New Innovations for a Sustainable Future!

Companies focused on environmental technology in various industries can be part of the movement that advances the science of self-sustained living and economic growth. Businesses either developing, manufacturing, marketing or installing new environmental products can be a part of building 40+ new eco-cities throughout the U.S. Collaborate with innovators creating solutions that address environmental challenges, promote ecological balance, human health and economic stability.

 

Join the movement assembling capital resources of City Governments and Private Equity Companies to create 40 EcoCommunities using new technical and scientific advancements in:

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• Atmospheric water generation

• Geothermal heating and cooling

• Rainwater collection, purification and distribution

• Solar, wind and hydro-electric energy production

• Passive solar architectural and civil design

• Indoor climate controlled vertical agriculture engineering and design

• Organic food production and processing

• Energy efficiency building technology and reducing costs of indoor spaces

• Recycling to produce new material and products

• Grey-water recycling, composting and sanitation

• Robotics Manufacturing and Manufacturing Automation

 

Drive implementation of environmental technology innovation and deployment in food, water, shelter, energy and nature conservation. Membership give you:

• The entire "Industrial Development Plan" with deployment updates

• Access to new eco-city project opportunities nationwide

• Merger-Acquisition structured activities and capital resources

• Research and development collaborations and partnership opportunities

• Testing and validation support

• Technology deployment strategies

• Environmental impact assessment tools

• Green technology standards

Lead the environmental technology revolution in building future EcoCommunities. Design, develop, produce and manufacture for a healthier world and human quality of life.

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We focus on consolidating businesses, industries and financing to creating new sustainable solutions needed to address future challenges. Climate change poses a serious threat to global economic stability through several interconnected mechanisms:

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• Physical Risks and Economic Losses:

  • Increased frequency and intensity of events like floods, wildfires, hurricanes, and droughts lead to significant damage to infrastructure, property, and agricultural yields, resulting in massive economic losses. For example, the 2011 floods in Thailand cost around 10% of the country's GDP.

  • Impact on key economic sectors: Agriculture, a highly climate-sensitive sector faces reduced productivity, higher costs, and disruptions to supply chains due to climate change, impacting food security and livelihoods. Fisheries and tourism are also vulnerable to changes in temperature, ocean acidification, and ecosystem degradation.

  • Infrastructure vulnerability: Rising sea levels threaten coastal infrastructure, damaging roads, railways, shipping ports, and energy infrastructure which disrupts global trade and economic activity. The Panama Canal, for instance, has faced restrictions due to low water levels caused by droughts.

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• Financial System Instability:

  • Increased risks for financial institutions: Banks and insurers face risks from climate-related damages and losses, potentially affecting their asset valuations, credit portfolios, and profitability.

  • Stranded assets: Investments in carbon-intensive assets, like fossil fuel infrastructure, could lose value or become obsolete due to climate policies or changes in market conditions, posing risks to investors and financial institutions.

  • Market disruptions and repricing: Climate-related risks, especially abrupt changes in investor expectations about physical risks, could trigger sudden repricing of assets, leading to market volatility and potential financial crises.

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• Inequality and Social Disruption:

  • Climate migration and conflict: Environmental degradation and resource scarcity can lead to mass displacement and increased competition over resources, potentially fueling social unrest and conflict.

  • Challenges for developing countries: Climate change makes it harder for developing countries to achieve sustained economic growth and poverty reduction. Impacts fall disproportionately on the poorest countries, exacerbating existing economic and social inequalities.

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• Geopolitical Instability:

  • Resource scarcity and competition: Climate change intensifies competition for dwindling resources like water and land, potentially leading to geopolitical tensions and conflicts, especially in already fragile regions.

  • Disruptions to international trade and cooperation: Climate impacts can disrupt supply chains, trade routes, and international cooperation efforts, hindering global economic integration and stability. 

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In essence, climate change acts as a "threat multiplier," amplifying existing vulnerabilities and creating new challenges across economic, financial, and geopolitical spheres, all of which contribute to instability in the global economy.

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Our mission is to bring financial resources through Public-Private Partnerships to industries and new technologies that focus on creating solutions that minimize industrial negative effects on the natural environment.

 

We help design, develop, devise and deploy solutions to environmental challenges. Together we can engineer and deploy solutions that are globally revolutionary for human and environmental well being.

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In every product design, research and development, manufacturing and production, construction and installation we must always vet our human activities using EcoCommunity Development Guiding Principles of Sustainability which are:   

• Do No Harm to the natural earth nor deplete the elements thereof.

• Create structures, goods and products durable enough serve many generations.

• Create systems that are self-sustained and self-contained to minimize the negative effects of human activity on the natural environment.

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Industrial Ecology Development

It was the negative impacts of the industrial revolution (which began 150 years ago) that lead us into this environmental crisis. Now there must be a new revolution within the industrial complex that saves us from worsening global catastrophes 150 years from now. Whether or not humans can restore the natural environment, we must do everything we can as a human family for our own survival.

 

Human activities include food, water, shelter, manufacturing and producing goods, providing services, education, recreation and other social interactions. We are now required to create and implement ways to do all these things without extracting from the natural environment (self-sustained), and by isolating human activity from interfering with the earth’s ecosystems, (self-contained).

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Our planet earth has tremendously powerful restorative abilities within its thousands of intricately integrated ecosystems. The earth does not need human input to function or perpetuate its magnificent state of being.  The earth itself is self-sustained and self-contained.

 

Humanity Must Go Vertical

​We cannot continue to spread horizontally around the surface of the earth for agriculture, residential-commercial-industrial development, and stripping its natural resources for raw materials. If we do we will continue to destroy natural ecosystems until there is no more land space for agriculture and no more natural ecosystems left.

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In order for humans to Do No Harm to the natural environment we must minimize and as much as possible or eliminate our contact and interactions with it. This will require that we conduct all our human activity VERTICALLY, where there is unlimited space, in the smallest land surface footprint possible.

 

Ecology Building Design

Following the guiding principles, to engineer an industrial ecology-community development plan, we seek to design closed loop ecosystems that mimics concepts humans can learn from observing the ecosystems in nature itself. We can learn from Mother Earth herself and pattern our ways and means more closely after her examples.

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What we learn from examples in nature to apply to ecology civil engineering design is:

• Stronger geometric structures shapes of spheres and vertical hexagonal prisms.

• Utilize underground geothermal energy in every structural design.

• Attach vertical prisms to each other for greater structural support.

• Use light-weight materials and avoid dense heavy-weight mass.

 

Using the "Principles Of Sustainability", we have four engineering ecology design basis for human habitation that are self-sustained and self-contained.​

A. “The Self-Sustained Living System”, single-family dwellings.

B. "OneEcosphere", self-sustained multifamily, commercial, industrial mixed-use structures.

C. "EcoCommunity”, a self-sustained live, work, play campus communities.

D. "Self-Sustained Generator-Motor", electricity generation and manufacturing.

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Join the industrial renaissance building revolutionary eco-cities in 40 locations across America!

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