About EEMS
Energy & Environmental Modeling and Solutions, LLC (EEMS), specializes in the areas of clean energy generation and its efficient utilization, particularly in:
Mathematical modeling and optimization of energy generation at fossil power plants, central heating plants (CHP) and distributed generators, as well as of energy utilization by industrial, commercial and municipal users including:
- Operation of energy generators at power plants and CHP according to conditions at energy distribution systems and end-users
- Operation of distributed generators (emergency generators, industrial and municipal boiler rooms) according to tariffs and energy end-users operation including operation of distributed generator under free energy market conditions
- Energy use by industrial and municipal users (heating, ventilation, air conditioning, and domestic hot water supply)
- Tracking facility energy management using US EPA Portfolio Manager tool
- Various technologies for reduction of sulfur- and nitrogen oxides emitted from fossil power plants and distributed energy generators;
- Technologies for reduction of greenhouse gases (GHG) and carbon emission credits trade in the framework of the Kyoto Protocol.
- Innoventive Power (USA) - projects on modeling and optimization of energy generation and utilization under free energy market conditions
- Ellison Consultants (USA) - projects on abatement of sulfur-nitrogen- and carbon oxides on fossil power plants
- EnerCon Solutions (USA) - projects on energy efficiency of commercial enterprises and hospitals
- E3 International (USA, Eastern Europe) - projects on energy efficiency and emission reduction from energy plants and municipal facilities
- Institute of Engineering Ecology (Ukraine) - projects on energy efficiency and GHG reduction in the framework of the Kyoto Protocol
- Konsenergo (Russia) - projects on energy efficiency and new technologies for energy generation
EEMS consultants use standard, widely-known models and computer programs (DOE 2.3, EnergyPlus, US EPA Portfolio Manager, etc.), as well as specifically developed statistic and dynamic optimization programs and models including physical-chemical, thermodynamic and economic optimization parameters