Mitigating Climate Change.

Dear

Energi saving. Energy consumption that increases with population growth is a problem now and in the future.

Regards.

In my opinion, these are, among others, some of the major environmental problems we are facing:

1. Pollution

2. Global Warming and climate change

3. Natural Resource Depletion

4. Waste Disposal

6. Loss of Biodiversity

7. Deforestation

8. Ozone Layer Depletion

9. Water Pollution

Eclogical innovations should be used to find acceptable solutions to the above-mentioned problems.

Dear Friends and Colleagues of RG

Thanks to ecological innovations, the scope and possibilities of implementing sustainable ecological development are increasing. In connection with the progressing global warming process, it is necessary to develop eco-innovations in the field of renewable energy development, improvement of sorting techniques, recycling, electromobility, organic farming, plastic reduction from packaging and conversion of plastics to biodegradable materials, etc.

In this way, through the development of eco-innovations and their implementation on an industrial scale, it is possible to implement a sustainable pro-ecological economic development in modern economies. This is a key challenge for humanity in the 21st century. It is a challenge to the necessary and possibly quick implementation in the coming years.

Best wishes

Very concize

I suggest the following questions and research problems in the above topic:

How do ecological innovations co-create the implementation of sustainable pro-ecological economic development?

In the coming years, humanity should carry out pro-ecological reforms of the classic energy based on the burning of minerals by converting it into environmentally friendly energy based on renewable energy sources. It should be possible to allocate as much as possible to this environmentally-friendly transformation of the energy industry because what will be realized in this matter over the next dozen or so years depends on the pace of the progressive and accelerating process of greenhouse gas emissions and global warming. Ecological innovations developed primarily in the field of new technologies of renewable energy sources are helpful in the process of proecological energy transformation.

Thanks to ecological innovations, the scope and possibilities of implementing sustainable ecological development are increasing. In connection with the progressing global warming process, it is necessary to develop eco-innovations in the field of renewable energy development, improvement of sorting techniques, recycling, electromobility, organic farming, plastic reduction from packaging and conversion of plastics to biodegradable materials, etc.

In this way, through the development of ecological innovations and their implementation on an industrial scale, it is possible to implement sustainable pro-ecological economic development in modern economies. This is a key challenge for humanity in the 21st century. It is a challenge to the necessary and possibly quick implementation in the coming years.

Do you agree with my opinion on this matter?

In view of the above, I am asking you the following question:

How do ecological innovations co-create the implementation of sustainable pro-ecological economic development?

Please reply

I invite you to the discussion

Thank you very much

Best wishes

Anthropogenic disturbances on economically important plants, Pollution and little efforts to conserve the under utilized plants are some problems.

My perspective on Ecological innovations could be innovations on Environmental policies, pollution prevention policies for the environment (air, water, soil, etc.) and for ecological protection (whether or not to establish protected areas, delineate ecological redline, etc.).

Dear Dariusz,

This my understanding of solving any problem and keeping in mind the point of sustainability. To solve any problem on the scale of commercial feasibility requires three important steps.

1. It should not contradict the basic physics (for example PPM1, PPM2). This is also termed as proof of concept (POF).

2. The second step is the development/proposal of a commercially feasible prototype on the POF. I want to clearly specify that, this step is different from the sustainability (can be divided into energy, environment, commercial) of the proposed solution which is the 3rd step and an according to me is the most important step for the proposed solution to be absorbed by the market.

3. The third step involves sustainability (in term of energy, environment and commercial).

(a).  Energy sustainability. By energy sustainable i mean that, their should be some renewable energy source associated with the process. It is preferable for the system/process/prototype to be self-sustainable in nature. In that case the system will become independent of commercial sustainability for large .period of time.

(b). Environmental sustainability. This has to be quantified in terms of pollutant emissions (land, water, air etc.). For example biomass combustion is considered carbon-neutral if the same amount of biomass is grown within that period of time. For the proposed system to be environmentally sustainable it should produced lesser emissions in comparison to existing solution.

(c). Commercial feasibility/sustainability. This type of feasibility is debatable, however, on the business perspective a new product is analyzed on the basis of CAPEX and OPEX and profit. It is preferable that both CAPEX and OPEX should be low in comparison to the existing solution, but for commercial feasibility assuming the same profit, OPEX should be low.

So, if any ecological innovation has to become economically feasible, it has to satisfy these three types of sustainability.

Sustainable strategies and ecological mindset.

In the context of the progressive warming of the Earth's climate, the following question is of particular importance:

How can environmental protection and biodiversity be improved by using current ecological technologies?

Due to the current civilization progress in recent decades, acceleration of the development of industry, automotive, urban agglomerations, intensification of agricultural production, etc. and related greenhouse gas emissions, global warming, ozone layer depletion in the atmosphere, increase of environmental pollution, growing problem of smog in urban agglomerations, the increase in pollution of the seas and oceans to which unsorted waste is thrown away is cut out as part of the predatory economy of tropical forests in the Amazon and other largest natural forest ecosystems.

In addition, the secondary effect of global warming of the Earth's climate is the increasing, more frequent weather anomalies, including drought, leading to steppe and desertification of areas that were previously natural forest ecosystems or areas exploited by agriculture.

As a result of the above-mentioned processes, every year many species of flora and fauna disappear forever.

As a result, natural biodiversity diminishes, which for millions of years evolved evolutionally on Earth.

In this way the natural resources of the planet Earth are irretrievably in decline.

In view of the above, the issue of environmental protection and biodiversity is one of the most important challenges of humanity in the 21st century.

Classical economics must change towards a green economy based on the strategy of sustainable pro-ecological development.

Therefore, I am asking you for the following query:

How can environmental protection and biodiversity be improved by using current ecological technologies?

Please, answer, comments.

I invite you to the discussion.

Best wishes

A mega problem is a sustainable circularization of the economy : as a whole it is a multi parametric optimization issue upon a very complex system. For example, time (of depollution) is on balance with energy (resource),