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By 2040, the air and water are clean, food is healthy, and weapons are banned.

Anonymous

April 26, 2023

By 2040, the air and water are clean, food is healthy, and weapons are banned.

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In 2040, the air and water will be clean, no one will have to go hungry, no weapons will be manufactured, and all wars will be over. All people - from politicians, business representatives, researchers, and bankers to employees, children, and pensioners - are involved in a circular bioeconomy which prevents emissions that pollute the environment, harm health and cause climate deterioration.

Renewable Organic Materials derived from plants, animals, microorganisms, and their excrement are only handled in the following local systems connected to "smart grids":
• "Non-Sewage systems" with hygienic and easy-to-handle devices for collecting both food and toilet waste - that prevent emissions which are polluting air and water, and facilitating the return of plant nutrients and organic carbon compounds to cultivated land - contributes to a) carbon storage, b) increased biodiversity of soil organisms, c) increased soil water holding capacity - as well as several other factors that are positive for soil fertility, while gray water is purified locally with biological methods.
• Sustainable biological transformation methods for Renewable Organic Materials in residues and waste are used in order to utilize bioenergy and all the essential chemical elements in ecologically, economically, and socially sustainable ways.

Unsustainable thermal methods such as combustion, thermal gasification and pyrolysis of Renewable Organic Materials as well as unsustainable chemical methods are banned.

Instead of manufacturing equipment for military purposes, all resources are used for continuous improvement of equipment that reduces the over-utilization of natural resources and thus benefits the CIRCULAR BIOECONOMY.

Gray water from settlements, treated with biological methods, is reused for irrigation in urban farms and parks and farms around cities as well as for fountains and for water-games.
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Background

In 2021, political decision-makers and company representatives have begun to seriously realize the transition to a knowledge-based sustainable society. It started with media pressure when journalists launched campaigns in collaboration with conscious and committed citizens.

Information was disseminated about an SBRS concept, which in short is about
• saving water
• saving the arable land
• increasing energy efficiency
• reducing costs when the environment, health and climate are positively affected.

The "SBRS concept” stands for "Sustainable Biological Recycling System" and consists of using the following innovative types of equipment to be able to use sustainable methods:
• hygienic and easy-to-use devices for collecting food and toilet waste without diluting with water
• digitized logistics for everything related to Renewable Organic Materials, that was previously handled unsustainably in waste and sewage systems
• local high-tech biogas plants to produce biogas and biofertilizers
• local biological water treatment of gray water from households
• trigeneration for the conversion of energy in biogas to electricity, heating/cooling, etc.
• upgrading of "digestate" to biofertilizers.

The basis of all life is photosynthesis. In plants, the sun's radiant energy is converted into BIOENERGY with the help of at least 16 chemical elements (S. Pettersson, 1984). Carbon (C), oxygen (O) and hydrogen (H), which make up about 96% of the plants' dry matter, come from carbon dioxide (CO2) and water (H2O). The other 4% that must be present for photosynthesis to work are nitrogen (N), phosphorus (P), potassium (K), calcium (Ca), sulfur (S), magnesium (Mg), manganese (Mn), boron (B), iron (Fe), copper (Cu), chlorine (Cl), zinc (Zn) and molybdenum (Mo). In later literature, a few more elements are mentioned.

When facts about basic conditions for cultivation systems became widely known, it increased our understanding of food production without consuming or destroying the fertility of the soil, i.e., its production capacity. It was noted that soil degradation continued for decades, before 2020 became characterized by insufficient recycling of the essential chemical elements and organically bound carbon back to cultivated soils.

Particular attention was paid to information from the Ellen MacArthur Foundation, which in May 2019 published that less than 2% of the plant nutrients are reused. It was an alarm clock that showed that 98% of plant nutrients becomes pollutants in our air and water, due to unsustainable handling of Renewable Organic Materials.

All air pollutants move around the earth, fall with the rain, and pollute water, soil, vegetation and create costs through health problems, destroyed buildings, etc. Growers were forced to buy imported mineral fertilizers, pesticides, and fossil fuels, which after the transition, that lasted until 2030, were produced in each country, and usually locally, to minimize long transports.

Both direct costs via tariffs for water and waste and indirect for environmental problems caused by using unsustainable methods and synthetic chemicals, as well as uncertain food quality and increased health problems in unhealthy working environments, were borne by the citizens, which created major protests in many countries. These resulted in the media disseminating information about ecologically, economically, and socially sustainable alternatives.

After COP26 in 2021, both politicians and business decision-makers, including legislators and banks, had to take the idea of a transition to a knowledge-based sustainable society seriously. Everyone under COP26 agreed that the most important thing is health and that it can only be achieved with measures where technological innovations, only in the absence of military purposes, prevent most emissions that pollute the environment and thus threaten health and the climate.

The main goal was to prevent costly losses of bioenergy and the essential elements of life.

In 2022, the entire arms industry began to be restructured to manufacture equipment used for conversion, instead of weapons, for the benefit of the environment and humanity.
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In 2040, my oldest grandson will be 40 years old.

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hallo
lennynka01@gmail.com
Self-sufficiency. national self-sufficiency in electricity production (preferably from renewable sources), crop cultivation and food production. Efficient and environmentally friendly management of arable land and water. Reducing livestock production and increasing plant production without pesticides and chemicals that damage groundwater and drinking water. Equal wage levels across sectors across Europe. The same salary for teachers in Germany as in the Czech Republic. The same pay for workers on the line in a car parts factory in France as in Slovakia. The same subsidies from the common European treasury for farmers who grow safe crops in Austria as in Poland. Stop subsidizing farmers for not sowing and harvesting crops, but just cutting grass in otherwise fertile fields. Self-sufficiency of households - the production of own electricity, the cultivation of fruits and vegetables, the breeding of animals for meat, eggs, milk, wool and the like. Exchange and sale of raw materials and products between neighbors on markets, between regions at larger exhibitions and between countries using import and export companies. To make us all healthier, happier and live in abundance and in harmony with nature.
hallo
Szkoła przyszłości
By 2040, the school will be student-friendly. It will teach you how to acquire and verify information, not just how to reproduce it. Children will use new technologies in a wise and sensible way thanks to the fact that there will be a modern education system. A system that will not be based only on assessments that are not an objective evaluation of knowledge. A system that will educate children in areas that are close to their time. I hope for an education system that will teach young people how to distinguish real information from fakenews.
hallo
Moderní digitální věk
I would like even more advanced modern technologies, such as self-driving cars, to be all the more digital and modern. I would certainly like much more modern buildings here in Prague, a lot of skyscrapers and modern glazed buildings, more large shopping centers, etc. I would very much like to see more American fast foods in the Czech Republic, to significantly expand the number of Subway branches, to have Dunkin Donuts, Arbys, Baskin Robins, Little Ceasars, Dennys and many other brands from the USA come here. Walmart would be great.
hallo
Čistý svět
It's an ordinary morning in 2040. The sun is shining through the window of my apartment and the city is slowly coming to life behind it. Outside, there is a quiet electric tram that connects neighborhoods without the need for cars. Transport has changed significantly over the last 20 years – combustion engines are a thing of the past, streets are quieter and cleaner. I read a little news at breakfast. Most people today work from home for at least part of the week, which has helped reduce stress and congestion. But I am looking forward to the office – work is different than before, more collaborative and less routine. On the way, I stop at a small bakery where the clerk serves me fresh bread wrapped in reusable packaging. Waste is no longer carried here – most shops have switched to a circular economy where materials are put back into circulation. In the evening I walk through the park, which used to be a parking lot. Cities have adapted to climate change, more trees have been planted, and every piece of free space serves people. Life in 2050 is not perfect, but in many ways it is better – slower, more sustainable and focused on quality instead of quantity.
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