Design and construction of energy centers

Diesel power plants are intended for emergency and backup power supply and used in any industries, as well as in the housing and utility and agricultural sector. DPPs can be used as primary sources of electric power in remote and hard-to reach regions (settlements of the Far North), as well as at initial phases of industrial facilities development (oil and gas fields, construction sites of industrial projects).

Gas engine power plants are used as primary sources of electric power for customers’ facilities. They can operate both in the isolated (island) mode or parallel to the power grid. Main advantages of gas engine power plants:

high electrical efficiency

simple operation of facilities, including those without permanent attendance by personnel, with remote monitoring and control of energy complexes operation

short payback period for energy complexes

possible increase in economic efficiency through the use of exhaust gas heat recovery systems to ensure heat, steam, and cold generation (trigeneration)

use of different types of combustible gases: natural gas, associated petroleum gas, mine gas, landfill gas, blast-furnace gas

KAMSS Group carries on cooperation with Siemens and its structural division Dresser-Rand in the field of construction of power generating facilities on the basis of gas turbines.

Dresser-Rand’s KG2 gas turbines with a single unit capacity of 1.6 to 2.0 MW are one of most undemanding gas turbines in terms of gas fuel quality and can be operated on heavy oils such as conditioned crude oil. The turbines can also run on associated gas with minimum requirements to treatment and with a hydrogen sulfide content up to 0.5 mg/m3.

The use of Siemens SGT industrial gas turbines with a power rating of 5 to 57 MW is an optimal solution for the construction of power parks of infrastructure projects where maximum effectiveness, high package efficiency, minimum operating costs and high reliability are required.

KAMSS Group can offer the mentioned turbine generators in containerized and modular building designs.

The construction documentation for the container and building are developed with the support of turbine generator manufacturers—Siemens and Dresser-Rand.

The primary goal of customers when constructing autonomous energy complexes is to provide a short payback period and maximum efficiency of the project within the entire life cycle.

This is achieved by selecting the generator sets having the best efficiency and operating cost parameters.

The mandatory prerequisites for achieving the maximum economic results include: parallel operation with power grids;

full utilization of generator set engine heat through the use of flue gas heat recovery boilers and heat exchangers for the engines cooling system, as well as the provision of peaking boiler plants as part of power parks.

In some instances, when having the Specifications for grid parallel operation approved is impossible or the costs of implementing the Specifications question economic feasibility of the project, the only option left is the isolated mode of power plant operation. In such a case it is critical not only to correctly determine the total installed power of the power plant on the basis of load curves, but the mode of operation and single-unit capacity as well. All these issues are to be solved comprehensively and accounted for in the capital expenses and future operating costs. A comprehensive approach will ensure optimal generation conditions for both electric energy and heat.

KAMSS Group has the required competencies and experience in addressing the issues of technical and economic efficiency of power generation facilities on a comprehensive basis.