meed-logo

line1 line2 line3
SIGN IN / REGISTER

Energy efficiency helps de-risk projects

23 October 2023

 

While digitalisation is being rapidly eclipsed by artificial intelligence in the technology domain, its importance in enabling the decarbonisation of hard-to-abate industries can only grow as governments across the region and globally aim to achieve net-zero carbon emissions by 2050 or 2060.

“Digitalisation significantly improves energy efficiency and allows industries to produce or access the greenest possible energy,” says Johan de Villiers, regional division president for India, Middle East and Africa at Switzerland-headquartered ABB.

The company’s energy management system, ABB Ability Optimax, is an example of a digital solution that helps to lower an industrial facility’s carbon emissions.

The software allows users to simulate the design and engineering phases of an industrial asset, such as a green hydrogen production plant, all the way to real-time visualisation and monitoring once the plant is in operation.

This system can yield significant energy and cost savings, says De Villiers.

The executive refers to a study by Green Hydrogen Catapult, which says that to scale up production capacity to the 50 times needed, the cost to produce green hydrogen needs to drop by 50 per cent, to less than $2 a kilogram by 2026.

A product such as Optimax can help ease challenges related to high green hydrogen production costs and energy-intensive processes, particularly in terms of electrolysis, which splits water molecules into hydrogen and oxygen.

The Optimax system, which ABB says requires an investment approximately equivalent to 1-3 per cent of an industrial plant’s technology investment, can result in up to a 20 per cent reduction in electricity-based costs.

“We see concrete monetary savings that can be had as industries implement their decarbonisation projects,” says De Villiers.

Plant automation

The executive notes that industries are having to increasingly automate the production and manufacturing process as part of an overall energy-efficiency drive.

“Automation itself is not the objective, rather it is about reaching the highest level of efficiency, which results in real return on investments,” he tells MEED.

As it is, the Middle East region offers significant opportunities for decarbonistaion tools and technologies that could increase the adoption of automated processes.

MEED understands a single offshore oil platform alone can produce up to 300,000 tonnes of carbon dioxide emissions a year. This is inclusive of the energy required to operate the platform and to transport staff to and from the site.

The planned large-scale carbon capture, utilisation and storage (CCUS) projects across the region could also benefit from the use of energy management systems.

Ultimately, the deployment of energy-efficient technologies can help to de-risk these projects and make them more scalable and bankable, says De Villiers.

There are many energy transition routes, whether in established industries such as mining or in nascent sectors like green hydrogen production, adds De Villiers. He notes that there is increasing interest from countries in the Middle East and North Africa region in developing a low-carbon energy export industry.

“ABB’s digital solutions can help industries and businesses drive their energy transition strategies while at the same time ensuring that a sustainable business is a profitable one,” De Villiers concludes.

https://image.digitalinsightresearch.in/uploads/NewsArticle/11236157/main0940.jpg
Jennifer Aguinaldo

Register for MEED's guest program now to access this article.

Click here to register
Exclusive from Meed
Related Articles
  • Consultants submit bids for Saudi Arabia’s GCC rail link

    20 July 2026

     

    Consultants submitted proposals on 14 July for a contract to provide design consultancy services for the Saudi Arabian section of the GCC railway network, which is intended to link all six member states.

    Saudi Arabia Railways (SAR) issued the tender on 7 May, MEED previously reported.

    The tender covers the concept, preliminary and issued for construction design stages. SAR requires the selected consultant to review, update and complete the existing preliminary design.

    The consultants who submitted bids include: 

    • Atkins with Khatib & Alami
    • DeutscheBahn with ARX
    • Egis with Sener
    • Idom with Dal al-Handasah
    • Systra

    Saudi Arabia’s section of the railway will start at Al-Khafji in the Eastern Province, near the border with Kuwait, and end at Al-Batha, on Saudi Arabia’s border with the UAE. The route length in Saudi Arabia will be about 672 kilometres (km).

    The railway will interface with the Kuwait National Rail Road (KNRR) project on the Kuwaiti side. Last year, MEED exclusively reported that the KNRR design contract was awarded to Turkiye’s Proyapi Muhendislik ve Musavirlik Anonim Sirketi.

    The KNRR forms part of the wider GCC rail network. GCC railway projects have gained renewed momentum since the six member states signed the Al-Ula Declaration in January 2021.

    In October last year, Qatar’s cabinet approved a draft agreement paving the way for a railway link between Qatar and Saudi Arabia as part of the GCC railway network.

    GCC railway line

    Under the overall plan, the railway will run from Kuwait, pass through Dammam in Saudi Arabia, reach Bahrain via a planned causeway, and continue from Dammam to Qatar, the UAE and, ultimately, Muscat via Sohar in Oman. The railway is reported to span about 2,186km in total.

    The route length within each member state is as follows: 684km in the UAE, 672km in Saudi Arabia, 306km in Oman, 283km in Qatar, 145km in Kuwait and 36km in Bahrain.

    The railway is designed for passenger trains travelling at 220km/h and freight trains operating at 80-120km/h.

    With high levels of project activity, governments in spending mode and renewed cooperation under the Al-Ula Declaration, the latest efforts to restart the GCC railway project may make more progress than previous attempts. If completed, the railway could prove transformational for a region that is globally connected but still divided by national borders.

    https://image.digitalinsightresearch.in/uploads/NewsArticle/17705320/main.gif
    Yasir Iqbal
  • Chinese firm wins Dubai drainage contract

    20 July 2026

    China State Construction Engineering Corporation (CSCEC) has announced it has won a contract to deliver a stormwater drainage pipeline package under Dubai Municipality’s Tasreef programme.

    The contract is for the TF-15-C2 stormwater drainage network project located along Umm Suqeim Road in the Al-Barsha and Al-Quoz areas of Dubai. 

    MEED exclusively revealed in May that the contractor had been selected for the engineering, procurement and construction (EPC) contract. The project is estimated to cost $162m.

    The scope of work includes the construction of about 20 kilometres of new stormwater pipelines, together with associated inspection and intake manholes. The project is located west of the Dubai Canal and will connect the Al-Quoz 3 and Al-Quoz 4 industrial areas with Al-Quoz 1.

    It is being delivered as part of Dubai’s Tasreef strategic plan, which supports the Dubai 2040 Urban Master Plan. Once completed, the new drainage infrastructure is expected to improve the emirate’s stormwater network, increase flood protection and enhance the resilience of Dubai’s infrastructure.

    In February, the municipality confirmed it had awarded contracts for five new projects under phase two of the programme to expand and strengthen Dubai’s stormwater drainage network.

    These include a separate contract awarded to CSCEC for the TF-11-C1 stormwater drainage project in the Dubailand area.

    Also in February, Dubai Municipality invited consultants to qualify for a contract to supervise construction on the TF-15-C2 stormwater drainage projects along with two other projects (TF-13-C1 and TF-16-C1) under the Tasreef programme.

    According to a source, a consultant has yet to be appointed.

    TF-16-C1 involves upgrading and rehabilitating the stormwater system east of the Dubai Canal, while TF-13-C1 involves building a water pipeline stormwater drainage system at Al-Marmoum, Al-Qudra and Al-Yalayis 2 & 3.

    Bids are currently under evaluation for the EPC contracts for both projects.

    https://image.digitalinsightresearch.in/uploads/NewsArticle/17705058/main.jpg
    Mark Dowdall
  • Dubai receives eight bids for Hassyan SWRO pipeline contract

    20 July 2026

    Register for MEED’s 14-day trial access 

    Eight contractors have made offers for a contract to supply, install, test and commission glass-reinforced epoxy (GRE) water transmission pipelines and associated works for the Hassyan seawater reverse osmosis (SWRO) phase two network in Dubai.

    The contract relates to project one of the Hassyan pipeline network expansion being undertaken by state utility Dubai Electricity & Water Authority (Dewa).

    Local firm Binladin Contracting Group submitted the lowest offer of AED335.92m ($91.5m), according to results published by the utility.

    The other bids were:

    • Green Oasis General Contracting (UAE) – AED345.00m ($93.9m)
    • Al-Nasr Contracting (UAE) – AED391.54m ($106.6m)
    • Wade Adams Contracting (UAE) – AED393.80m ($107.2m)
    • RMB Contracting (UAE) – AED437.96m ($119.3m) 
    • Tristar Engineering & Construction (UAE) – AED441.55m ($120.2m)
    • Shapoorji Pallonji Mideast (UAE/India) – AED451.47m ($122.9m)
    • Gulf Petrochemical Services Trading (UAE) – AED495.20m ($134.8m)

    RMB also submitted a conditional discounted offer of AED427.02m ($116.3m). Three companies submitted regret notices, while one offer was rejected after no valid commercial offer was received. 

    In January, Dewa announced that construction of the 180-million-imperial-gallon-a-day phase one of the Hassyan SWRO independent water project was 90% complete.

    Dewa has two other contracts out for tender for GRE water transmission pipeline work related to the Hassyan SWRO phase two network.

    Project two was tendered on 22 January and has a bid submission deadline of 21 July. Project three was tendered on 26 January and has a bid submission deadline of 29 July.

    https://image.digitalinsightresearch.in/uploads/NewsArticle/17704940/main.jpg
    Mark Dowdall
  • Abu Dhabi launches E20 highway expansion project

    20 July 2026

    Abu Dhabi’s Department of Municipalities and Transport (DMT) has announced the E20 highway expansion project.

    The scheme covers widening the main carriageway from three to five lanes, constructing more than 10 kilometres (km) of new ramps and loops, and building four bridges.

    Works also include 1.5km of internal roads and the addition of eight signalised junctions across Khalifa City and the Zayed International airport precinct.

    The project includes utility works, comprising 62km of stormwater drainage, 37km of irrigation networks and the installation of 485 streetlights.

    The E20 expansion is one of the major infrastructure schemes being overseen by DMT in Abu Dhabi.

    Separately, DMT is evaluating bids for a design-and-build contract to construct two bridges serving Hudayriyat Island in Abu Dhabi.

    The scope includes a two-lane bridge connecting 32nd Street to Shakhbout Bin Sultan Street, and a single-lane bridge on 8th Street. It also includes upgrades to signalised intersections.

    Shakhbout Bin Sultan Street is a two-way road with three lanes in each direction, providing access to and from Hudayriyat Island.

    https://image.digitalinsightresearch.in/uploads/NewsArticle/17704696/main.jpg
    Yasir Iqbal
  • Firms given more time for Mid Island Parkway prequalifications

    20 July 2026

     

    Abu Dhabi’s Modon Infrastructure has extended the deadline to 31 July for firms to submit expressions of interest and prequalification statements for the next phase of Abu Dhabi’s Mid Island Parkway Project (MIPP), which will be developed as a public-private partnership (PPP).

    The previous deadline was 15 July. MEED understands the prequalification notice was issued in June, following Modon Infrastructure’s invitation in May for firms to register their interest.

    Modon Infrastructure will act as the lead developer and will hold a majority equity stake in the project company. It will award contracts for engineering, procurement and construction; operations and maintenance; and project advisory services.

    Phase two of the MIPP involves the construction of about 11 kilometres (km) of highways, comprising a mix of three-, four- and five-lane sections. The highways will connect the Um-Yifeenah, Al-Jubail, Al-Sammaliyyah and Sas Al-Nakhl islands to Khalifa City and the E10 road.

    The scope also includes the construction of three interchanges – E20, E10 and Dumbbell – on Al-Sammaliyyah Island.

    The project includes several major structures, including the E20 interchange, which will feature cast-in-place box-girder and void-slab bridges, and the E10 interchange, which will feature cast-in-place box-girder bridges. It also includes I-girder bridges between Raha Beach West and Sas Al-Nakhl Island, as well as a causeway at Sas Al-Nakhl Island.

    Further elements include a cast-in-place balanced cantilever bridge between Sas Al-Nakhl Island and Al-Sammaliyyah Island; a tunnel between Al-Sammaliyyah Island and Bilrimaid Island; and a cut-and-cover (open) tunnel on Bilrimaid Island. Another tunnel will connect Bilrimaid Island to Um-Yifeenah Island.

    Abu Dhabi awarded three packages for phase one of the MIPP in 2024. The contract for Package 1A was awarded to a joint venture of Turkish contractor Dogus Construction and UAE firm Gulf Contractors. Package 1B was awarded to a joint venture of Yas Projects (Alpha Dhabi Holding) and China Railway International Group. Beijing-headquartered China Harbour Engineering Company and the UAE’s Agility Engineering & Contracting Company won the contract for Package 1C.

    Phase one starts at the existing Saadiyat Interchange, connecting the E12 to the MIPP, and ends at the recently constructed Um-Yifeenah Highway.

    It comprises a dual main road with a total length of 8km, including four traffic lanes in each direction, two interchanges, a tunnel and associated infrastructure works.

    https://image.digitalinsightresearch.in/uploads/NewsArticle/17704765/main.jpg
    Yasir Iqbal