Our ExpertiseOur Success Stories
EEIC provides the finest in technical and contracting services for a wide variety of clients in both domestic and international markets. Our services are as broad as the varied requirements of our many reputable clients. By employing the most highly qualified personnel we have been able to expand our partner-supplier product offerings to the highest levels of service solutions as well. Working with the best partner-suppliers in the market, our solutions infrastructure covers products and services that facilitate a range of needs of our clients.
Turnkey Projects and Solutions
A Business with Integrity
Code Of Conduct
Our code of conduct at Emirates E&I applies to all our employees. It explains how our actions reflect on the company. It is a practical document that outlines our purpose, ambitions, values, and mindset and is designed to guide each employee to handle business situations professionally and fairly. It defines us as a company and will underpin our success in today’s increasingly complex and competitive energy industry. Our code of conduct is reviewed periodically and amended as appropriate.
Case Study 1
Street Lighting for Abu Dhabi
Project Overview: Emirates E&I successfully completed the “Road Lighting with LED Power Saving System – Phase 2” project in Abu Dhabi. This ambitious initiative involved the replacement of 133,473 high-pressure sodium (HPS) and metal halide (MH) lamps with energy-efficient LED luminaires and Lighting Control Units (LCU) across major highways and roads. The project also included the installation of a wireless communication network for real-time monitoring, along with traffic management and road diversion works to ensure safety during installation.
Project Significance: The transition to LED technology marked a significant step towards enhancing the sustainability and energy efficiency of Abu Dhabi's infrastructure. The new LED luminaires have reduced energy consumption by up to 70% compared to the former HPS/MH lamps. In addition to being more energy-efficient, the LEDs have a longer lifespan and require less maintenance, which will result in long-term operational savings.
Scope of Work: The project was executed in 5 phases, each lasting approximately 3 months, for a total project duration of 15 months. Emirates E&I deployed a dedicated workforce of 150 professionals and utilized heavy equipment such as forklifts, man lifts, cranes, trucks, and trailers to ensure smooth and efficient operations. The completed work included:
Project Significance: The transition to LED technology marked a significant step towards enhancing the sustainability and energy efficiency of Abu Dhabi's infrastructure. The new LED luminaires have reduced energy consumption by up to 70% compared to the former HPS/MH lamps. In addition to being more energy-efficient, the LEDs have a longer lifespan and require less maintenance, which will result in long-term operational savings.
Scope of Work: The project was executed in 5 phases, each lasting approximately 3 months, for a total project duration of 15 months. Emirates E&I deployed a dedicated workforce of 150 professionals and utilized heavy equipment such as forklifts, man lifts, cranes, trucks, and trailers to ensure smooth and efficient operations. The completed work included:
Impact & Benefits: The project resulted in substantial energy savings, significantly reducing Abu Dhabi's energy consumption while contributing to its sustainability goals. The LED luminaires now offer improved lighting performance, durability, and lower maintenance requirements, leading to considerable long-term savings for the city. The real-time remote monitoring and control system ensures optimal energy use, creating a smarter and more efficient lighting infrastructure for Abu Dhabi.
Commitment to Excellence: Emirates E&I takes pride in having delivered this transformative project, reinforcing its commitment to diversification, innovation, and "growth for good." As a key player in driving sustainability efforts in the region, Emirates E&I maintained the highest safety standards and high-quality results throughout the project. The successful completion of this initiative solidifies the company’s position as a leader in sustainable infrastructure development.
This project stands as a testament to Emirates E&I’s dedication to sustainability and technological advancement in the region.
Commitment to Excellence: Emirates E&I takes pride in having delivered this transformative project, reinforcing its commitment to diversification, innovation, and "growth for good." As a key player in driving sustainability efforts in the region, Emirates E&I maintained the highest safety standards and high-quality results throughout the project. The successful completion of this initiative solidifies the company’s position as a leader in sustainable infrastructure development.
This project stands as a testament to Emirates E&I’s dedication to sustainability and technological advancement in the region.
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
Case Study 2
Complete Electro-mechanical (MEPD) Works
This case study is based on a project completed by EEIC, we specialize in engineering, procurement, and construction projects for various industries. The project involved the residual engineering, procurement, delivery, construction/installation completion, testing, commissioning, handing over, and defects liability period maintenance of various systems including electrical, instrumentation, piping, and firefighting. The project also involved the supply and installation of several new systems including fire and gas systems, clean agent systems, HVAC, plumbing, and irrigation works, and the modification and upgrading of existing systems. The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result.
Scope of Work: The project involved the following scope of work:
Scope of Work: The project involved the following scope of work:
Key Challenges:
The project faced several key challenges, including:
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project faced several key challenges, including:
- Coordination between different teams: The project involved several teams, including electrical, instrumentation, piping, and firefighting, which needed to work together efficiently to ensure the successful completion of the project.
- Limited space: The project site had limited space, which made it challenging to install new systems and modify existing ones without disrupting the plant's ongoing operations.
- Existing system modifications: The modifications to the existing systems had to be done carefully to avoid any impact on the plant's ongoing operations.
- Compliance with safety standards: The project involved the installation of several safety-critical systems, including fire and gas systems, which needed to comply with the stringent safety standards.
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
Case Study 3
Chilled Water Network
This case study is based on a project completed by EEIC, a specialized electrical and instrumentation contractor, for their client ALEC, who was the main contractor for the construction of SeaWorld Abu Dhabi. The project involved the flushing and chemical treatment of the chilled water network from the existing DN900 valve chamber to the ETS within SeaWorld plot. EEIC was a subcontractor for ALEC and was responsible for the successful completion of the project within the designated timeline and budget.
Scope of Work: The scope of work for EEIC involved the following:
Scope of Work: The scope of work for EEIC involved the following:
Key Challenges:
The project faced several key challenges, including:
The project faced several key challenges, including:
- Limited access: The project site was within SeaWorld Abu Dhabi, which made it challenging to access the chilled water network, especially during the construction phase.
- Strict timelines: The project had to be completed within a tight timeline to ensure that the chilled water network was operational before the opening of SeaWorld Abu Dhabi.
- Quality assurance: The project required the highest level of quality assurance measures to ensure that the chilled water network was clean and safe for use.
Conclusion:
EEIC successfully completed the project within the designated timeline and budget, ensuring that the chilled water network was clean and safe for use. The successful completion of the project was due to the company's expertise in handling similar projects, the careful planning and execution of the flushing and chemical treatment, and the meticulous testing of the system. The project demonstrated EEIC's ability to work efficiently and effectively as a subcontractor, providing specialized services for their client's specific requirements. The project also demonstrated the company's commitment to delivering high-quality services while complying with the strictest safety standards.
EEIC successfully completed the project within the designated timeline and budget, ensuring that the chilled water network was clean and safe for use. The successful completion of the project was due to the company's expertise in handling similar projects, the careful planning and execution of the flushing and chemical treatment, and the meticulous testing of the system. The project demonstrated EEIC's ability to work efficiently and effectively as a subcontractor, providing specialized services for their client's specific requirements. The project also demonstrated the company's commitment to delivering high-quality services while complying with the strictest safety standards.
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
Case Study 3
Descon - ADNOC Fertilizer
This case study is based on a project completed by Emirates E&I for their client DESCON, for which Emirates E&I was a subcontractor. The project involved the replacement of DVC Emerson valve positioners, replacement of Analog input barriers of MTL (MMS), removal of existing cable and laying, glanding, connection, and loop testing of single pair 1Px 1.5mm2 signal cable, installation, cable laying, connection, testing and commissioning of redundant I to H converters with all accessories of the system piping, tubing, instruments, etc. for PAC (SY202601A & B) and NG (SY201601) compressor and turbines, FLARE thermocouple cable replacement and manpower assistance to Modification of Control System works in DCS, ESD & CCC under the supervision of OEM.
Scope of Work: The scope of work for Emirates E&I involved the following:
Scope of Work: The scope of work for Emirates E&I involved the following:
Key Challenges:
The project faced several key challenges, including:
Conclusion:
Emirates E&I successfully completed the project within the designated timeline and budget, ensuring that the system was functioning correctly. The successful completion of the project was due to the company's expertise in handling similar projects, the careful planning and execution of the replacement of various components, and the meticulous testing of the system. The project demonstrated Emirates E&I's ability to work efficiently and effectively as a subcontractor, providing specialized services for their client's specific requirements. The project also demonstrated the company's commitment to delivering high-quality services while complying with the strictest safety standards.
The project faced several key challenges, including:
- Limited access: The project site was in a confined space, making it challenging to access the system.
- Complex system: The system was complex, which made it challenging to replace the various components.
- Safety measures: The project required the highest level of safety measures to ensure that the system was safe for use.
Conclusion:
Emirates E&I successfully completed the project within the designated timeline and budget, ensuring that the system was functioning correctly. The successful completion of the project was due to the company's expertise in handling similar projects, the careful planning and execution of the replacement of various components, and the meticulous testing of the system. The project demonstrated Emirates E&I's ability to work efficiently and effectively as a subcontractor, providing specialized services for their client's specific requirements. The project also demonstrated the company's commitment to delivering high-quality services while complying with the strictest safety standards.
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
Case Study 4
Design & Construction
This case study is based on a project completed by EEIC, we specialize in engineering, procurement, and construction projects for various industries.
Scope of Work: The scope of EPC works includes the following:
Scope of Work: The scope of EPC works includes the following:
Key Challenges:
The project faced several key challenges, including:
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning. The project demonstrated the company's expertise in handling multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project faced several key challenges, including:
- Coordination between different teams: The project involved several teams, including Electrical, HVAC, Fire Alarm System, ELV System which needed to work together efficiently to ensure the successful completion of the project.
- Compliance with safety standards: The project involved the installation of several safety-critical systems, including fire and gas systems, which needed to comply with the stringent safety standards.
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning. The project demonstrated the company's expertise in handling multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
Case Study 5
Extension Of Substation
Scope of Work: The scope of EPC works includes the following:
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
Key Challenges:
The project faced several key challenges, including:
The project faced several key challenges, including:
- Coordination between different teams: The project involved several teams, including Civil, Electrical, instrumentation, HVAC, which needed to work together efficiently to ensure the successful completion of the project.
- Limited space: The project site had limited space, which made it challenging to install new systems and modify existing ones without disrupting the plant's ongoing operations.
- COVID 19 Pandemic: Unexpected COVID 19 Pandemic lead the delay on Project completion and Client unable to forecast the delay duration, which made Contractor to maintain the work force in ideal.
- Existing system modifications: The modifications to the existing systems had to be done carefully to avoid any impact on the plant's ongoing operations.
- Compliance with safety standards: The project involved the installation of several safety-critical systems, including fire and gas systems, which needed to comply with the stringent safety standards.
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
Case Study 6
Replacement Of Old Transformers In Fertil
This case study is based on a project completed by EEIC for their client FERTIL, for which EEIC was an EPC Contractor. The project involved the replacement of existing Power & Distribution transformers with new Power transformer & Distribution transformers, Neutral Grounding Resistor, RTCC Panels and including all accessories.
Scope of Work: The scope of work for EEIC involved the following:
Scope of Work: The scope of work for EEIC involved the following:
Key Challenges:
The project faced several key challenges, including:
Conclusion:
EEIC successfully completed the project within the designated timeline and budget, ensuring that the system was functioning correctly. The successful completion of the project was due to the company's expertise in handling similar projects, the careful planning and execution of the replacement of various components, and the meticulous testing of the system. The project demonstrated EEIC's ability to work efficiently and effectively, providing specialized services for their client's specific requirements. The project also demonstrated the company's commitment to delivering high-quality services while complying with the strictest safety standards.
The project faced several key challenges, including:
- Foot print to be matched with existing foundation.
- Power isolation to be carried out during replacement of transformer without interrupt of existing power network since the transformer is feeding the power to entire utility plants.
- Permit to get approval from the Authority for transportation from Manufactures facilities to Company.
Conclusion:
EEIC successfully completed the project within the designated timeline and budget, ensuring that the system was functioning correctly. The successful completion of the project was due to the company's expertise in handling similar projects, the careful planning and execution of the replacement of various components, and the meticulous testing of the system. The project demonstrated EEIC's ability to work efficiently and effectively, providing specialized services for their client's specific requirements. The project also demonstrated the company's commitment to delivering high-quality services while complying with the strictest safety standards.
Conclusion:
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
The project was completed within the designated timeline and budget, and the client was highly satisfied with the end result. The successful completion of the project was due to the efficient coordination between the different teams involved, careful planning and execution of the modifications to the existing systems, and the meticulous testing and commissioning of the new and modified systems. The project demonstrated the company's expertise in handling complex projects involving multiple systems and their ability to deliver high-quality engineering, procurement, and construction services.
EPC – Oil & Gas Sector
Wellhead Platforms – Oil & Gas Sector
Maintenance – Oil & Gas Sector