TODAY, we find so many people who are housing challenged and for so many different reasons. It is really tough for people to keep a roof over their heads let alone own the real estate it is on.
There are many reasons why they find themselves in this position. Maybe they took a steep economic hit from the COVID fiasco, maybe they lost their job, maybe they lost everything to a weather disaster, maybe they were forced to give up their home due to a chemical leak or spill from a train wreck, maybe a plane falling from the sky took out their entire neighborhood, maybe their balloon note mortgage kicked in at the worst possible time. Maybe paying for their college education took every penny they had. Maybe a child’s illness or a parent’s medical issues drained their bank accounts. Maybe car repairs or house repairs ate up their savings. Maybe they are just young folks trying to get their life started, but lacking financial support.
There is another consideration when looking for housing today. That is the issue of Climate Change and concern for the continued existence of the planet.
CLIMATE CHANGE, that is all we hear night and day and everywhere we turn. Real or Created either way, we are all threatened and in danger. Now, it is obvioius that our environment is not what it used to be. Weather is out of control. Food supply is near extinction. Our lives seem to be at risk everyday from things like earthquakes, flooding, hail, lightning, Tornados and Hurricanes. No one is saying these things do not exist. What CLIMATE CHANGE DENIERS are saying is that these things are being created, controlled and directed by those who want to drive us all out of our cars and our homes and into their controlled 5G Cities.
If you have not yet seen the following posts on my website, please take the time at some point to view them. I list them here before we even get started on today’s topic.
Here is the TRUTH you need to KNOW before it is TOO LATE!! Meat in general is the most nutrient-dense food group, rich in complex proteins, healthy fats, and bioavailable micronutrients that you can only get from animal products Today we are going to focus on “Climate Change”/ Global Warming, well at least that is what … Click Here to Read More
zero (n.) “figure which stands for naught in the Arabic notation,” also “the absence of all quantity considered as quantity,” c. 1600, from French zéro or directly from Italian zero, from Medieval Latin zephirum, from Arabic sifr “cipher,” translation of Sanskrit sunya-m “empty place, desert, naught” (see cipher (n.)).A brief history of the invention of “zero” can be found here. Meaning “worthless person” is recorded from 1813. … Click Here to Read More
This next article is not mine. I came across it in my research and thought it was important enough to share. I hope you will check it out.
Today we are going to look at a trend that has been developing in the housing industry. But first, I thought we should take a look at the 15 Minute City plan for our future. Especially for those who are not really familiar with the concept and what it entails.
Most people with a conscience, especially those of the younger generation, are very concerned about our responsibilities as caretakers of the Earth. The earth was created by our Heavenly Father and placed in our care. It is the ONLY EARTH we have and we do not want to see it destroyed nor do we want to be responsible for its destruction. Therefore, many people are looking for ways to “reduce their carbon footprint”. That is what “Scientists” tell them is the issue. That is not true…but that is what people have been conditioned to believe.
Yes, it is true that all of us have been a little wasteful and oblivious to what has been happening to the land we love. But really, honestly, individuals and their families are not the root cause of of the environmental issues, nor can they ever overcome them on their own.
No matter, in an effort to do all they can to alleviate the climate issues many people are looking to change their lifestyles and even their choice of homes and how they are powered.
Then we have those, especially the younger generation, who have been totally forced out of ever obtaining their own housing through traditional means. They are willing to sacrifice an awful lot just to capture something they can call a home of their own.
That brings us to the housing trend which is the topic of this post. TINY HOMES. They come in a number of platforms, shapes, sizes and purposes.
First, we have a new look for an old idea, the mobile home. The autonomous home as they are called today, promises young people both the lower footprint and the mobility that many of them are seeking. Young people today are not tied to an office and 9-5 routine as older generations of the past. Many of them are very creative entrepreneurs running their businesses from home or traveling globally. Many others are working remotely and able to work wherever they want to travel. Others have jobs that require them to move about frequently and not wanting their jobs to interrupt their family life, they want to take home with them. Our young people are really resilient, dedicated to family, and willing to do all they can to make their lives work in this crazy mess in which they find themselves. I for one am very impressed and very proud of them.
Next we have those who have been displaced, whether through job loss, aging, disasters, or the failing economy. They are also looking for ways to survive. Searching for housing that they can afford. Many of these folks are living out of their cars, which is becoming more and more difficult and in many places illegal.
Finally, we have those who are disabled/handicapped/physically or mentally challenged. I can testify from my own experience and that of my handicapped son, NO ONE can feel like a grown adult capable of making their own choices until they have a place of their own. No matter how much they are loved and love the people in whose home they are living, they resent the fact that they are not FREE to be their own person. To come and go as they wish and do want they want with their home, even walk around naked if they are so inclined.
Autonomous mobile homes are setting a new standard in long-term living, providing an all-in-one solution for those seeking both mobility and comfort. These high-tech, self-sustaining homes are equipped with everything needed for modern living, allowing individuals to live anywhere while enjoying the luxury of full amenities. Designed for efficiency and durability, these homes offer a sustainable lifestyle without compromising on comfort, making them a perfect choice for those who value flexibility and innovation in their living arrangements.
Explore the future of sustainable, long-term living with revolutionary autonomous mobile homes. From the eco-friendly Skydancer Cabrio to the innovative Arkup #1, these mobile homes are designed for comfort, convenience, and off-the-grid living. Watch how unique features like expandable spaces, solar-powered energy, and custom-built designs are reshaping the way we live. These autonomous homes provide a modern, flexible lifestyle, perfect for anyone seeking independence and sustainability on the go.
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spacerMoving on to the phenomenon of the TINY HOMES AS SEEN ON TV. Many of you are probably familiar with the TINY HOUSE NATION program. This is a very well put together, obviously very well promoted and supported financially. There is a reason behind it.
John and Zack are very good looking, entertaining and talented gents. ZACK is incredible at finding creative ways to make use of space.
There’s a trend in the U.S. housing market, albeit a very small one. Drawn to the prospect of financial freedom, a simpler lifestyle, and limiting one’s environmental footprint, more buyers are opting to downsize – in some cases, to spaces no larger than 300 square feet – and this series celebrates the “tiny house” movement. Hosts and renovation professionals John Weisbarth and Zack Giffin travel across America to show ingenious small dwellings and their creative inhabitants. They also help families design and construct their own dream minihomes. Source
spacer TINY HOUSE NATION is not the only TV show promoting this lifestyle. These programs were devised to gently introduce this concept into the minds of Americans who have been used to the freedom guaranteed by ownership of private property and the wide-open spaces enjoyed by citizens of the United States throughout our history.
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All of these provide an entertaining, in-depth look at the start-to-finish process of becoming a tiny house homeowner. The formula for these shows is what makes it so appealing. In each episode, we meet the soon-to-be tiny house homeowners—singles, couples, or even families—that are looking to downsize their homes. Here is where the real questions are answered: why live in a tiny home? Are they really ready for the challenges of tiny house living? These are questions that almost all tiny homeowners face before they take the plunge, and it’s great to see them tackle these issues.
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I have to say, I have watched hours and hours of Tiny House Nation, and have been fascinated by what Zack was able to accomplish. However, I can tell you that TINY LIVING is for the young and energetic and only for young couples with small children. NOBODY wants to have to climb a ladder to crawl into a low loft to sleep. Or, deal with a compost toilet, constantly having to empty it smelling it all the while, sloshing it on yourself and your furnishings, working to provide a place to DUMP the contests. Alternative power supplies like solar panels or windmills are great when the Sunshines and the wind blows… But, we are seeing more and more weather that includes hazy gray, cloudy and rainy skies. Space and Privacy just do not exist in a TINY HOME. That will test even the most loving and committed couple… any added individuals and it could end in disaster.
Architects develop cutting-edge, high performance homes for cleaner, simpler living — in just over 250 square feet
Australian architecture firm Studio Dot is ushering in a new generation of tiny homes with prefab packs that incorporate eco-friendly elements.
As Dwell magazine reported, Studio Dot owner Steele Olney and builder Evan Graham wanted to build simple yet resilient tiny homes that could withstand Australia’s increasingly warmer climate. After many brainstorming sessions, along with days of research and exploring design options, the duo settled on the Passive Studio.
Measuring just over 269 square feet, the tiny home incorporates the key principles of passive house construction, including ample insulation and a mechanically controlled heat recovery ventilation system that fills the home with filtered air.
The system is energy-efficient and helps improve air quality during wildfires or heatwaves, which are common in Australia. The team says this low-energy ventilation system can reduce the need for traditional heating and cooling by 90%, which would massively cut down on electric bills and planet-warming pollution produced from using electricity.
According to Dwell, the builder and architecture firm also incorporated low-toxin finishes and natural building materials such as timber into the interior design. This reduces the home’s environmental impact even further and ensures a healthy, clean home for residents. spacer
Why Tiny Houses Might Be The Future Of Sustainable Living – Explained. Go to https://brilliant.org/Undecided to sign up for free. And also, the first 200 people will get 20% off their annual premium membership. When it comes to sustainable living, our homes have an important part to play. Alternatives like earthship homes, modular homes, factory built homes, and passive houses can really reduce the carbon footprint of our houses, but they aren’t affordable for most people yet. What if we could build houses that require much less energy to maintain, construct, heat and cool? Let’s explore tiny, green, sustainable houses and how they stack up against traditional homes and sustainable alternatives.
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With so many of us reaching old age, the rising cost of retirement living and nursing homes has made caring for our loved ones out of reach. What to do with parents and grand parents is a real concern form many families.
Personally, I have seen what goes on in nursing homes and hospices, I would not want to put anyone I cared about into one of those anyway. I am one who has no respect for the medical INDUSTRY. I worked in a hospital for years; I always tell everyone “Don’t go to a hospital unless you are ready to die.”
Naturally, the idea of being able to keep Granny or your Handicapped Adult Child close to you with the space, amenities and technology that would make that workable would be of great interest.
HANDICAPPED ACCESSIBLE TINY HOMES
440sf Accessible Tiny Home
This accessible tiny home, also becoming more popularly known as Granny Pods, were specifically designed for those who find themselves caring for an aging family member or for retirees wanting a place they can comfortably and economically live independently and still stay close to family and outside help if needed. Intended as a way to avoid the high cost of elderly care, this Med Cottage can be built in most backyards for less than one year’s rent in an elderly care facility. The concept of an accessible tiny house is one of the primary incentives that draw families to this style, and we’ve designed ours to provide not only the convenience elderly desire but the style and comfort that they deserve.
Why You Should Learn More About Backyard Apartments for Seniors Today
Backyard apartments for seniors offer a compelling combination of independence, family proximity, and customization that meets the unique housing needs of America’s growing senior population. As people continue to look for creative solutions to accommodate aging loved ones, these A.D.U. units present a viable and increasingly popular option.
By understanding the benefits and potential of these living arrangements, families can make informed decisions that enhance the quality of life for their elderly relatives. Whether for immediate implementation or future planning, exploring backyard apartments represents an important step in adapting to the evolving landscape of senior living.
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I have to tell you, all the above “options” may appear like you could make them work. However, looking at the price tags…most of those are out of reach for the average person. Certainly, they are less expensive as the HOUSING INDUSTRY has made the cost of ANY SIZE HOME today. But, not enough to be called REASONABLE, let alone easily affordable.
Join us as we take you on a tour of the worlds biggest mega projects, from crazy constructions to the newest innovations and mind blowing architecture. The Impossible Build aims to show you the breathtaking ideas behind these mega projects, from the biggest pieces of construction, to the top10, fastest and largest mega projects on earth. We unwrap the extraordinary innovations in the construction space and how the human race is pushing these mega projects beyond our wildest imagination
The Community First! Village provides shelter and community to homeless individuals. Learn how 3D printing can help fight homelessness.
Man Explores His New 3D-printed Home That Is Under Construction
Alan Graham had a mission: to serve the homeless. Starting in 1998, his nonprofit, Mobile Loaves & Fishes, did just that, first by providing meals. But Alan’s vision was much greater. He saw first-hand that people experiencing homelessness needed more than just food and clothing. They needed a solution that included housing and, even more importantly, community. He began buying used RVs for what would eventually become a 51-acre master-planned development in Austin, Texas, which he named Community First! Village—a place where the chronically homeless could find not just shelter, but friends and neighbors too. “Housing alone won’t solve homelessness, but community will,” Alan says.
Their transformative and successful model is upending the way people think about lifting those who experience homelessness off the streets.
Now members of the Stand Together community are helping Alan fast-track his mission to expand their impact in Austin by adding 300 more homes to Community First! Village and are helping them accelerate their national replication strategy to scale their model in cities across the country.
And others are coming alongside Mobile Loaves in their efforts to help take their efforts to new heights. Partners like ICON, an innovative construction technology company that creates cutting-edge 3D printing technology to make homes faster, more affordably, and more sustainably than traditional approaches. “We are excited about the promise of this innovative technology and the potential it brings for both scaling our model and helping other communities around the country replicate our approach,” says Amber Fogarty, President and Chief Goodness Officer of Mobile Loaves & Fishes.
“Vulnerable communities are almost never the first people to get access to breakthroughs in technology, and we get to deploy these breakthroughs in the service of people who need it most,” says Jason Ballard, co-founder and CEO of ICON.
Tim Shea, one of the neighbors who lives in Community First! Village, will be one of the first people—ever—to live inside one of the six 3D-printed homes by ICON at the master-planned development.
“This is one of the highest and best uses of this technology. I hope that we have the privilege of getting to continue to work with Community First! Village to deliver more homes to the people who need it most,” Jason adds.
With the crisis of chronic homelessness impacting cities across the country, Stand Together Foundation and Mobile Loaves & Fishes are working to spark a national conversation about more effective solutions to address this issue. These efforts are helping to bring people, community, and relationships to the forefront of conversations about how to lift up individuals facing the most significant barriers.
Amber says, “With our Stand Together partnership, as well as the partnership with ICON, we see incredible possibilities for the future. We want to help social entrepreneurs create their own version of Community First! Village, so that they can care for and serve the chronically homeless in their cities.”
May 6, 2025 · Six pod-like tiny homes will serve as interim housing on nearby Barry Street. Both projects are aimed at addressing homelessness. The clay-tiled roofs of Camarillo will soon be …
TINY HOME—Dwellings spun from recycled plastics on 3D printers are included in the City of Camarillo’s homeless plan. City of Camarillo Interim housing to program participants will be …
SponsoredDiscover new arrivals in 3d Printed Homes. Find best sellers & Shop Now! Browse best sellers and find deals on 3d Printed Homes at Amazon®. Shop Now!
Many of the thousands of displaced homeowners in Los Angeles, Hawaii and the Southeast are giving these businesses a look. Victims of hurricanes, wildfires or other disasters can be desperate to rebuild, but their insurance payouts are often well short of what is needed to cover traditional construction costs.
“Homeowners in a moment of crisis want to try something different,” said Jason Ballard, chief executive of ICON, a company that makes 3D-printed homes.
ICON uses giant 3-D printers to squeeze layers of concrete into the framing for a house. The company received hundreds of calls about building projects in disaster-prone areas, including from Los Angeles homeowners and developers after this year’s fires, Ballard said. Now, the Texas-based company is rearranging its expansion strategy to target disaster-prone markets such as California and Florida.
Modular builder Samara is working with billionaire developer Rick Caruso’s rebuilding nonprofit, Steadfast LA, to offer dozens of free modular homes to low-income residents who lost their homes in the Los Angeles fires. And the Los Angeles Mayor’s office is having conversations with more than a dozen alternative builders to explore nontraditional construction options.
“Disasters are actually going to be the turning point” for the wider adoption of factory-built housing, said Vikas Enti, chief executive of Reframe Systems. “That’s what we’re betting on.”
Enti’s Massachusetts company builds homes in robotic, artificial-intelligence-powered microfactories. It is planning to build a California microfactory 18 months earlier than initially scheduled, he said, and to hire local Los Angeles employees to meet the postwildfire demand.
Offsite-factory construction can accelerate the building process because fewer workers are required and materials are often purchased in bulk. The shorter timeline can sharply reduce carrying costs for a project.
And in disaster areas, where many builders are competing for construction labor and materials, factory-home manufacturers have an edge because they can access less crowded supply chains in other cities and states.
After the 2023 wildfires in Maui, Hawaii, more than 100 modular companies flooded the Hawaiian market. State officials alongside the housing nonprofit HomeAid Hawaii commissioned five modular vendors to help build 450 temporary housing units for displaced residents.
None of these modular companies had worked in Hawaii previously. But their emergency entrance into the market has made Hawaii’s public officials more open to alternative competitors.
“As a public official, I’m now saying, ‘Hey, we do have alternatives to typical construction,’ ” said Joseph Campos II, deputy director at Hawaii’s Department of Human Services. “There can be a partnership with traditional construction trades.”
That is a stark pivot from the decadeslong reputational problems plaguing the alternative-building industry.
Off-site factory home construction has historically been used for lower-budget homes, leaving many people with the preconception that it tends to be of lesser quality. That stigma has been compounded by high-profile failures.
“Large companies have come out with really big promises,” said Michelle Boyd, the chief strategy officer at Terner Labs, a housing research nonprofit affiliated with the University of California, Berkeley. “And then they go belly-up.”
In 2021, the tech construction startup Katerra filed for bankruptcy after raising nearly $3 billion from a host of notable backers such as SoftBank Group. Katerra vowed that it could use manufactured construction to turn home-building into a 30-day, assembly-line process. But the company had yet to figure out the nuts and bolts of that mass production before committing to projects.
Some alternative builders are going to great lengths to rehabilitate their image. Hapi Homes, for example, invited Camarillo to tour the company’s Utah factory that helped close the sale.
“I had to go see if this was real or just a scam,” he said.
Still, the problems of alternative building stretch beyond a bad rap. Expanding these businesses to a national scale is difficult because of the expensive transportation costs that come with shipping entire homes from one place to another.
Home builder Williams Rebuild, which intends to build between 120 and 150 homes a year for Los Angeles wildfire victims, is exploring whether building wall panels in a factory could help reduce the materials that need to be stored on-site, said Dan Faina, the company’s president.
“If not at major scale, it definitely won’t be cheaper” than building homes in bulk on-site, he said. “I think the adoption rate is going to be substantially less than the excitement that’s going behind it.”
SoLa Impact, an affordable-housing developer based in Los Angeles, is supporting state legislation to expedite approvals for modular housing.
SoLa CEO Martin Muoto said the acute housing shortage exacerbated by the wildfires could boost support.
SO many people have been displaced through not fault of their own over the past 10 years! The fires, the flooding, the Tornados and the Hurricanes. That does not even take into consideration all the other causes or people losing their livelihood and their homes. Outsourced, Downsized, Laid Off, Quarantined, Replaced by Automation/Robotics, undercut by … Click Here to Read More
update 8/22/22; Update: 8/27/22 For years now they have been conditioning us to accept living in smaller spaces. They not only want us to cram ourselves into little boxes, they want us to love it!! Like perfect mind controlled slaves the young people are flocking to partake, calling in trendy and green. Many people today … Click Here to Read More
BLIND EYES DEAF EARS HARD HEART Update Added 8/23/23 Have we all become such complete narcissists that we do not even care to see the plight of our neighbors and countrymen? Do you ever stop to think about the hundreds of thousands of homeless Americans? Ever wonder how they got there? Or do you just … Click Here to Read More
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TINY APARTMENT LIVING
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For a while a few years back I was seeing multiple videos showing us how the future was going to be 200 square foot apartments. They had architects showing us how these “TRANSFORMER” spaces were going to make us feel like we were living in spacious style. I couldn’t find any of those videos today… but here is what I did find.
Watch this MIT Researcher Triple the Size of a 200-Foot Apartment Using ‘Minority Report’-Like Gestures
MIT Media Lab’s Changing Places team has created a futuristic device that could make your tiny apartment feel more like a spacious penthouse. Introducing CityHome, a motorized and compact “home in a box” that can make a 200 square foot space feel like a room three times larger. Equipped with built-in sensors, motors, and LED lights, this multipurpose invention will even expand and collapse with a wave of your hand or the sound of your voice.
While architectural firms compete with their designs for 3D-printed dwellings, one company in China has quietly been setting about getting the job done. In March of last year, company WinSun claimed to have printed 10 houses in 24 hours, using a proprietary 3D printer that uses a mixture of ground construction and industrial waste, such as glass and tailings, around a base of quick-drying cement mixed with a special hardening agent.
Now, WinSun has further demonstrated the efficacy of its technology — with a five-storey apartment building and a 1,100 square metre (11,840 square foot) villa, complete with decorative elements inside and out, on display at Suzhou Industrial Park.
The 3D printer array, developed by Ma Yihe, who has been inventing 3D printers for over a decade, stands 6.6 metres high, 10 metres wide and 40 metres long (20 by 33 by 132 feet). This fabricates the parts in large pieces at WinSun’s facility. The structures are then assembled on-site, complete with steel reinforcements and insulation in order to comply with official building standards.
3D-printed apartment building and mansion (pictures)
Wall sample
This sample of wall shows the hollow interior with zig-zagging reinforcement, while an array of jars indicates the recycled materials that can be included in the print material.
Although the company hasn’t revealed how large it can print pieces, based on photographs on its website, they are quite sizeable. A CAD design is used as a template, and the computer uses this to control the extruder arm to lay down the material “much like how a baker might ice a cake,” WinSun said. The walls are printed hollow, with a zig-zagging pattern inside to provide reinforcement. This also leaves space for insulation.
Inside the apartment
Inside the apartment building, you can also make out the 3D printing, as well as unfinished elements, such as wiring for the lighting.
They do not disclose exactly the composition of those “recycled materials” might be. Just another way for the “BUILDERS” to dispose of their chemical waste and byproducts of their Technology. These dead materials cannot bring anything but death. When we build our homes with Stone and Wood…these materials bring life. They vibrate with life.
This process saves between 30 and 60 percent of construction waste, and can decrease production times by between 50 and 70 percent, and labour costs by between 50 and 80 percent. In all, the villa costs around $161,000 to build.
And, using recycled materials in this way, the buildings decrease the need for quarried stone and other materials — resulting in a construction method that is both environmentally forward and cost effective.
In time, the company hopes to use its technology on much larger scale constructions, such as bridges and even skyscrapers.
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Most people in the 15Minute Cities will be living in HighRise apartments. Why? Because it is all about control. High rise buildings with hundreds of tenants are so much easier to control. And, in cases like we saw in China during COVID, much easier to lock down. Bar them up, chain the doors and don’t allow anyone in or out. At the time, I had video and photos of the Chinese apartment doors being baricaded with wooden beams and chains and being nailed shut. I also had video of the Chinese military and police cutting off roadways and access to/from cities/neighborhoods. All evidence of those photos, videos and tiktok posts have been deleted.
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My point is, 15Minute Cities and Smart Cities are ALL ABOUT CONTROL. They are not going to leave any way for you to have wiggle room or means of escape. If they can force you into high rise apartments, why wouldn’t they? Do you think they care about your comfort, happiness, peace of mind, health or opinion. Seriously?? They are far past any reason to consider your opinion. They have already locked in AI Control. spacer
Smart buildings are no longer just a blueprint for the future; they are today’s reality, fundamentally transforming the architecture of urban landscapes worldwide. While the initial focus has been on commercial spaces and industrial complexes, the benefits of smart technologies in residential high-rises have become increasingly clear. These technologically-advanced structures offer a unique blend of financial viability, unprecedented security, and exceptional sustainability, making them the smart choice for developers, owners, and residents alike.
Capturing Cost-Efficiency for Developers and Owners
From a developer’s perspective, smart high-performance residential buildings offer unparalleled financial incentives. Leveraging actual energy performance data allows for significant capital cost reductions in mechanical plant sizing and related infrastructure. In a sector where every penny counts, the implications of these cost reductions can be revolutionary.
Property owners and managers are also beneficiaries. Reduced utility costs, lesser carbon tax liabilities, and streamlined operational expenses all contribute to better Net Operating Income (NOI) and Net Asset Value (NAV). The advent of smart technologies is turning high-performance into high-reward investments.
Mechanical Operations: The Heart of Smart Efficiency
The optimization of mechanical operations is key to realizing the full benefits of smart buildings. System performance data enables the right-sizing of equipment, informed planning for retrofits, and peak mechanical efficiency. Smart HVAC systems, for example, can autonomously adjust themselves based on various data inputs, thereby reducing energy consumption by up to 30%.
The Synergy of Technology and Expertise
While technology plays a significant role in gathering, normalizing, and transmitting data for smart buildings, the human element cannot be ignored. Industry professionals with a blend of theoretical knowledge and practical experience are essential for analyzing data and making smart recommendations. Their expertise ensures that the efficiencies brought by smart technologies have a validated, quantified, and measured impact—both operationally and financially.
Hitting Sustainability Targets
As cities and organizations globally grapple with carbon reduction goals, smart residential buildings have emerged as the unexpected heroes. By optimizing mechanical systems, these buildings can offer up to 40% energy savings and 25-30% reduction in greenhouse gas emissions. It’s a win-win situation for building owners committed to sustainability and residents keen on reducing their carbon footprint.
The Resident Experience: Smart Living
For residents, the advantages go beyond cost-saving and sustainability. Smart high-rises are wired to improve the quality of life, from AI-driven security features to IoT devices that make homes more comfortable and efficient. Think of facial recognition-enabled access systems, apps that guide residents to available parking spaces, or even smart refrigerators that help manage grocery shopping.
Conclusion
Smart high-rise residential buildings are not just the homes of the future; they are the homes of today. Through a potent combination of cutting-edge technologies and industry expertise, these structures provide a multitude of benefits that far outweigh the initial investment costs.
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Smart cities are built using collaboration
People often associate smart cities with IoT and apps, and for good reason – IoT-powered real-time monitoring of assets, infrastructure, flow of people and goods in cities is crucial to understanding and improving services.
Success in smart cities is built on effective collaboration: sharing IoT and other data between diverse departments and organisations, and then working together by using that data, and meeting citizen requests, to provide better services and support for comprehensive public safety.
It’s important to make collaboration a priority, so it can be achievable – we all talk about breaking down silos in terms of IT and data, but the biggest silos to break down involve legacy ways of working, like the attitude of, ‘We’ve always done it this way’.
This traditional way of thinking doesn’t work in an age of smart cities and digital transformation.
However, with a commitment to overcome both the IT and organisational hurdles, cities can create connected communities that collaborate around data to solve problems, whether for ad-hoc, routine or emergency-driven situations.
This approach not only supports the IoT and app investments already being made, but it also makes overall smart city programs more substantive and impactful.
With the right mix of external support and internal commitment, city departments will be able to transform data and domain knowledge into collaborative ecosystems, so they can quickly sense, decide and act as the city grows – which is surely the smart way to manage a city. SOURCE
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THE TRUTH ABOUT 15MINUTE CITIES AND THE NET ZERO AGENDA
SHEEPLE WHO BE(lie)VE IN THESE FKN THINGS ARE MAD WE ARE 5G IS GONNA BE 24 HOUR SURVAILLANCE MILITARY ARSENAL RESIDENTIAL TECHNOLOGY https://15minutecities.info/ NOT GOOD SHEEPLE EWE BETTER REALISE
What does life look like in 15-minute cities that have already been realized in the Netherlands? How can we recognize the transformation of our cities into smart cities and, in particular, how can we prevent it? Find out in this interview with the Dutch activist Maartje van den Berg.
I happened to click on the first video below, it is about the Maui/Lahaina Fire. It is an appeal for all of us to keep their plight in the spotlight and to NEVER FORGET. This I think is very good advice, because the truth is that what happened in Maui is a serious ALARM and … Click Here to Read More
They are ready to implement all the projects they have been percolating behind the scenes since WWII. I know that the majority of the people do not recognize that there is a GLOBAL CONSPIRACY. For most people, I imagine, that is a pretty scary thought to entertain. Sadly, it is the truth. This post contains … Click Here to Read More
NO MATTER WHAT, THE RULING ELITE ARE DETERMINED TO BRING THEIR AGENDA TO FRUITION. THAT MEANS THE EVERYONE WILL BE LIVING IN THE CITIES DESIGNATED AS SMART 15MINUTE CITIES. EVERYTHING THAT YOU NEED, ACCORDING TO THEM, WILL BE AVAILABLE WITHIN YOUR CITY LIMIT. YOU WILL ONLY BE ALLOWED TO GO OUTSIDE YOUR CITY LIMIT FOR LIMITED PERIODS BY PERMISSION. YOU WILL HAVE NO FREEDOM OF MOVEMENT. YOU WILL OWN NOTHING. WHAT YOU DO HAVE CAN BE TAKEN FROM YOU AT ANY MOMENT, AT THEIR DESCRETION. IF YOU DO NOT BEHAVE AND FOLLOW THEIR DIRECTIVES, YOU WILL BE CUT OFF FROM EVERYONE AND EVERYTHING.
EVEN IF YOU HAD A VEHICLE, YOU WOULD HAVE NO WHERE TO GET GAS OR CHARGE IT. YOU WILL HAVE NO WHERE TO PARK IT AND THERE WILL BE CHECK POINTS EVERYWHERE FOR ANY VEHICULAR OR PEDESTRIAN TRAFFIC.
THIS IS WHY THEY HAVE NOT BEEN MAINTAINING OUR INFRASTRUCTURE. IT WILL ALL BE REMOVED OR REPLACED FOR THEIR NEW WORLD ORDER.
THEY KEEP TELLING YOU THAT THESE ARE JUST CONSPIRACY THEORIES. DON’T LISTEN TO WHAT THEY SAY. WATCH WHAT THEY ARE DOING. READ THE DOCUMENTS, PATENTS AND LAWS. READ THEIR RESEARCH PAPERS, PROJECTS AND REPORTS. THIS STUFF IS VERY REAL AND IT IS COMING NOW!
The very same restrictions are now being put in place in the UK and Western Europe. First they track and restrict your mileage then they ban your car altogether. This is high-tech Neo feudalism. 🚨 WATCH: Sen. Cynthia Creem says EVs aren’t enough—Massachusetts must limit how far you can drive, too. Her bill creates a panel to track your mileage and fine you if you go too far. She says just walk or bike. She is just a puppet, this all comes from the WEF/UN death cult!
The French capital is set to close roads to car traffic in all arrondissements to create new green and pedestrian spaces.
The plan involves interventions in each of Paris’s 20 arrondissements, with 6 to 8 streets closed per district and an estimated 10,000 parking spots to be removed. These will be replaced by new public green areas, bike lanes, and pedestrian zones. The works are expected to take three to four years, with an investment of about €500,000 per street.
This initiative fits into the broader urban vision Hidalgo has pursued since taking office in 2014, inspired by the “15-minute city” concept: an urban model in which residents can access work, school, services, and recreation within a 15-minute walk or bike ride.
Paris, France. Photo Benjamin Monteverdi via Unsplash
Recent public consultations—ranging from the ban on rental e-scooters to increased parking fees for SUVs—reflect a clear policy direction: less space for private vehicles, more livability. Still, criticism persists. Opponents argue that the city pushed the referendum without providing clear details on the impact it would have on traffic, particularly for suburban residents and commuters. The “no” vote prevailed in a few conservative central districts, such as the 7th, 8th, and 16th arrondissements.Despite opposition, the transformation of the Ville Lumière into a “Ville Pédestre” is moving forward. Yet Paris still lags behind other European capitals in terms of permeable infrastructure: only 26% of the city’s surface area is occupied by parks, tree-lined streets, and water features, compared to the European average of 41%.Even with her term ending in 2026 and her stated intention not to run again, Hidalgo appears determined to leave a lasting mark on Paris’s urban fabric.SSPACERPACER
Mexico City was one of the first cities to implement car travel restrictions – a vehicle demand management strategy steadily gaining popularity in other cities in Latin America and the developing world. Restrictions on car travel is one of many ways to limit car use and ownership in emerging economies. Photo by Steve Calcott.
This is the fifth post of the “Sustainable Urban Transport On The Move” blog series, exclusive to TheCityFix. It presents emerging, trendy, and mainstream solutions leading this transition, and tracks progress being made by cities already adopting measures to enhance accessibility. Preparation of this series was possible thanks to a grant by Shell Corporation. Its contents are the sole responsibility of the authors.
Status of vehicle demand management in emerging economies
Vehicle demand management – policies and strategies that seek to limit vehicle ownership and usage – in emerging economies focuses on restricting car use, and to a lesser extent, on making car ownership more expensive.
Let’s look at some examples of cities in developing countries.
Car travel restrictionhas received increased attention in Latin America and China, but was initially pioneered in Athens, Greece, where the first-ever restrictions to car use were adopted in 1982. Mexico City furthered existing travel restrictions in 1989 and was soon followed by nine other cities in Latin America. The Mexico City model restricts travel in a designated geographic zone, which is usually a central area of the city, for one or two days during the week based on the last digit of a vehicle’s license plate number. This strategy manages traffic congestion and air pollution from motorized vehicles.
More recently, the Chinese cities of Beijing (2009), Nanchang (2010), Changchun (2010), Lanzhou (2010), Guiyang (2011), Hangzhou (2011), and Chengdu (2011) have deployed car use restriction policies in order to relieve congestion and air pollution from cars.
Table 1. Cities in Latin America and China with vehicle travel restrictions. Table by EMBARQ.
Vehicle quota systems take off in China
Strict policies on vehicle ownership have also been gradually adopted by some cities in China. A vehicle quota system (VQS)caps the number of new vehicle registrations to control the growth in vehicle ownership at a “sustainable” rate through auction or lottery. This policy was first implemented in Singapore in 1990 in the form of quota auctions. Since then, Shanghai (1994), Beijing (2011), Guiyang (2011), and Guangzhou (2012) have adopted vehicle quota systems in an effort to cap the rapid growth of private vehicle ownership. Currently, the implementation of vehicle quota systems is restricted toChina and Singapore.
Table 2. Cities with vehicle quota restrictions. Table by EMBARQ. Data sources: Singapore Ministry of Transport, and Heshuang Zeng, “Stemming the tide of private autos in Guangzhou.”
Regulatory and economic instruments in emerging economies
The majority of vehicle demand management policies in emerging economies are regulatory instruments, largely because congestion pricing is difficult to implement because people assume they can use roads for free. Additionally, political leaders usually want to show results in a short time, so in many places restricting car use is the result of a mayoral decision. This is the case in several Latin American and Chinese cities.
Nevertheless, pricing approaches have sporadically emerged in developing economies. In China, Shanghai’s vehicle quota has been allocated through auction since 1994, which has allowed Shanghai to successfully restrain its vehicle ownership to half the level of Beijing’s, and created large amounts of revenue for public transportation in the city. Cities like Guangzhou and Beijing have introduced on-street parking management and are interested in implementing multi-objective parking management. Similarly, Santiago de Chile in Latin America has established three Parking Meter Districts (PMD), one of which uses part of its parking revenue to promote public transit.
Vehicle demand management is the path of the future
Moving forward, at least 100 cities around the world are planning vehicle demand management policies. In Europe, about 100 cities have Low Emission Zones (LEZs) planned, areas or roads where polluted vehicles are banned or charged for entering if the vehicle’s emissions are over a set level. In India, the Ministry of Urban Development promoted congestion pricing to Chief Secretaries of State and implementation is under consideration. In China, the recent clean air action plan indicated that Beijing is also seriously considering a combined policy of congestion charging and low emission zones.
Challenges still remain for cities in emerging economies to implement comprehensive vehicle demand management strategies, as their implementation can only be achieved through strong urban institutions and political will to promote sustainable urban transport usually found in more developed cities. However, developing cities are beginning to understand the high cost of free parking and unrestricted private vehicle access – a cost which at the end of the day will be paid with expanded roads and parking spaces, usually at the expense of the taxpayer no matter if he/she owns a private vehicle, or in the form of congestion, pollution, greenhouse gas (GHG) emissions, road traffic fatalities, and declining physical activity as a cost for the society at large. In the face of these challenges, comprehensive vehicle restriction systems will likely be implemented in more and more cities, especially urban areas with large populations, rapid vehicle growth, and limited road space.
Dario Hidalgo, Anjali Mahendra, Akshay Mani, Aileen Carrigan, Benoit Colin, and Kyle Mackie contributed to this blog.
HumanLight traffic signal technology incentivizes ridesharing
Public buses speed through green lights in London. (Image by SHansche/iStock)
Imagine hailing a dynamic shuttle whenever you need to go somewhere — and arriving faster than if you had just driven yourself. That’s the vision shared by Berkeley researchers: a world where environmentally friendly, energy-efficient high-occupancy vehicles (HOVs) are the preferred and quickest mode of transportation.
Using a simulated environment, the researchers tested a novel traffic signal control algorithm that works to maximize the throughput of people — rather than vehicles — at intersections. Dubbed HumanLight, the technology uses reinforcement learning, a type of artificial intelligence, to prioritize and reward passengers of HOVs with more green lights. Their findings, published in Transportation Research Part C, showed that resultant travel time savings creates a strong incentive for people to choose transit options over single-occupancy cars.
The study’s lead author is Dimitris Vlachogiannis (M.S.’19, Ph.D.’23 CEE). Co-authors are Scott Moura, the Clare and Hsieh Wen Shen Distinguished Professor in Civil and Environmental Engineering; principal investigator Jane Macfarlane, director of the Smart Cities Research Center; and Hua Wei, assistant professor at Arizona State University.
Moura and Macfarlane recently spoke with Berkeley Engineering about this work, explaining how it could someday provide a more democratic and sustainable traffic management solution.
How did your previous work lead you to HumanLight?
Jane: I helped launch OnStar, and we had seat sensors, much like those used with air bags, that would tell us how many people were in the car in the event of an emergency or accident. [I thought] if we have a way of knowing how many people are sitting in those vehicles waiting at a traffic signal, we can develop a traffic signal control system, like HumanLight, that gives priority to those with higher occupancy.
Scott: We had this seven-year project called NEXTCAR, where we looked at ways to optimize the speed of the vehicle to reduce energy consumption based on the traffic light timing. As I got deeper into it, I started to wonder, what if we could control traffic light timing? Transportation engineers, meanwhile, were thinking, but how do you control traffic light timing if the vehicle flow is uncontrollable? But what if we could control both?
Jane and Dimitris then introduced the idea of HumanLight, which looks at how to control traffic light timing so that we can maximize the throughput of people, not cars — which is ultimately what matters.
Carlton Reid is a U.K.-based journalist covering sustainability.
Aug 17, 2023, 02:31pm EDTAug 17, 2023, 02:32pm EDT
A cyclist rides through the restricted zone as Congestion Charging began in London on February 17, … More
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“The stick is the primary answer to reducing cars in cities,” said a former London transport leader today. Jon Burke also said that “alternative transport options are also a part of this process,” albeit a smaller one, he added.
Until 2021, Burke was the London borough of Hackney’s cabinet member for energy, waste, transport and the public realm. He was the elected councillor who led Hackney’s push for more active travel and for motor vehicle restraint, installing one of London’s most ambitious low traffic neighborhoods, or LTNs.
Carrots are not enough to get drivers out of their cars, agree many academics
“The most effective thing we can do to reduce cars in cities is to use carrots and sticks to reduce car use and increase public transport, walking, and cycling,” said Kim Nicholas, an American climate scientist.
“But carrots alone are not sufficient to overcome the entrenched infrastructure and incentives, which today favors car use. So to really move the needle and to get people out of cars and using other forms of transport—which is what we have to do to reduce emissions for climate change, to protect public health to make cities and streets safer and more livable—we have to massively reduce car use along with increasing sustainable mobility.”
In a paper published in Case Studies on Transport Policy, Nicholas and a colleague ranked 12 measures which have been proven to reduce motor vehicle trips. Their literature search analyzed car-taming techniques published in more than 800 separate studies.
Congestion charging
The European cities featuring in the research included Nottingham, England; Copenhagen, Denmark; and Bologna, Italy.
Rome, Italy, was highlighted for a 20% reduction in motor traffic thanks to restricting entry to residents only. Fines are plowed into the city’s public transport system.
But London in England was found to have implemented the most effective measure. The U.K.’s capital city reduced city center traffic by 33% following the February 2003 introduction of a congestion charge. It can now cost motorists more than $20 to drive through London’s congestion charge zone.
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The Empire State Building and Tourist District are seen while a traffic jam is reported along the … More / Corbis via Getty Images
Nicholas is an associate professor at the Lund University Center for Sustainability Studies in Sweden. Along with Paula Kuss, from the same institution, she produced her paper to rate the effectiveness of different initiatives that have been introduced to reduce urban car use.
Over a Zoom call, Nicholas told me she believed congestion charging is the most effective measure because it makes the “cost of driving visible.”
She added that currently, many of the costs of motoring are hidden.
“Society pays a lot of the costs of driving in the form of pollution and traffic and delays and accidents and health and climate change,” she said.
“We need to make it more visible that the polluters should be paying for using a polluting technology.”
Motorist in car club drives past a cyclist in London. (Photo by Scott Barbour/Getty Images)
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Electric vehicles don’t pollute at source, so should they be exempt from congestion charging?
“It makes sense to have incentives to switch to fossil-free cars,” agreed Nicholas.
“But we also need to be thinking the best car is a bicycle or a bus or a train or walking or not a car at all. We must prioritize people, not cars.”
Motor vehicles—no matter how they are powered—have other downsides for cities, including being a principal cause of stress-inducing noise pollution and a leading cause of trauma and death.
According to Nicholas, car use is also responsible for the “widening gap between rich and poor urban residents.”
Cars, she said, were “sometimes necessary for people’s mobility and social inclusion needs, not least those with disabilities” but that “car-centric cities particularly disadvantage the already-marginalized.”
In the U.K., women, young and older people, those from minority communities, and disabled people are concentrated in the lowest-income households, of which 40% do not have access to cars. In contrast, nearly 90% of the highest-income households own at least one car.
And it’s wealthier drivers who are mainly driving the surge in electric car sales.
“Despite the slow migration to electric-powered cars, consumer trends make driving even more wasteful and unequal,” said Nicholas.
“The emissions saved from electric cars have been more than canceled out by the increase in gas-guzzling Sport Utility Vehicles (SUVs).”
People sit at a terrace on a street in Paris between parking spaces after lockdown restrictions were … More
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Creating car-free streets and providing protected cycleways lowered car use in city centers by up to 20%. Other measures in the top 12 include workplace parking levies, car clubs to reduce individual ownership of cars, and technologies such as transit apps.
After congestion charging, the most effective means to reduce urban motor traffic, found Nicholas and Kuss, was the removal of car parking places.
“In several European cities, regulations to remove parking spaces and alter traffic routes–in many cases, replacing the space formerly dedicated to cars with car-free streets, bike lanes, and walkways—has proved highly successful,” states the pair’s study.
“For example, Oslo’s replacement of parking spaces with walkable car-free streets and bike lanes was found to have reduced car usage in the center of the Norwegian capital by up to 19%.”
Protest
In 2014, Nicholas attended a climate protest and went viral on social media with a hand-painted poster that stated: “It’s warming. It’s us. We’re sure. It’s bad. We can fix it.”
Originally from Sonoma, California, the world-famous grape-growing valley, her Ph.D. was on the impact of climate change on the wine industry. She has been based in Sweden since 2010.
Her sustainability brief means she often focuses on the harmful impacts of mass motoring.
Mile-for-mile, personal vehicles emit a lot of harmful pollutants into the air we breathe. The California Air Resources Board reports the transportation sector (including commuting) is the single largest source of carbon emissions contributing to climate change in the state. Ahead of Earth Day, here’s why you should ditch the car for climate-friendly transportation.
Every Trip Counts
An average car emits about five tons of CO2 — a primary greenhouse gas (GHG) — each year, according to the U.S. Environmental Protection Agency.
As stressed by the Intergovernmental Panel on Climate Change, human activities drive increases in GHG concentrations, causing shifts in temperatures and weather patterns, leading to effects like more frequent and intense droughts, storms, and heat waves.
Exhaust emissions are also linked to health problems such as asthma, lung cancer, and heart disease.
Instead of pumping pollution into the atmosphere, consider the sustainable way.
Going Green
Becoming climate-aware and taking climate action with commuting starts by getting out from behind the wheel.
Walking is the best option, with a carbon footprint of zero!
As two-wheels go, research from the University of Oxford shows choosing a bike over a car just once a day can reduce the average person’s transportation-related emissions by 67%.
Pollution doesn’t just come in gas form. It materializes from loud vehicles too. Replace a car with a quiet bike, and you also cut back on noise pollution.
Public transportation is estimated to reduce noxious CO2 emissions by 37 million metric tons annually, according to the American Public Transportation Association.
An average bus fits around 40 people and can take several single-passenger cars off the road — cutting back on damaging fumes and particles and improving air quality.
Additionally LA Metro, Santa Monica Big Blue Bus, Culver CityBus, and UCLA’s BruinBus have all-electric buses in their fleet, producing zero emissions.
Besides fighting climate change, green transportation has other positive impacts. Sustainable options reduce traffic congestion, save six billion gallons of gas annually, help households save thousands of dollars yearly, and offer physical and mental health benefits!
Restored: 8/22/22 Those around the world who are standing for freedom, are looking to US to STAND! Everyone is screaming about their rights… Women’s Rights, Victims Rights, LGBTQ Rights, Gender Identification Rights, The Right to Kill the Unborn, Animal Rights, Immigration Rights, Intellectual Property Rights, etc… SADLY, people fail to recognize that the MOST IMPORTANT … Click Here to Read More
UPDATE ADDED 9/2/24 Dear Friends, if you have not already decided to tack this stuff seriously, you better do it now. It is too late to stop it but at least you can prepare yourself for it and not be taken unaware. For a brief time, years ago, I worked in the mortgage industry and … Click Here to Read More
RESTORED: 3/27/22 TAGS: Privacy, Right to Choose, Private Property, Public Safety, Freedom of Movement, Agenda 2030, Cars lost in FIRES, Mandatory Seatbelts, Mandatory Car seats and boosters, Self Driving Cars, No Private Autos by 2030, No Car Seat/No Baby, Cars destroyed in Floods, Cars destroyed by Rioters, Rioters drive Mercedes Life in the United States … Click Here to Read More
SPACER
LONG DISTANCE TRAVEL
They don’t even care how many of those old, poorly maintained planes fall out of the sky or how many people die. DEPOPULATION is the plan and they don’t need all those old planes anymore. If the blow to pieces there won’t be any worry about storing, crushing, destroying or dumping them anywhere.
The Climate Emergency is finally making itself felt – and there will be worse and more frequent catastrophes in the future. However the UK government’s “net-zero” aviation strategy – first so called in 2021 – has yet to take off. Widely described as a “pie in the sky”, it depends on almost unavailable and grossly unsustainable alternative fuels in the immediate future and vast supplies of hydrogen to fuel yet-to-be-developed propulsions systems later on.
The last time a technically ignorant and cloth-eared UK government tried to foist hydrogen technology onto aviation it led to the tragic of the loss of the airship R101 on its maiden flight to India in 1930. It got no further than Northern France and burst into flames and crashed with only 6 survivors out of the 54 on board. The Air Minister at the time, a number of senior government officials and most of the design team were among the fatalities. The German Nazi government followed up in 1937 with its own disaster, with 36 people killed. Although their airship, the “Hindenburg”, successfully crossed the Atlantic only to catch fire on arriving in New Jersey.
A common factor was that both governments were trying to rush the completion of prestige projects without sufficient technological understanding by the decision makers.
The UK government re-announced its “Jet Zero Strategy” on 19th July 2022, with a target of cutting carbon dioxide emissions from civil aircraft to net zero by 2050. This depends on the usual mix of mitigation, “green fuel” and magic technology. The mitigation includes the planting of trees somewhere – but will they now survive in the higher temperatures? – the extraction of CO from the atmosphere – but money, energy and repositories are needed to do that – and of course the famous hydrogen and its associated technology.
Hydrogen is currently produced from natural gas just as it has been for a century or so in the water-gas process – but this produces a great deal of CO as well. It can also be produced by electrolysis of water using surplus electricity from solar panels or from wind turbines, but this is not a very efficient process and the hydrogen is difficult and expensive to compress and store. It can even slowly diffuse through stainless steel. A hydrogen fuel, precisely because it does not produce carbon dioxide, would not perform well in either a jet engine, a turbine or an internal combustion engine. It could, if highly purified, be used to produce more electricity via a fuel cell, but this would then need an electric motor to power a propellor.
Although the production of hydrogen from surplus wind or solar energy, despite the inefficiency of the process, is sensible, the most economic subsequent use of the hydrogen would be as an additive into the natural gas network (up to 20%) over the next 10 years or so.
Not only is the condensation trail heating effect of aviation even greater than the greenhouse gas heating effect of its CO emissions, but also it is often neglected in calculation the atmospheric damage of aviation. When correctly calculated, this is truly enormous.
Then there is also the additional disturbance to atmospheric gas chemistry caused by NO emissions.
Altogether, aviation now has to be viewed as a highly damaging and polluting form of travel. Aviation will have to be significantly reduced – and quickly. It is hopeless trying to pretend, as the UK government is doing, that we can carry on not only with the present number of flights, but with the current increasing trend being maintained. It is unviable under any circumstances.
It was good to have air travel accessible to the many – unlike 40 years ago when it was only for the wealthy few – and it enabled people to enjoy long distance travel to exotic locations for holidays. But now we are more aware of the dangers of uncontrolled climate change and know we have to make drastic changes to our lifestyles and behaviour.
Air travel is subsidised by nearly every government in the world – insofar as aviation fuel is untaxed nearly everywhere, while fuel for other modes of transport usually is not. This will have to change.
For a start…
Let’s put a small tax on aviation fuel to incentivise
* fuel economy,
* reducing in greenhouse gas emission and
* cutting out air pollution from unburned fuel
The revenue could then be used to offset public transport costs and encourage a shift from inefficient private cars to trains and buses.
Measures taken elsewhere have been
* cutting out short haul or domestic flights
* serious cuts to train fares
* air ticket taxes
* reintroductions of long-distance overnight sleeper trains
In the medium term we must reduce the number of flights to and from the UK drastically, abandon airport expansion plans and close down or mothball some of the little used provincial airports.