Entries by MMYPEM (dev)

MMYPEM engaged in the commissioning of Cubillos del Sil biomass plant

ACCIONA INDUSTRIAL has awarded MMYPEM the contract for the biomass power plant promoted by Forestalia in Cubillos del Sil (León). MMYPEM will carry out the mechanical works of the different plant systems, BOP, boiler, turbine and auxiliary systems, as well as the support during the chemical cleaning and blowing phases. Cubillos del Sil biomass plant […]

MMYPEM starts the commissioning of Curtis biomass plant

Commissioning works of Curtis-Teixeiro biomass plant started last July. MMYPEM will carry out the mechanical works of the different plant systems, BOP, boiler, turbine and auxiliary systems, as well as the support during the chemical cleaning and blowing phases. The work is expected to be completed in May 2020, the plant becoming the second largest […]

O&M works commence in Ashalim Plot A (Israel)

MMYPEM has concluded an agreement with the Israeli company Negev Energy to give support to operations&maintenance (O&M) in Ashalim Solar Thermal Power Station. A MMYPEM team made up of 5 specialized professionals continued in the plant after beginning the commercial operation and O&M works. MMYPEM is providing support to local staff during the first months […]

ASHALIM PLOT-A PASSES PERFORMANCE TESTS SUCCESSFULLY

Ashalim Plot-A Solar Thermal Power Plant has passed performance tests satisfactorily, a project where MMYPEM took part as a responsible for the commissioning. This thermal power plant contributes 1% to the country’s electricity needs. It consists of four projects: two photovoltaic producing 70 megawatts and two solar thermals each one generating 110 megawatts. The plant […]

ASHALIM PLOT-B PASSES PERFORMANCE TESTS SUCCESSFULLY

General Electric (GE) has relied on MMYPEM for the commissioning of Ashalim Plot-B Solar Thermal Power Plant in Israel, passing performance tests satisfactorily. The project is a 121-megawatt solar complex that uses mirrors to focus the sun’s energy on the solar receivers on energy towers, where the electricity generated will be enough to supply 120,000 […]