AN EPIC ESG MISSION
EPIC ESG — Eco Powered Innovations Corporation — harnesses the collaborative power of visionary clean energy innovation, values-driven investment, and sustainable, socially responsible impact to create clean energy solutions that transform our health, our economies, our environment, our planet, and the future of our children, and our children’s children — for good.
EPIC ESG — Powering the World for Good.
ABOUT EPIC ESG
An astonishing global reset is fostering unprecedented environmental and socially conscious awareness — galvanizing technological, governmental, public, and private commitment to sustainable, values-driven innovation, enterprise, resources, and investment.
As an expanding clean energy commons — EPIC ESG provides a pioneering forum where clean energy innovation, technologies, and projects meet values-driven stakeholders to bring clean, renewable, and recyclable energy technologies and projects to the global marketplace.
EPIC ESG’s industry-leading advisory board, seasoned partnerships, and disciplined leadership teams have an exemplary track record as major project developers globally with more than two decades of experience. Collectively they have created companies with hundreds of millions of dollars of value and will bring that tremendous experience into their work with EPIC ESG to identify, research, design, and manage these exceptional clean energy projects across the US and around the globe — powering the world for good.
EPIC ESG FIRST PRINCIPLES
The highest benefit for the most people with the greatest care for our shared planet.
People before profit with robust profit that serves the good of people and the planet.
All creatures that share the planet are interconnected.
All creatures can choose the impact they will have on one another and the planet.
Creative innovation, investment, and impact — powering the world for good.
EPIC ESG INNOVATION AND STAKEHOLDER STRATEGY
EPIC ESG Innovation Strategy
Every EPIC ESG technology, partner, and project harnesses advanced innovation to generate green energy initiatives infused with sustainable, circular economy attributes — all supported by disciplined management and clean energy expertise.
EPIC ESG assigns key management and ESG attribute benchmarks to determine feasibility, operations, and project life cycles that are aligned with values-driven environmental and socially responsible impact. Every project — from research, sourcing, and procurement to operations, economic impact, and long term sustainability are part of a value chain that assures progress without harm.
EPIC ESG teams and partners bring exacting management expertise and environmental responsibility to project portfolios tailored for healthy returns that multiply and sustain ecological, economic, and socially just benefit.
EPIC ESG Innovation Strategy is “both and” in ways that embrace values, innovation, and social and environmental responsibility for our planet home.
EPIC ESG Stakeholder Strategy
EPIC ESG’s domestic and international project portfolios identify and align leading-edge technologies — with strategic projects possessing favorable geographic, infrastructure, and political environments in partnerships with sector-leading organizations, institutions, and partners alongside a range of values-driven stakeholders. EPIC ESG’s expertise and finely curated portfolios generate and foster regenerative environmental, social, and humanitarian impact. EPIC ESG’s seasoned development teams engage socially conscious project partners to create ESG aligned clean energy installations that manifest powerful circular economies and direct environmental benefit.
EPIC ESG’s financial, operations, quality, safety, sustainability, and management benchmarks are most clearly demonstrated in clearing skies, cleaner oceans and waterways, restored wetlands and forests, affordable and accessible clean and transition energy resources, environmental justice, burgeoning agriculture, and food access, and socially equitable green businesses and economies.
EPIC ESG’s industry experts work to assure project stability and sustainability with sector-aligned, values-honoring returns that provide stakeholders an array of informed choices as they chart their own clean energy legacy and impact.
The anaerobic digestion process introduces eco-friendly bacteria to break down organic matter—including animal manure, wastewater biosolids, and food wastes — in the absence of oxygen. The process efficiently produces environmentally friendly biogas and biofertilizer that generate green energy and agricultural supplements while mitigating the impact of the various bio-wastes feedstocks.
Aquaculture, also known as aquafarming, is the farming of fish and other aquatic animals as well as aquatic plants, algae, and other organisms in controlled conditions, and can be contrasted with commercial fishing, which is the harvesting of wild fish.
The environmentally-friendly process effectively generates clean food sources and green business opportunities for local communities, benefiting the environment while generating sustainable jobs, industries, and interrelated economies.
Aquaponics combines AQUACULTURE – growing fish and other aquatic animals with HYDROPONICS – growing plants without soil in a symbiotic combination in which plants are nourished by the waste of aquatic animals. This elegant, circular eco-system generates expanding opportunities for green business enterprise, job training and education, and year-round food production throughout local economies.
Biochar is a carbon co-product produced by a process known as biomass PYROLYSIS. Biochar is used as a soil amendment that increases water retention and crop yields while decreasing the need for use of chemical fertilizers and pesticides.
Biochar is a stable solid that is rich in carbon with the ability to enrich the soil for generations. When produced through biomass pyrolysis, biochar creates additional “green” benefits by sequestering carbon that would otherwise have been released into the atmosphere.
Biomass is organic material that comes from living organisms, typically plants. Biomass can be allowed to decompose and harnessed to create methane gas that is captured and converted for use as an environmentally friendly, renewable fuel.
Energy transition refers to the global energy sector shift from fossil-based systems of energy production and consumption — to renewable energy sources including wind, solar, and natural gas.
Carbon sequestration or carbon dioxide removal is the long-term removal, capture, or sequestration of carbon dioxide from the atmosphere to slow or reverse atmospheric CO2 pollution and mitigate or reverse global warming.
The process removes carbon-based toxins from the air and can be beneficial as a natural, eco-friendly alternative to some fertilizers that can damage soil and water sources.
When the earth cooled billions of years ago, large reservoirs of heat were trapped beneath the Earth’s crust. Geysers and volcanoes give evidence of the power of this heat. Where tunnels are created this energy resource can be channeled, the heat used, on a controlled scale, to convert water into steam, which in turn can provide heat or power a turbine to generate electricity.
Green hydrogen is hydrogen-based fuel that is created using renewable energy rather than fossil fuels. It has the potential to provide clean power for manufacturing, transportation, and domestic energy uses — with the singular byproduct of water.
Green hydrogen is an increasingly important alternative to fossil fuels in the transition to low emissions fuels generated by renewable energy-produced water hydrolysis. When renewable electricity is produced, the excess can be used to run through tanks of water. This causes a process known as hydrolysis to occur, where water molecules are split into hydrogen and oxygen. The hydrogen can then be captured and used in a variety of different applications.
Hydroponics is a process for growing plants without soil in a symbiotic combination in which plants are nourished by the waste of aquatic animals. This elegant, circular eco-system generates expanding opportunities for green business enterprises, job training and education, and year-round food production throughout local economies.
Hydropower, also called hydroelectric power, harnesses the power of water in motion—such as water flowing over a waterfall—to generate electricity. Similar to the way wind power operates using turbines, hydroelectric power is produced by building turbines in moving water. The water spins the turbines which in turn generate electricity. This is typically achieved by building dams to create artificial waterfalls or directional channels in fast-moving rivers.
Liquid Natural Gas (LNG)
Liquefied natural gas (LNG) is natural gas that has been cooled to a liquid state (liquefied), for shipping and storage. The volume of natural gas in its liquid state is about 600 times smaller than its volume in its gaseous state in a natural gas pipeline. This liquefaction process makes it possible to transport natural gas to locations and populations unreached by natural gas pipelines and to use natural gas as a transitional, lower emission, transitional transportation fuel.
Pyrolysis converts waste products – known as feedstock – in high heat, oxygen-free environments into clean green electricity, syngas, liquid fuels, and other valuable products to achieve maximum economic and environmental benefits.
With its great flexibility in converting multiple types of waste product feedstock – including plastic from oceans, landfills, and waterways as well as biomass waste – into multiple forms of fuel and energy, pyrolysis offers dual benefits of reducing waste while also producing clean energy resources that can be used in domestic and industrial applications.
Renewable energy, often referred to as GREEN ENERGY, comes from natural sources or processes that are constantly replenished. Renewable energy technologies enable us to create electricity, heat, and various fuels from renewable sources such as biomass, solar, wind, and hydropower.
Solar power draws energy from the sun that can be converted into thermal and electrical energy. By using arrays of photovoltaic cells to capture and convert the sun’s rays into electricity, light is transformed into usable energy.
Solar energy can either be used directly or fed to the grid to lessen the amount of fossil fuels needed to power a populated area.
To be sustainable, an energy resource must be considered “maintainable” for the foreseeable future. It must continue to supply a business’s or society’s needs, but, in the process, the energy source must not run out or somehow become unusable.
Sustainable energies — including sun, solar, geothermal, hydro, and tidal — provide energy resources without expiring and/or depletion.
By building large turbines in traditionally windy areas, the energy produced by air movement can be converted into useful electricity. Depending on its size, an individual wind turbine can supplement a single home or business, while large-scale wind farms can power entire cities.
Like SOLAR ENERGY, wind energy can either be used directly or fed to the grid to lessen the amount of fossil fuels needed to power a populated area.
EPIC ESG US/GLOBAL PARTNERS
EPIC ESG STORIES
EPIC ESG measures success in the stories of people, communities, economies, and the wellbeing of our planet.
EXPLORE AN EPIC ESG STORY
Take a few moments to explore a few epic stories.
Innovators who speak about the ways innovation, creativity, and commitment aligned in their lives to spark remarkable clean energy solutions. Stakeholders whose values and legacy dreams are shaping their decisions for their future and the future of their children. And a constellation of EPIC ESG projects themselves creating ripples of impacts for individuals, communities, economies, and our planet home as they steward the resources of our shared planet — powering the world for good.
Click an image to explore a few EPIC ESG stories — or tell your own!
EPIC ESG MILESTONES
Vision: use Greenhouses to grow fresh, pesticide free, sustainable produce for families to enjoy
Join EPIC ESG to discover how...
Greenhouse growing creates efficiencies and larger harvest percentages reducing reliance on foreign supply chains and importing fresh produce from Canada or Mexico
Biochar Production Facility
Vision: manufacture Biochar using an innovative closed loop ecosystem that helps sequester carbon monoxide
Learn about how Biochar works...
by reducing agricultural dependence on pesticides and fungicides during production
EPIC ESG Solar Manufacturer and Recycling
Vision: become the first facility in the US to leverage smart technology to build a carbon neutral, entirely US-based solar panel manufacturing and recycling system
How Solar and Recycling will change the world...
This facility is expected to produce 200 MW of solar panels annually to increase renewable energy supply
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ABOUT EPIC ESG INVESTMENT OPPORTUNITIES
As a private company, Eco Powered Innovations Corp (EPIC ESG) provides interested parties with opportunities to invest in the company under the provisions of Regulation D of the United States Federal Securities Act of 1933, indoctrinated in 1982, and in accordance with the Blue Sky Laws of the State of New Jersey and other states in which the company operates.
From time to time, the company may offer equity securities through Private Placement Memorandums (PPMs) and/or debt offerings.
To learn more about investment opportunities, please use the form above as a request for an EPIC ESG Team member to reach out.
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