ESE, as a part of STREAM consortium, conducted a due diligence of ERG Hydro Power Plants fleet in Central Italy. In particular, electro-mechanical aspects were investigated to evaluate plants status and future developments. Together with STREAM, also civil, safety and legal aspect were examined, underlying the impact of the close future changes in Italian legislation about water concessions.
Moreover, site visits were conducted for the 7 major hydro plants of the fleet, gathering important information. For the whole fleet, an analysis of databases and historical data was also carried out.
With this project, ESE continues its growth as a consulting company for sustainable energy production, always respecting the use of water resources.
In the picture: Francis turbines from Cotilia power plant.
ESE and Energy Ministry of Azerbaijan Republic have signed a contract for the assessment of the hydro resources use in the Country’s energy system.
The study is aimed at identifying the most suitable strategies for a smart resources exploitation.
ESE will also analyze the current power plants cooling systems, with the purpose of optimizing their water consumption and identifying the necessary modernization interventions.
Moreover, suggestions for the optimization of frequency control of the Country’s energy grid will be provided, taking into consideration new and existing power plants and the possibility of energy storage systems adoption.
With this project, ESE consolidates its role in the energy transition field, focusing on the rational use of natural resources and their valorization.
ESE, in partnership with REF_E, is performing a study on the way of decarbonization for Gualapack industrial sites of Alessandria and Piacenza. The study will be a reference and a guideline for all the Gualapack sites all around the world.
The combined experiences by ESE on the engineering side and by REF_E on the market side propose a new integrated concept of support, starting from the project definition, optimization up to the execution.
ESE is glad to share that it has been commissioned with the development of a new 42-MW pumping-hydro Power Plant.
In particular, ESE will take care of the development of the electro-mechanical side of the project, keeping also an eye on environmental aspects and economic optimization.
ESE proves again to be a reference point for the study of energy storage solutions among Italian companies.
ESE, in partnership with CESI, will be consulting the Electricity Authority of Cyprus (EAC) for EAC Generation Development/Expansion Plan.
Specifically, ESE will be in charge of the Conceptual Design of three power stations.
Moreover, ESE will perform a Cost Benefit Analysis and Feasibility Study for the next power generation units.
We are extremely pleased to announce that ESE has been selected among the representatives of Italian excellence in the field of renewables.
The Minister of Foreign Affairs and International Cooperation is carrying out a campaign called “The Italian innovation" to promote Italian industries operating in the renewable field at international level.
In collaboration with ENEA, it has been produced a video showing all the selected Companies for this campaign.
Have a look at it at https://www.youtube.com/watch?v=LlJEDRcp6VI
This is a huge aknowledgment for our Company and we are happy to share it with you!
ESE as Owner’s Engineer has given on-site support to Rapaci Energy team for the commissioning and performance test phases for Alon Tavor and Ramat Gabriel Co-Generation Power Plants (73 MWe + 40 tons/h steam each).
The successful operation of both plants is of primary importance for ESE that has been following both projects during the conception, design, and construction stages.
The collaboration with Rapaci is now continuing with the development of a prediction model for the plants performances as function of ambient conditions and exported steam.
ESE performed for an important Israeli electricity market player a comparison study on a wide range of technologies: Compressed Air, Pumped-Hydro energy storage systems, Li-ion and Flow Batteries.
The aim was to assess the most suitable technology for a 200 MW/800 MWh stand alone energy storage plant.
Thanks to our partner Steam, the new mini-hydro power plant in Parco Lambro (Milan) is now able to produce 1500 kWh of renewable energy.
These are the numbers of the screw turbine adopted: 12.5 ton of weight, 3.5 m of diameter and 12 m of lenght.
The plant will satisfy the needs of more than 1,000 people and will avoid the emission of 250 tons of CO2 per year.
Discover more at http://www.stream21.it/
ESE has collaborated with Red Rocket South Africa (Pty) Ltd. on the preparation of its technical documentation to participate in South Africa’s Risk Mitigation Independent Power Producers’ Procurement Programme (RMIPPPP).
ESE has provided technical assistance to facilitate Red Rocket’s preparation to bid two hybrid (thermal + photovoltaic + battery storage) power plants.
ESE is working with a petrochemical multinational company to the application of molten salt as a temperature control fluid for their high-temperature processes.
ESE provided consultancy services for the design and operation of two small scale molten salt pilot plants.
It was then assessed a feasibility study and costs for a commercial application (> 5 MWth) were estimated, comparing different options for heat supply: gas, electricity, solar PV and solar CSP.
ESE completed the feasibility study of a 200 MWhth concrete-based thermal storage for conventional cogenerative power plants.
The study has analyzed the functionality of the system, the interface with the conventional plant, the related capex, opex and performances. Moreover, it has been developed a cost and performance comparison between concrete-based and molten salts thermal storage.
ESE, through its Energy Storage Business Unit, is glad to work as advisor for the Israel’s largest private power producer, Dalia Power Energies Ltd, by carrying out a study for the integration of a Battery Energy Storage System with the existing Combined Cycle Power Plant. This study comprises all stages, from technology evaluation and technical specifications development to contractors’ proposals assessment.
Shikun & Binui Energy reached financial closing for Etgal 186MW Open Cycle in Ashdod, Israel. It is a source of great satisfaction for ESE that has been following the project as Owner’s Engineer from the very early stage of the project. ESE will continue to give its support during execution phase and is willing to go through next steps with Shikun & Binui team.
ESE has been collaborating for almost one year with Carbon Capture, an Idealab Studio company, to develop advanced solutions for CSP applications in industrial fields. Innovative solar receivers coupled with different HTFs and storage solutions are investigated in a challenging but exciting project ESE is proud of be part of.
ESE is proud to announce its partnership with STREAM – Energy and Environment, an association counting 6 companies experienced in solar, hydrolectric and storage technologies. We aim to combine our experience to provide complete and efficient solutions in the renewables market. Discover more here.
ESE has has received funding within the Horizon 2020 VIDA project (Value Added Innovation in Food Chains), to study innovative gasification systems for the valorization of agricultural waste. The VIDA project aims to improve the use and efficiency of water, food and energy in the food chains.
With this study, ESE is investigating advanced gasifier designs and high efficiency syngas filtration systems, to improve the reliability of biomass gasification plants.
ESE completed a feasibility study for application of an electrolysis system to a conventional power plant, analysing alkaline and PEM technologies for a 1400 kg/h hydrogen flow application. The study aims to assess the potential advantages of generating hydrogen from excess electricity today and in the future, exploiting the projected cost decrease of the technology and comparing the relative pros and cons of the two technologies.
President Xi Jinping and Greek Prime Minister Mizutakis supervised the signature of the Cooperation Agreement for MINOS 50MW Tower CSP among financing party, EPC contractor, project developer and local construction company followed by the signature of the EPC contract. ESE continues its involvement in the project as Owner’s Engineer during the execution phase. More information at http://helioscsp.com/greece-minos-50mw-tower-concentrated-solar-power-project-epc-contract-awarded/.
ESE has been awarded the basic design of a 450MW ISO Combined Cycle located in Middle-East. The power plant will produce 450 MW of electricity with 1 Gas Turbine and 1 Steam Turbine. ESE will complete the basic engineering phase of the project and will review the detailed engineering phase carried out by another company.
ESE is the Owner’s Engineer for the development phase of a 12 MW wood pellet plant in Africa. ESE is helping its undisclosed customer in the thermal cycle optimization, technology selection of boiler and pellet handling system, layout and electrical design for permits, overall plant budgeting. Once built, the plant will deliver dispatchable renewable energy avoiding 60 thousand tons of carbon emissions per year.
ESE is the Owner’s Engineer for the construction of a 8 MW cogeneration plant located in Cesano Maderno, Italy. E.ON Connecting Energies is the Owner of the plant, which will deliver electricity, steam and hot water to the Bracco pharmaceutical factory. The plant is composed of a 8 MW Gas Turbine and low-pressure steam Heat Recovery Steam Generator, and will deliver 42 GWh electricity and 88 GWh steam per year.
ESE has been awarded the contract for troubleshooting of two HRSGs working behind SGT800 Gas Turbines. The HRSGs were encountering multiple shutdowns because of clogged filters, valve problems, pumps vibrations. ESE has been visiting the plant, finding root causes of the problems and recommending solutions to the plant owner.
ESE has executed the feasibility study for conversion to CSP technology of a 70 MW coal fed plant located in Africa. The feasibility study involved preliminary design, performance estimation, study of CSP integration into the existing plant, cost estimation and business plan assessment of the resulting cost of electricity in different operating scenarios, involving direct steam and molten salt technologies.
ESE has conducted a feasibility study for a Molten Salt Thermal Storage system for conventional plants. The technology grown in CSP field has been applied to a conventional cogenerative power plant to decouple electrical energy generation from steam generation and to make the plant more flexible. The study included the basic design of the system and the integration with the existing plant, the cost estimation based on budget offers from specialized molten salt equipment suppliers.
ESE has signed a cooperation agreement with the Slovakian company Intravis, making ESE the exclusive promoter of Intravis gasification technology for the Italian market. Intravis technology gasifies woody biomass and agricultural waste to produce combustible gas, which can then be directed to thermal uses or burnt in an engine to produce electricity.
ESE has completed the Life Time Extension Assessment of 7 CCPP cogenerative plants of different nominal power between 60 and 1170 MW. The study included site visits, analysis of the report of the suppliers for the most critical equipment and discussion with them, the performance degradation evaluation and finally the identification of the necessary investment for the LTE.
ESE has been awarded Owner’s Engineering Services for EPC Contractor selection by NUR Energie, for the MINOS CSP Plant. The MINOS Plant will be located in Crete, Greece and will produce 50 MWe based on tower technology and using a storage system with molten salt as heat storage fluid. The award of such contract is a source of great satisfaction and puts once again ESE among the top worldwide consulting companies in the field of Concentrated Solar Power.
ESE has signed a cooperation agreement with the Italian boiler manufacturer AC Boilers in the field of molten salt receivers. In this frame, ESE has made the tender design for the 700 MW DEWA and 800 MW Noor Midelt Power Plant molten salt receivers, and will be the designer in case of contract award to AC Boilers.
ESE has been awarded the Owner Engineering Services for the Sugat Cogenerative Combined Cycle P.P. (70 MW) by the Israeli Company Alon Energy Center (AEC). The Plant is located in Kiryat Gat, in the Southern District of the State of Israel and will be executed in a time span of two years. The Award of such Contract represents a source of great satisfaction for ESE, that has been supporting AEC from the very early stage of the project and it is a further demonstration of the Validity of ESE References in this field.
ESE has been awarded the Owner Engineering Services for the Cogenerative Combined Cycle P.P. Ramat Gabriel (70 MW) and Alon Tavor (70 MW) by the Israeli Company RD Energy Ltd. The Award of such Contract, after a competition with Major International Firms, represents a further demonstration of the Validity of ESE References in this field
ESE has been awarded the Owner Engineering Services for a Biomass District Heating Power Plant (5 MWel + 20 MWth) by Building Energy S.p.A. The Plant is located in Krusevac, Serbia. The Award of such Contract, after a competition with other Italian Firms, represents a demonstration of the ESE Capabilities in the Owner Engineering Field related to Biomass Plants.
We are pleased to announce the completion of Porcari Power Plant Project. Our Owner Engineering Services for DS Smith have contribuited to the successfull Revamping of the Cogenerative Combined Cycle (100 MW) located in Tuscany, Italy. The respect of project time schedule as well as the Customer satisfaction are a further demonstration of ESE Capabilities in this field.
ESE has been awarded a Grant Agreement under the Horizon 2020 programme, to provide engineering services for a Molten Salt Once-through Steam Generator to be used in Concentrated Solar Power plants. The project aims to improve predictability and flexibility of Concentrated Solar Power plants. With this Award, ESE consolidates its position at the forefront of Concentrated Solar Power technology.