Today world is foucsing on power but also foucsing onprojects in the field of environmental protection.
Power utilities are faced with new pressures in the current business environment from deregulating markets, to compliance with increasingly stringent environmental regulations being developed at the national regional and international levels, to an ever increasing number of air pollutants being controlled. Compliance with new emission regulations typically requires new air pollution control equipment and additional capital investment and the operation of this equipment is often unfamiliar to plant personnel. The sale of wholesale electricity in an increasingly competitive marketplace places ever increasing pressure on the optimization of key generation assets to increase returns on invested capital; this includes the assets that control emissions of air pollutants. Because the operation of the power plant is focused on power generation, air pollution control equipment is typically monitored only for exceptions. This is unfortunate because optimal operation of the air pollution control equipment can contribute significant benefits to the corporate bottom line. Maximum profitability is attained when the unit is at the optimum operating point. The optimum operating point for a process unit is constantly changing and this point typically includes multiple constraints or limits such as emissions and byproduct quality. It is difficult, if not impossible for operations to determine the optimal operating point for the process unit, due to process-related issues such as:
(1)-Complex process relationships and dynamics
(2)-Changing constraints (emissions, etc.)
(3)-Unmeasured disturbances to the system (feed quality, etc.),
(4)-Changing process conditions (unit load, ambient conditions, etc.).
Today, plant operators are facing multiple challenges in their efforts to make their plants more competitive, while complying with the different environmental regulations. In addition, market predictions say that electricity demand will continue to increase in the next decades. In view of these developments, we should ready to help plant operators to choose the right and balanced portfolio of energy sources, while giving them the newest technologies on hand to curtail emissions, both all traditional pollutants and CO2.
World today is best positioned and has the unique roles as well technologies plant integrator and full-service provider to design and manufacture all components of a clean power plant, from turbines to generators, boilers and air quality control systems.
INVESTING IN THE FUTURE OF CLEAN POWER
Today with the huge demand in electericity it's need to invests strongly in the research and development of environmental friendly clean power solutions.
Together with partners, universities and our utility customers in Europe, United States and whole of the world we have need to organize collaborative projects to develop options for pre- and post-combustion CO2 capture and oxy-firing.
With innovations in boiler technology, new supercritical and ultra-supercritical coal-fired plants will achieve around 50% efficiency, and ensure high reliability and availability.
PROVEN EXPERTISE IN CLEAN POWER SOLUTIONS
Technologiest are delivering solutions now! As the compition in the field clean power generation technologies, the cleanest integrated power solutions are available in the market – the scope including to integrate the environment protaction technologies to
(1)-all plants (existing and new ones),
(2)-all energy sources (from fossil fuels, hydro, to nuclear),
(3)-all emissions (NOx, SOx, Mercury, particulate matter).
We need the complete range of technology to help power plants to either reduce pollutant and CO2 emissions, or to produce clean electricity straight from the beginning. For example, we can deliver new coal-fired power plants with an advanced supercritical design using proven clean combustion solutions that are integrated with state-of-the-art emission controls. Similarly, we can improve the thermal and environmental efficiency of existing power plants by retrofitting plant components, or upgrading the whole system.
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