LNG Projects

Geodyn Solution Technical Explanation-Environmental Benefits-and Carbon Management Plan System Operation – How the Power Plant WorksThe proposed 250MW modular LNG-based power plant integrates three key technologies to maximize efficiency and flexibility:Primary Generation – Modular Turbines (150 MW)Mobile turbine-generator modules convert LNG into electrical power.Each unit is trailer- or container-mounted for rapid deployment and relocation.Advanced combustion systems ensure low emissions while maintaining high efficiency.Heat Recovery Steam Turbine (HRST, +75 MW)High-temperature exhaust gases (~500–600°C) from the turbines are captured.These gases pass through Heat Recovery Steam Generators (HRSGs)to produce high-pressure steam.The steam drives a steam turbine, adding ~75 MW of electricity without additional fuel input.This process raises system efficiency from ~40% (simple cycle) to ~54%.Organic Rankine Cycle (ORC, +25 MW)After HRST extraction, lower-temperature exhaust (~100–200°C) is still…

Proposal for Deployment of a 250MW Mobile LNG Power Plant in the Dominican Republic Executive SummaryGeodyn Solutions, a leading provider of mobile power plants, proposes to partner with its strategic statistical partner (specializing in data-driven optimization for energy projects) to deploy proprietary modular power generation technologies for a 250MW mobile power plant in the Dominican Republic. This initiative leverages Geodyn's expertise in flexible, rapid-deployment energy systems to address the Dominican Republic's growing energy demands, providing reliable interim power while supporting grid stability and economic growth. The plant will utilize aeroderivative gas turbine technology for LNG or reciprocating engine modules for diesel, configured as trailer-mounted or containerized units for rapid deployment. For the LNG variant, the design incorporates a heat recovery steam…