Mashambas is a movable educational center, which emerges in the poorest areas of the continent. It provides education, training on agricultural techniques, cheap fertilizers, and modern tools; it also creates a local trading area, which maximizes profits from harvest sales. Agriculture around the building flourishes and the knowledge spreads towards the horizon. The structure is growing as long as the number of participants is rising. When the local community becomes self-sufficient it is transported to other places.
The structure is made with simple modular elements, it makes it easy to construct, deconstruct and transport. Modules placed one on the other create the high-rise, which is a form that takes the smallest as possible amount of space from local farmers.
The main objective of the project is to bring this green revolution to the poorest people. Giving training, fertilizer, and seeds to the small farmers can give them an opportunity to produce as much produce per acre as huge modern farms. When farmers improve their harvests, they pull themselves out of poverty. They also start producing surplus food for their neighbors. When farmers prosper, they eradicate poverty and hunger in their communities.
This large-scale tidal power project is revolutionizing renewable energy. It is the world’s first large-scale tidal energy farm. And it’s now under construction in Scotland. Fpur 1.5 MW turbines will be installed underwater. The project will eventually have 269 turbines, enabling the farm to produce up to 398 MW of power, enough for 175,000 homes. Scotland’s tidal energy project will be completed in 2020.
3D printed home can be constructed for under $4,000
These 3D printed homes can be built in less than 24 hours at a cost of only $4,000. They could help families living in poverty and unsafe conditions. New Story, a housing charity organization, and ICON, a construction tech company, have partnered together. Their goal is to end global homelessness.
This prototype house was built in Austin, TX. The home measures 650 square feet. Mortar was printed layer by layer. Human workers installed windows, doors, plumbing, and electrical systems. Here’s what’s inside: A living room. Small office space. One bedroom. One bathroom. ICON staff will use the home as an office to test the durability.
An entire community of these 3D printed homes will be constructed in El Salvador. The ultimate goal is to get costs down to $4,000 per house with a build time of fewer than 24 hours.
The City of Sydney initially tested the product in 2010 and has since recycled more than 20,000 tons of cartridges. By using TonerPave the city estimates it has reduced emissions by 40 percent compared to if they were using conventional asphalt.
Sydney – September 16, 2014: Resurfacing of Watkin Street, Newtown, using ashphalt containing recycled printer toner (photo by Jamie Williams/City of Sydney)
Sydney – September 16, 2014: (l-r) City of Sydney engineer Iraj Shrestha, Ben Blier and Greg Thompson inspect recycled toner printer pellets that have been added to ashphalt that is being used to resurface Watkin Street, Newtown(photo by Jamie Williams/City of Sydney)
TonerPave™ is a new asphalt, with high recycled content and reduced carbon footprint. TonerPave was developed by Downer and Melbourne company Close the Loop and is the result of a shared culture of innovation and a genuine desire to reduce the companies’ carbon footprint. Downer is one of Australia’s largest, most progressive infrastructure companies, a top tier producer of asphalt and builder of roads. TonerPave is part of a new range of asphalt products supplied by Downer under its ‘Low CO2 Asphalt’ banner.
The key ingredient of TonerPave is MTP (Modified Toner Polymer), which has been developed over many years by Close the Loop® (CtL) and is a prime example of industrial ecology in action. CtL is one of the world’s leading resource recovery companies, with expertise in end of life (EoL) management services for imaging supplies.
Sonam Wangchuk is an engineer who has come up with an innovative way to provide fresh water to villages in Ladakh, one of the high-altitude deserts in the world located in the Himalayas.
Wangchuk sources water from streams and uses it to create artificial glaciers, which store fresh water until it’s needed in springtime.
The inventor—whose past projects include solar-powered buildings and efficient cookstoves—won a Rolex Award for Enterprise in 2016. He is using the winnings to establish a pan-Himalayan research university that will address the region’s environmental concerns.
Wangchuk hopes that if locals adapt now, their descendants won’t become climate refugees. “We in the mountains are minorities, not just ethnically but climatewise,” he says. “Things that work in New York or New Delhi do not work in the mountains. We have to find our own solutions for our problems.”
The world’s first electric road, which can charge commercial and passenger vehicles while on the move, has opened in Sweden.
The road, which is right outside of Stockholm, recharges batteries of electric cars and trucks by transferring energy from two tracks of rail underneath the vehicles. As cars and trucks drive a moveable arm detects their location and automatically moves into contact with them. The road is connected to the power grid and is divided into sections that only receive and provide power when there are vehicles present. The system is set up so that the cost of however much electricity is used gets charged to the individual drivers.
The project has been pioneered by eRoadArlanda, a consortium of 22 companies including Sweden’s national postal service, PostNord, and energy giant Vattenfall.
It is estimated that the innovation can help reduce carbon dioxide emissions by 90 percent and could help Sweden meet its target to significantly decarbonise its transport sector. The government has a target of reducing carbon emissions by 70 percent in the sector by 2030.
The darkest building on earth: An Olympic pavilion sprayed in Vantablack
Architect Asif Khan designed a pavilion for the PyeongChang 2018 Opening Ceremony coated in Vantablack VBx2, a highly coveted pigment which consists of carbon nanotubes that absorb 99% of light, making it difficult to make out shapes and textures on its surface. Khan creates a starry sky effect with the addition of thousands of illuminated rods extending from the facade.
Vantablack is perhaps most famous for being licensed exclusively to the sculptor of Anish Kapoor, a controversial designation that hasn’t made Kapoor too popular with his fellow artists and spawned some passive-aggressive sparring. Ben Jensen of Surrey Nanosystems, which created the material, says Vantablack will never be a retail product because it has to be applied by specialist contractors using a technique that forms a consistent nanostructure.
Saudi Vision 2030 is an economic roadmap which will end the Kingdom’s dependence on oil revenue.
The historic vision was developed by the Council of Economic and Development Affairs, which is chaired by Deputy Crown Prince Mohammed bin Salman. It includes a number of goals and reform strategies for the Kingdom’s long-term economic success, including reductions in subsidies, the creation of a sovereign wealth fun, opening Saudi Aramco to private investment through a partial IPO, and reforms to several industries including tourism and defense.
The vision is built around three primary themes: a vibrant society, a thriving economy and an ambitious nation.
In order to achieve a vibrant society, Saudi Arabia will focus on its people and the Islamic faith. This will happen through a series of commitments, including:
Increasing the number of Umrah visitors from 8 million to 30 million annually.
Establishing the largest Islamic museum in the world.
Doubling the number of Saudi heritage sites registered with UNESCO.
Promoting the growth of cultural and entertainment opportunities within the Kingdom.
Encouraging healthy lifestyles so that the number of citizens who exercise once a week increases from 13 to 40 percent.
Developing Saudi cities so that three are recognized in the 100 top-ranked cities in the world.
In order to achieve a thriving economy, Saudi Arabia will diversify its economy and create dynamic job opportunities for its citizens. This will happen through commitments to education, entrepreneurship and innovation, including:
Diversifying the Kingdom’s economy through the ongoing privatization of state-owned assets, including establishing a sovereign wealth fund that will be financed through the partial IPO of Saudi Aramco.
Unlocking underdeveloped industries such as manufacturing, renewable energy and tourism. This includes localizing more than 50 percent of Saudi military spending by 2030 to decrease the dependence on foreign military contracts.
Modernizing the curriculum and standards of Saudi educational institutions from childhood to higher learning. By 2030, Saudi Arabia will have at least five universities among the top 200 universities in the world.
Refocusing on small and medium-sized enterprises (SMEs) by encouraging financial assistance. Increasing the contribution of SMEs to GDP from 20 to 35 percent by 2030.
In order to be an ambitious nation, Saudi Arabia will focus on accountability, transparency and effectiveness in its governing strategy. Sustainable success can only be achieved with solid foundations. In order to realize this potential, the Kingdom will:
Establish zero tolerance for all levels of corruption.
Boost transparency by expanding online services and improving governance standards.
Establish the King Salman Program for Human Capital Development in order to train more than 500,000 government employees in best practices.
Bolster the non-profit sector through increased efficiency and impact.
The Saudi Vision 2030 plan is the first step towards achieving Saudi Arabia’s economic aspirations and transforming the lives of citizens.
Ubiquitous, mobile supercomputing. Artificially-intelligent robots. Self-driving cars. Neuro-technological brain enhancements. Genetic editing. The evidence of dramatic change is all around us and it’s happening at exponential speed.
Previous industrial revolutions liberated humankind from animal power, made mass production possible and brought digital capabilities to billions of people. This Fourth Industrial Revolution is, however, fundamentally different. It is characterized by a range of new technologies that are fusing the physical, digital and biological worlds, impacting all disciplines, economies and industries, and even challenging ideas about what it means to be human.