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Upcoming MAN ExpertTalks

  • CCUS

    Carbon Capture and Utilization

    MAN ExpertTalk
    , 10:00 11:30
    (W. Europe Standard Time)

    We are pleased to invite you to our MAN ExpertTalk "Carbon Capture and Utilization". We want to continue keeping you up to date on new developments in the world of energy technologies, even if we cannot do it in person. We would be very pleased if you would attend our MAN ExpertTalk which will be presented by Hans-Timon Singelmann and Ahmed Maher.

    Register now

     
  • CCUS

    MAN modularized carbon compression solutions (morning session)

    MAN ExpertTalk
    , 10:00 11:00
    (W. Europe Standard Time)

    From cement to chemicals, from power generators to refineries: Large carbon footprints are a challenge for heavy industries. Progressively lower emission caps and increasing tax incentives for decarbonization are putting more and more pressure on huge CO2 emitters to find quick ways to implement carbon capture plants. Compression is a significant aspect of carbon capture, with high requirements in terms of its efficiency, availability and pricing. Furthermore, compressor plants must be easy, quick and safe to erect, especially in remote areas with poor infrastructure.

    MAN has the answer with its efficient, reliable, modularized, and well proven CO2 compression technology. Our modular approach reduces project complexity and lead times, mitigates risks, and keeps down CAPEX. Join us on this Expert Talk focusing on the latest innovations in modular carbon capture.

    This MAN ExpertTalk will be hosted several times. Please use the dropdown to choose the time slot that you want to register for.

    Register now

     
  • CCUS

    MAN modularized carbon compression solutions (afternoon session)

    MAN ExpertTalk
    , 17:00 18:00
    (W. Europe Standard Time)

    From cement to chemicals, from power generators to refineries: Large carbon footprints are a challenge for heavy industries. Progressively lower emission caps and increasing tax incentives for decarbonization are putting more and more pressure on huge CO2 emitters to find quick ways to implement carbon capture plants. Compression is a significant aspect of carbon capture, with high requirements in terms of its efficiency, availability and pricing. Furthermore, compressor plants must be easy, quick and safe to erect, especially in remote areas with poor infrastructure.

    MAN has the answer with its efficient, reliable, modularized, and well proven CO2 compression technology. Our modular approach reduces project complexity and lead times, mitigates risks, and keeps down CAPEX. Join us on this Expert Talk focusing on the latest innovations in modular carbon capture.

    This MAN ExpertTalk will be hosted several times. Please use the dropdown to choose the time slot that you want to register for.

    Register now

     

Latest news

Thursday, November 3, 2022

MAN Supplies Gas and Dual-Fuel Engines in Israeli Desalination Plant Refit

Efficient engines drive seawater pumps and ensure plant's independent power supply

MAN Energy Solutions will supply 2 × MAN 14V51/60DF and 5 × 18V51/60G engines to the refit of a seawater desalination plant in the Israeli city of Ashdod. The two dual-fuel engines will drive two 15 MW seawater pumps, while the five gas engines – as gensets with a total capacity of 99 MW – will ensure the plant's off-grid power supply. As required, the gensets will also be able to feed into the national grid. The new set-up replaces the facility’s former eight electrical pumps and significantly lowers its energy consumption while maintaining the original capacity.

The power plant is located about 40 km south of Tel Aviv on the Mediterranean coast and has been in operation since 2015. With an annual output of some 100 million cubic meters of seawater, the plant is responsible for around one-sixth of the total volume of water desalinated in Israel. The Ashdod desalination operation Ltd is owned by Shapir Engineering and Marine Ltd and GES Global  Environmental Solutions Ltd.

“In Ashdod, the operator has chosen an innovative set-up as, typically, seawater pumps are driven by electric motors. The mechanical drive chosen here reduces operating costs while increasing the overall efficiency of the plant. In addition, efficient fuel-utilization is ensured, even in part-load operation,” said Tilman Tütken, Vice President Strategic Projects, Power, at MAN Energy Solutions. “In conjunction with the additional power-plant engines, this creates a fully independent system that ensures the reliable and efficient operation of the plant.”

The operator plans to use a single power-plant engine on a rotating basis to provide continuous power to the plant, while the other four engines will serve as back-up for the national grid, balancing peak loads in Israel's energy demand.

MAN PrimeServ signs ten-year service agreement

 

Post-commissioning, MAN Energy Solutions’ global, after-sales brand – MAN PrimeServ – will continue as project partner and share maintenance duties with plant staff. As part of a ten year, long-term service agreement (LTSA), MAN PrimeServ will supply spare parts and technical service to both the 14V51/60DF and 18V51/60G engines. The agreement also includes a training program to instruct the customer’s plant staff in the operation and maintenance of MAN equipment.

The plant staff will additionally benefit from MAN’s digital-service solution – PrimeServ Assist – which strongly supports the efficient operation of power plants. The solution remotely monitors engine operation 24/7 through dedicated service personnel that notify the customer immediately in the event of critical deviations in engine performance.

Seawater desalination secures Israeli water supply

 

Since the beginning of the 21st century, the Israeli government has increasingly relied on seawater desalination to guarantee the water supply for industry and the general population, even during longer periods of drought. A total of five such plants are currently in operation, which together desalinate around 585 million cubic metres of seawater. In the next few years, two more plants with an additional capacity of over 300 million cubic metres will be established. Once complete, the seven plants will cover 85 to 90% of Israeli water needs.

Documents

  • MAN_ES_PR_Ashdod_Israel_ENG
    PDF, 418 KB English

Images

  • Ashdod_desalination_plant
    JPG, 7964 KB English

Contact

Jan Hoppe

Head of Group Communication & Marketing

Group Communications & MarketingMAN Energy Solutions SEStadtbachstr. 186153 AugsburgGermany

t +49 821 322 3126

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