..., represents a clear opportunity to reduce the CO2 emissions of the whole system, either directly or indirectly. Directly, if the electricity produced by the ORC-based heat recovery system is used on site to drive an electric compressor (EMD); indirectly, if the energy produced is dispatched to the grid...

... a total capacity of 23 GW (80% of it in Europe) and accounts for only 0.3% of global electricity generation, but it has the potential to become a mainstay of the world s power supply: offshore wind. The electricity produced by offshore wind farms, however, depends on the wind resources available at any...

... recovery on turbines flue gases to produce electricity via ORC system. It represents a strong innovation for Egypt, since the technology will be a first of its kind in the country. At the same time, the technology is well consolidated in the World, even if not widespread: therefore, it is suitable...

..., power generation (gas-to-wire), conversion to electricity for storage. The assessments considered a range of aspects to achieve sustainable solutions, including Technical feasibility; HSSE reliability and risks; Economic Feasibility, Market Demand. By looking at a combination of elements, we focus...

... boiler installation liquid fuel power generation combustor power generation technology engine operation efficiency crude oil gas turbine electricity energy efficiency air emission dual fuel engine co 2 gas fuel 1 THE CHALLENGE TO MINIMISE EMISSIONS FROM OFFSHORE POWER GENERATION...

... Abstract Recovering surplus heat in oil & gas industry and converting it into mechanical or electric energy is not only a way to increase efficiency and obtain a "greener" image, but it is a fruitful business opportunity. This paper investigates cost effective ways to recover surplus heat...

... upstream oil & gas heat source oregen gas turbine application selection operability range efficiency electricity cycle efficiency energy conservation ge global research center heat exchanger system air emission orc system rankine cycle 1 REDUCING THE CO2 FOOTPRINT THROUGH INCREASED...