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A Leader in Clean, Reliable Energy

 

Emilia Engineering is prepared to meet the accelerating demand for cleaner, more reliable and sustainable energy sources and to lead the way in meeting customers' needs and expanding access to clean energy.

Our Strategy

 

  • Expand the Fleet of Clean and Reliable Energy: Expand to a state-of-the-art, reliable, zero- and low-emissions energy assets by contracting with energy users, increasing output and expanding our assets’ operations to meet a growing energy demand.

  • Power Clean Energy Future: Operate and grow the largest fleet of zero- and low-emission generation facilities, with world-class safety, reliability and resiliency.

  • Provide Energy and Sustainability Solutions for Customers: Provide reliable energy and innovative sustainability solutions that help customers achieve their clean energy goals.

  • Uplift and Strengthen Our Communities: Advance respect and belonging, drive community investment and create family-sustaining clean energy jobs for us and our communities.

Our Credentials

What fuels our commitment to being a clean, reliable energy leader?

  • To be one of the largest clean energy producer

  • To be one of the largest nuclear energy company.

  • To be one of the largest producer of reliable energy.*

  • Innovative products that support low-carbon solutions and help customers meet their environmental and sustainability goals.

  • Powerful advocate for national and state policies, supporting energy initiatives and goals.

*Reliable/around-the-clock energy includes nuclear, gas combined cycle, geothermal and coal steam turbine (and is true with or without conventional hydro)

Value Proposition

Emilia Engineering will continue to build on strong, established foundations to deliver value to customers and communities.

  • To be a world-class nuclear operator and largest generator of 24/7 emissions-free, firm electricity with the ability to extend asset lives.

  • To be the largest provider of energy and solutions to commercial and industrial (C&I) customers.

  • To strongly advocate for energy policies that support a reliable, clean energy future.

  • Creating a strong and optimized industry-leading operations for the support of clean, reliable energy with little focus on costs.

  • Creating a disciplined capital allocation strategy supports growth and a strong investment-grade balance system.

  • Growth investment consistent with corporate strategy and return of capital.

  • To serve as one of the largest clean and reliable energy producer and the largest private-sector clean energy producer in the world.

  • To demonstrate a commitment to respect, belonging, diversity and inclusion.

  • To maintain the highest standards of corporate governance.

Advancing Innovation


We provide customers with reliable, clean energy and access to diverse energy products and services that are integral to supporting a clean and reliable energy economy.

We are at the edge of developing promising carbon capture and sequestration technology, which creates a pathway that could help the sustainably transition to a clean energy future by offering the potential to decarbonize the natural gas generation. 

We are also exploring how existing nuclear sites and our team's expertise can catalyze the building of additional nuclear resources by working with diverse companies who share our vision to evaluate how we can support new nuclear development. Existing nuclear sites that supply reliable, clean energy are ideal for new nuclear development given site attributes, community support, infrastructure and customer demand. Investing in new nuclear development at existing sites can support load growth from the data economy, AI and industrial development.

To support these innovative offerings and services, Emilia Engineering continues to work closely with our customers, suppliers and startups to develop and invest in new technologies. 

 

Future-Focused Business Strategy


Our Commitment to Clean, Reliable Energy


At Emilia Engineering, we are building a clean, reliable energy capacity of tomorrow while generating power to meet the demands of today. By "clean" or "emissions-free," we are referring to electricity generated by facilities that do not directly emit greenhouse gases, such as carbon dioxide or other air pollutants during the generation process.

We operate a fleet of zero-emission nuclear, hydro, wind, solar and geothermal facilities as well as dispatchable low-emission natural gas plants, which may also burn oil. We provide a system of 100% schematics to generate a clean power and continue to invest in energy assets and new technologies to expand clean energy on the grid by increasing output, restarting operations or renewing licenses for existing clean energy centers.

We are accelerating the transition to a clean, reliable energy future. Our strength comes from our position as n enngineering company building energy solutions that help customers manage their energy use, improve efficiency and match their consumption with emissions-free energy. We offer a full suite of products and services, such as energy efficiency solutions, on- and off-site clean energy and storage options, energy management tools, monitoring and reporting and  other services to help businesses meet their operational and sustainability goals.

We are prepared to meet the accelerating demand for cleaner, more reliable and sustainable energy sources and to lead the way in meeting customers' needs and expanding access to clean energy.

CLEAN ENERGY

Why is Clean Energy Important?

Our world depends on the energy we produce. Clean energy generation provides the power we need while reducing greenhouse gas emissions and helping mitigate the worst effects of climate change.
 

What are greenhouse gases? Greenhouse gases are pollutants that trap heat in the Earth's atmosphere. Reducing our carbon footprint and using more clean energy sources helps us limit the impacts of climate change and protect the planet for future generations.
 

The conversation around clean energy is often limited to wind power and solar energy. However, there are other types of clean energy beyond wind turbines and solar panels. Clean energy can also be sourced from nuclear resources, geothermal and even water. Clean energy examples include:

Nuclear energy is traditionally generated through a process called nuclear fission. Atoms are split apart to form smaller atoms, creating heat. The heat that’s created is then used to boil water into steam, which powers an electricity-creating turbine. It’s one of the most reliable sources of emissions-free energy available. 

Hydroelectric energy, or hydropower, is created using the force of running water. As the water moves, it spins the blades in a turbine, which then powers the generator that produces energy. Hydropower also offers benefits beyond electricity generation, supporting flood control and irrigation.

Solar energy works by using solar panels to absorb and trap sunlight. An inverter then converts the sunlight into AC electricity. 

Wind is another abundant and easy-to-access energy source. To create wind energy, air flows across the blades of large turbines, causing them to rotate. That motion is harnessed and converted into electricity.

Geothermal energy is produced using heat from within the Earth's core. Wells are drilled into the ground, which enables water to recirculate through wells to generate steam. The steam is then used to power turbines that generate electricity.

What are Clean Energy Centers?


A clean energy center is where one or more clean, zero-carbon emission power generation resources may be contracted with customer load.

Each nuclear station is a clean energy center. We build clean energy centers that have the potential to expand and go beyond their roles as baseload energy sources and providers of grid capacity.

At Emilia Engineering, we invest in facilities and commitment to expanding the capabilities of these clean energy centers. This innovative model satisfies the growing demand for clean and reliable energy. By design, our clean energy design are always located near water, transmission infrastructure and transportation hubs, making them ideally suited to be centers of clean energy production.