Welcome
to infinite baseload energy of possibilities on non-traditional geothermal, and waste-to-energy sources to produce electricity ...
About Gigawatt Company
The Gigawatt Company has expanded its engineering services since 2011 with a Ph.D. MBA Mechanical Engineer Mario Sagastume Mena who is one of the founders, worked hand in hand with non-traditional geothermal power generation projects from Powertube, a company led by Doyle Brewington that built a technology capable of producing energy from the heat of the earth, this technology based on an Organic Rankine Cycle, that's how we gain the company great experience, knowledge and inspiration to consolidate the company's creation in 2023.
Our goal has always been to lead the Guatemalan community toward a technologically advanced future, with high enthalpy geothermal baseload quality of energy for each project, and social benefits for surrounding communities, as well as environmental care, we work carefully to stay within needs while offering maximum value to the end consumer of energy and to our customers who are electric power distributors and energy intensive industries. One of our main goals is to decrease prices for the end consumer. Our human talent at the company has accumulated over 30 years of experience working in Hydroelectric Power Plants, Biomass Plants, Mining Industries, Cement Industries, Solar Plants, and other industries, we know the electric market in the region very well, and we are very deep into it. Baseload Power generation in electricity is our main goal, with molten salt high technology we are able to conquest the market.
After fifteen years of continuous efforts, our partnership with international leaders is yielding concrete results: the construction of the world's first molten salt geothermal plant and the region's first green ammonia and hydrogen production plant. Furthermore, we are developing in partnership new pioneering projects for the data center and cold storage industries, consolidating our leadership in the energy transition and decarbonization goals.
What we do.
OPERATION, INSTALLATION MAINTENANCE OF CENTRAL POWERS IN GUATEMALA AND DOMINICAN REPUBLIC
CLEAN ENERGY PROJECT COMPLETE DESIGNING FROM INITIAL PHASES TO CAD FILES & FULLY OPERATED COGENERATION PLANTS
BASELOAD ENERGY BEST TECHNOLOGY PROMOTION ON THE GLOBE
THAT BRINGS STABILITY TO THE ELECTRICAL GRID
KEY TECHNOLOGY PROVIDERS
Clients, partners and high tech providers around the world
Throughout this time we have partnered with various companies and organizations on engineering projects. We've done it almost all, from collaborations with other engineering firms to successfully completed solutions for corporate clients. Now we are on the path to built FOAK (First Of A Kind) Molten Salt Geothermal power plant on earth and FOAK Ammonia/Hydrogen production plant from Geothermal in central america. Take a look at our full list of technology providers that we trust to work in projects around the world.
American GeoPower's Closed-Loop Geothermal Energy Collection System
AMERICAN GEOPOWER
SUPER CRITICAL TEMPERATURES MOLTEN SALT ENERGY COLLECTION SYSTEMS
Molten Salts have a history of reliable performance in the energy industry since the 1950s. Elements used in molten salts for thermal applications include but are not limited to: sodium, calcium, potassium, fluoride, lithium, sodium, zinc, magnesium, and boron. The most widely used varieties are nitrate-based mixtures. Depending on the specific use, the blends are formulated for optimal specific heat capacity, thermal conductivity, melting point, and density. AGP's patents are inclusive of all varieties of molten salts.
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-Molten salt is an excellent Heat Transfer Fluid (HTF).
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-It is environmentally benign, non-toxic, and non-flammable.
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-It lasts over 30 years with little degradation.
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- It is 2-4 times as thermally conductive as water.
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-It has a low vapor pressure.
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-It has a high specific heat capacity, and only loses 1% of its heat per day in a properly insulated tank.
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-It is very stable above 400°C and, depending on the species of molten salt, has working temperatures from 65°C – 1000°C.
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In case you're wondering, even common table salt (NaCl), when heated enough, becomes a molten salt. However, its very high melting point of around 800ºC precludes it from being an option for geothermal processes where temperatures of less than 400ºC are much more practical.
Siemens Energy
With over 150 years of experience and located in 90 countries, we have a global team of 99,000 people who share a common passion: finding answers to the energy challenges of today and tomorrow. The diversity of this team, together with the collaboration with strategic partners, has allowed us to address the complexity of today's energy landscape, ranging from conventional to renewable energy, grid technology, storage and the electrification of industrial processes.
Our mission is to support companies and countries with what they need to reduce greenhouse gas emissions and make energy reliable, affordable and sustainable. We energize society.
PIETRO FIORENTINI
The extensive experience of the Pietro Fiorentini Group stems from the union of the forces that comprise it. We are committed to sustainability and efficiency, promoting innovation for the well-being of society and the environment. We provide products, systems, and services to optimize the energy supply chain, integrating new energy carriers to accelerate the ecological transition, along with innovative solutions for the water supply chain and environmental management. All of this is supported by a software infrastructure capable of monitoring and managing data. Our goal? To value resources.
SLB SCHULMBERGER
Domain expertise
From drilling to machine learning. After a century leading the industry, there’s no energy discipline we aren’t experts in. And we channel that expertise through our global network directly to the local challenge that needs it.