their environmental impact, and generated a list of 16 tips. These included automating energy efficiency, sharing resources through networking, producing one's own power, and dealing responsibly with e-waste.
The California Academy of Sciences built a new LEED Platinum certified green building that uses 30-35% less energy and 30% less water than a conventional building. It generates 5-10% of its electricity through solar panels and uses natural ventilation, radiant heating/cooling, and natural light to reduce energy usage. The building recycles 98% of rainwater and utilized recycled materials like steel, concrete, and wood in its construction to minimize raw material usage. The Academy aims to teach visitors about sustainability through exhibits, programs, and using the green building itself as an educational tool.
This project emphasis on design and fabrication of the water waste cleaning machine."Water cleaning machine" a machine which involves the removing of the water debris from water surface and safely dispose from the water body.The work has done looking at the current situation of our national rivers which are dumped with ton liters of sewage and loaded with pollutants ,toxic materials, Debris; It is hampering the life of aquatic animal and put their life in danger.A "Water cleaning machine" will lift the waste surface debris from the waste water bodies, This will ultimately result in reduction of water pollution and the aquatic life will be saved and our water resource will be cleaned.In this project we have used rechargeable batteries and mechanical parts which will not harm water bodies in any manner.
Cleanweb Italy input for Green Open Data workshop - CAE RomaCleanweb Italy
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Green technology aims to reduce environmental impact and promote sustainability. Ancient civilizations utilized various green technologies such as using wind energy for sailing, employing passive solar designs in buildings, and developing gray water recycling systems. Modern green technologies encompass renewable energy sources, green building practices, green nanotechnology, green chemistry, green computing, and eco-cities designed around sustainability. The goals of green technology are to meet needs of society indefinitely without harming natural resources and shift to closed-loop systems that eliminate waste.
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Green technology aims to reduce environmental impact and promote sustainability. Ancient civilizations utilized various green technologies such as passive solar building designs, water recycling systems, and wind energy. Modern green technologies encompass renewable energy sources, green building practices, green chemistry principles, green nanotechnology applications, green computing initiatives, and eco-city development. The goals of green technology are to meet society's needs indefinitely without harming the environment or depleting resources for future generations.
This document discusses 10 innovative technologies and solutions related to environmental sustainability. It describes hydrogen fuel cells, desalination techniques to produce fresh water, carbon capture and storage from power plants and industries, transparent solar films, 3D printers that use recycled plastic, ocean trash collecting devices, energy generation from foot traffic, converting food waste to renewable energy, building energy efficiency software, green roofs to reduce building temperatures, underground thermal energy storage, using drones to deliver vaccines to endangered species, and edible cutlery made from grains. These innovations aim to provide clean energy sources, fresh water, reduce carbon emissions, and find more sustainable uses of waste and resources.
Entrepreneur India, a monthly magazine published by NPCS, is aimed at simplifying the process of choosing the suitable project for investment. It makes business decisions easier and trouble-free by providing a list of right projects for investment.
Projects covered in this issue:
Solar Panel
List of Process Technology Books
Medium Density Fiberboard
Pet Recycling
HDPE / PP Woven Fabric From Tape Line using Circular Looms and Sacks Making with Lamination of BOPP/ BOPET/ LDPE and Printing
Vacuum Fried Vegetable Chips (Sweet Potato, Beans and Beetroot)
Khaini, Zarda & Gutka
Autoclaved Aerated Concrete Blocks (AAC Blocks)
Aluminium Foil
http://goo.gl/l40Gnn
http://goo.gl/MwYpVf
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This document discusses system design for sustainable energy and distributed renewable energy. It argues that sustainable development is not possible without sustainable energy for all. Distributed renewable energy, using small-scale local generation from sources like sun and wind, is key to achieving sustainability and can be facilitated through sustainable product-service systems. A new role for designers is needed in system design for sustainable energy to develop solutions that provide access to energy and fulfill needs through affordable and sustainable means. Case studies of approaches in locations like Brazil and potential projects in Africa are discussed.
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Desalination is a process of converting sea water into fresh water which can be used by people for
their daily uses. Man has always looked for oceans to enjoy the benefit of water. Some of the early discoveries
of it is by Aristotle and others. The people of that time came up with distillation and filtration using soil deposits
to obtain drinking water from the sea. After that many methods came of desalination like reverse osmosis, etc.
and were used and thermal energy method was found cheapest and hence we came to know that we can use this
processing a portable desalination plant. The potential of thermal energy is huge all around the world and it
has been used in various processes all around. It is used for desalination process which will cure the problem of
scarcity of water in the world and mostly in the water drought regions in India. This project is focused on
making fresh water from sea water in the cheapest price available and in very small setup.
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[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This presentation is a curated compilation of PowerPoint diagrams and templates designed to illustrate 20 different digital transformation frameworks and models. These frameworks are based on recent industry trends and best practices, ensuring that the content remains relevant and up-to-date.
Key highlights include Microsoft's Digital Transformation Framework, which focuses on driving innovation and efficiency, and McKinsey's Ten Guiding Principles, which provide strategic insights for successful digital transformation. Additionally, Forrester's framework emphasizes enhancing customer experiences and modernizing IT infrastructure, while IDC's MaturityScape helps assess and develop organizational digital maturity. MIT's framework explores cutting-edge strategies for achieving digital success.
These materials are perfect for enhancing your business or classroom presentations, offering visual aids to supplement your insights. Please note that while comprehensive, these slides are intended as supplementary resources and may not be complete for standalone instructional purposes.
Frameworks/Models included:
Microsoft’s Digital Transformation Framework
McKinsey’s Ten Guiding Principles of Digital Transformation
Forrester’s Digital Transformation Framework
IDC’s Digital Transformation MaturityScape
MIT’s Digital Transformation Framework
Gartner’s Digital Transformation Framework
Accenture’s Digital Strategy & Enterprise Frameworks
Deloitte’s Digital Industrial Transformation Framework
Capgemini’s Digital Transformation Framework
PwC’s Digital Transformation Framework
Cisco’s Digital Transformation Framework
Cognizant’s Digital Transformation Framework
DXC Technology’s Digital Transformation Framework
The BCG Strategy Palette
McKinsey’s Digital Transformation Framework
Digital Transformation Compass
Four Levels of Digital Maturity
Design Thinking Framework
Business Model Canvas
Customer Journey Map
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