Mongolia Projects

Proposal for Geodyn Solutions: $500 Million Investment in Organic Rare Earth Mining in Mongolia Executive Summary Geodyn Solutions proposes a $500 million investment to develop a sustainable rare earth element (REE) mining project in Mongolia, one of the world’s largest untapped sources of rare earth minerals. This project will utilize cutting-edge organic mining technologies, ensuring minimal environmental impact while maximizing economic returns. Additionally, the project includes a $100 million investment in advanced mining equipment and a $100 million investment in a 60 MW hybrid power generation system, utilizing Organic Rankine Cycle (ORC) power units, solar, and wind energy to provide reliable, sustainable energy for mining operations. A $50 million contingent fee is allocated to address unforeseen costs, ensuring project resilience and operational flexibility. This investment aligns with global trends in clean energy and…

Proposal: Geodyn Solutions – Advanced Greenhouse Technology and Coal-to-Energy Project with Enhanced Crop Diversity for Sustainable Agriculture in Mongolia Geodyn Solutions Executive Summary Geodyn Solutions proposes a $500 million project to deploy cutting-edge greenhouse technologies in Mongolia, harnessing abundant coal reserves to generate electricity and CO2 for year-round production of tomatoes, cucumbers, melons, strawberries, herbs, salad greens, and tilapia. With a $400 million base budget and $100 million contingent fees, this initiative will produce 100 MW of power and cultivate 500 hectares to yield 65,000 tons of crops and 5,000 tons of fish annually for domestic consumption and export. Located in South Gobi near Tavan Tolgoi, the project addresses Mongolia’s food insecurity, reduces import reliance, creates 2,700 jobs, and boosts…

Geodyn Solutions proposes a 100,000 barrels/day Coal-to-Liquids (CTL) facility with integrated power generation for Mongolia Executive Summary  Geodyn Solutions proposes a 100,000 barrels/day Coal-to-Liquids (CTL) facility with integrated power generation for Mongolia. This advanced system converts coal into liquid fuels via Indirect Coal Liquefaction (ICL) or Direct Coal Liquefaction (DCL), while co-generating electricity from waste heat or syngas. Designed to leverage Mongolia’s vast coal reserves, this project will meet surging demand for liquid fuels and electricity, delivering significant economic benefits, including thousands of jobs and a strong return on investment (ROI). Process Description The CTL facility will produce 100,000 barrels/day of synthetic liquid fuels (e.g., diesel, gasoline) using:  Indirect Coal Liquefaction (ICL): Gasifies coal into syngas, then synthesizes it into…

Proposal: Direct Coal Liquefaction (DCL) Facility for Mongolia (10,000 Barrels/Day) Executive SummaryGeodyn Solutions proposes a 10,000 barrels/day Direct Coal Liquefaction (DCL) facility for Mongolia, transforming the nation’s abundant coal reserves into valuable liquid fuels (e.g., diesel, gasoline). Compared to Indirect Coal Liquefaction (ICL), DCL delivers higher efficiency, lower capital costs, and competitive revenue potential, making it the optimal choice for a scalable, economical energy solution. This project will enhance Mongolia’s energy security, create significant employment opportunities, and offer a robust return on investment (ROI), provided hydrogen supply and crude oil market dynamics are effectively managed.Process DescriptionDirect Coal Liquefaction (DCL) converts coal directly into liquid hydrocarbons by hydrogenating it under high pressure and temperature, avoiding the energy-intensive gasification step required in…

Comprehensive Business Plan Geodyn Solutions 1000 MW Clean Coal Power Plant with CO₂ Algae Ponds, Greenhouse Integration, MSW, and Tire Recycling Executive Summary   Geodyn Solutions proposes a 1000 MW clean coal power plant in Mongolia, integrating advanced carbon capture, CO₂-fed algae ponds, greenhouses, and waste-to-energy systems for municipal solid waste (MSW) and tire recycling. Leveraging Mongolia’s 26.8 billion tons of coal reserves, this project will generate 8.76 million MWh of clean electricity annually, with pricing options of $0.11/kWh or $0.17/kWh, depending on market conditions. CO₂ emissions will fuel algae biomass for biofuels, biochar, and food, while greenhouses produce high-value vegetables. The facility will also process 600–1,200 tons/day of MSW and tires, converting waste into energy and reducing landfill reliance.…