NextChem awarded a Front-End Engineering Design contract for an advanced mechanical recycling plant of municipal waste in Europe

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Maire Tecnimont S.p.A. announces that its subsidiary NextChem has been awarded a Front-End Engineering Design (FEED) contract by a market leader in plastics and chemicals for an advanced mechanical recycling plant of municipal plastic waste in Europe. 

The aim of the project is to establish an advanced mechanical recycling plant for polyolefins, which shall manufacture products containing up to 100% post-consumer recycled materials (PCR). The waste processing capacity of the plant will be up to 75,000 tons per year. NextChem will be responsible for the Front-End Engineering Design, also assisting the client in the development of the execution phase. Completion of the FEED is expected by mid-2023. Once completed, the plant will be one of the largest advanced mechanical recycling facilities worldwide.

Alessandro Bernini, Chief Executive Officer of Maire Tecnimont Group and NextChem, commented “Enabling leading producers to include in their product portfolio partially or completely recycled polymers is one of the most effective ways to give plastics a sustainable life cycle, reducing both consumption of fossil sources and the carbon footprint. This new recycling plant will also integrate NextChem’s know-how and technology solutions, in order to convert waste sources into new second-life products. We are proud to enable this solution thanks to our technological know-how”. 

Source: Maire Tecnimont S.p.A.

Wood has been awarded a new multi-million-dollar FEED contract by PRL Refinery for its Expansion and Upgrade Project

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Wood has secured a new multi-million-dollar front-end engineering design (FEED) contract by Pakistan Refinery Limited (PRL) for its planned Refinery Expansion and Upgrade Project (REUP) in Karachi.

PRL’s refinery, situated on the coastal belt of Karachi, is designed to process various imported and local crude oil. It is one of the principal manufacturers and suppliers of petroleum products to domestic markets.

As part of the REUP project, PRL aims to increase its crude processing capacity to 100,000 bpd by adding an additional 50,000 bpd crude unit and associated processing facility to its existing refinery. The project seeks to upgrade the hydroskimming refinery to a deep conversion facility which will significantly reduce the production of high sulphur fuel oil (HSFO) and produce environmentally friendly Euro-V compliant premium products such as High-Speed Diesel (HSD) and Motor Spirit (MS/Petrol). The upgraded complex will also produce propylene, a valuable feedstock for petrochemicals.

Having completed the early study and Pre-FEED work in 2021, this new award extends Wood’s involvement in PRL’s REUP project. ”We are delighted to have secured this new contract with PRL which demonstrates the strength of our decades long relationship with the client and their confidence in our extensive refining expertise” said Giuseppe Zuccaro, President of Process & Chemicals at Wood. “The REUP project plays an important role in Pakistan’s energy landscape and is a significant addition to Wood’s Process & Chemicals portfolio. We are committed to delivering a world-class FEED, and ready to support PRL in the subsequent phases of this strategic investment.”

The strategic project, with a total installed cost of over $1 billion dollars, serves a critical role in meeting the increasing energy needs of Pakistan’s domestic market. The FEED component of the project, which is expected to be completed in August 2023, is being led by Wood’s Reading office in the UK with specialist support from its Salt Lake City office in the US.

Source: Wood Plc

Nextchem (Maire Tecnimont Group) and Acciaierie D’Italia agree on a feasibility study to decarbonize Taranto steel plant

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Maire Tecnimont S.p.A.’s subsidiary NextChem and Acciaierie d’Italia, Italy’s largest steel company, jointly owned by Arcelor Mittal and Invitalia, have reached an agreement for a feasibility study to use circular gas (syngas) in the Taranto steel mill. This circular gas is obtained thanks to NextChem’s Waste-to-Chemical technology, which is based on the recovery of carbon and hydrogen included in plastic and dry waste through a partial oxidation process.  

NextChem’s technology makes it possible to obtain a circular gas that can be used both in refining processes and in the steel production cycle – replacing coal dust in the blast furnace or natural gas in direct reduction – resulting in a decrease of CO2 emissions. The feasibility study will focus on the environmental benefits of using circular gas in the steel mill, as well as of maximizing the steel mill tail gas. 

Both solutions could contribute to significantly reducing the environmental impact of the steel production cycle.

Pierroberto Folgiero, CEO of Maire Tecnimont Group and NextChem, commented: “We are proud to collaborate with Acciaierie d’Italia in the development of a project that can offer a concrete solution for the decarbonization of the steel processing cycle and production. NextChem’s Waste-to-Chemical technology, which is worksite-ready, can make a strong contribution to the green reconversion of traditional industrial sites”.

Lucia Morselli, Chief Executive of Acciaierie d’Italia, said: “Contributing to the energy transition is exactly the responsibility of every company. NextChem’s circular gas technology is of great interest to Acciaierie d’Italia because, once verified, it goes in the direction of decarbonizing our plants”.

Source: Maire Tecnimont

Sapura Energy Bags FEED for Santos’ Dorado Offshore Platform

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Santos announced award of the FEED contract for the design, construction and installation of the Wellhead Platform (WHP) for the Dorado project, in the Bedout Sub-basin, offshore Western Australia, to Sapura Energy.

The WHP will be an unmanned installation, located in 90 metres water over the Dorado oil and gas field, hosting the development wells and gas reinjection wells with minimal processing facilities, remotely operated from a Floating Production, Storage and Offloading (FPSO) facility approximately two kilometres away.

Dorado is an integrated oil and gas project which is planned to be developed in two phases. The initial development involves the production of oil and condensate through a WHP and FPSO. Gas will be reinjected in the initial phase to enhance oil and condensate recovery, followed by a planned future phase of gas production to backfill Santos’ domestic gas infrastructure in WA.

Dorado is a very low CO2 reservoir with approximately 1.5 per cent CO2 and reinjection of gas in the initial phase, making it one of the lowest emission intensity oil projects in the region.

Santos Managing Director and Chief Executive Officer Kevin Gallagher said: “This contract for the wellhead platform is the project’s last significant commitment as we progress towards a project final investment decision around the middle of next year.

“The WHP is a critical component of the development requiring a company with Sapura’s deep construction and installation experience. The design allows for the integrated development of both the gas and liquids resource and retains sufficient flexibility to support future exploration success, with the Pavo and Apus prospects to be drilled early next year.

“Whilst operating unmanned, the WHP will have several innovative features including sophisticated reservoir performance monitoring functionality to facilitate optimal reservoir recovery.”

The project has a Federal Government approved Australian Industry Participation Plan ensuring full, fair and reasonable opportunities for Australian industry to compete for work. This is accessible via the Industry Capability Network website.

Santos has an 80 per cent interest in the Dorado project and is operator. The remaining interest is held by Carnarvon Petroleum.

Source: Santos

petrofac australia

Petrofac to support Australia’s largest commercial-scale green hydrogen project

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Petrofac’s Engineering and Production Services (EPS) business has been awarded its first ever green hydrogen Front End Engineering Design (FEED) contract for the landmark Arrowsmith Hydrogen Project, which will become Australia’s largest commercial-scale green hydrogen complex.

The contract represents a significant strategic step in Petrofac’s continued expansion into new and renewable energy and quickly follows its recently announced award and partnerships to support Carbon Capture Storage and hydrogen projects in the UK and abroad. Last month the company pledged its commitment to reach Net Zero emissions by 2030, with its EPS business expected to achieve Net Zero by 2025.

Awarded by Infinite Blue Energy Group (IBE), Petrofac’s scope of work includes reviewing the conceptual work carried out on the project to date and the execution of the FEED study. The scope will be undertaken by Petrofac’s teams in Perth, Western Australia and Woking, England.

As part of the main study, Petrofac will build a robust Engineering, Procurement and Construction (EPC) design, cost and schedule estimation to support final investment decision.

Located in Western Australia, the Arrowsmith Hydrogen Project is expected to commence production by the end of 2022 and will generate 25 tonnes of green hydrogen per day from the zero carbon energy sources of water, solar and wind. The project is expected to drive significant growth in regional jobs, energy security and a considerable reduction in Western Australia’s carbon emissions. Petrofac is working diligently to anticipate an early production target for IBE.

Commenting, Petrofac Engineering & Production Services’ Chief Operating Officer, and global Corporate Development Officer*, John Pearson, said: “Infinite Blue Energy has committed to become a true Carbon Zero commercial green hydrogen producer, the first of its kind in Australia.

Source: Petrofac

Oil worker drilling for oil on rig

SNC-Lavalin Won Oil and Gas Contract in the United Arab Emirates

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This contract is aligned with SNC-Lavalin’s new strategy moving forward to greater growth and engineering services.

Under the nine-month agreement, SNC-Lavalin will provide services for the second phase of the Haliba field, located in Al Dhafra Petroleum’s concession area.

The project’s aim is to develop surface facilities in an optimized manner to handle long-term production as well as future production prospects near Haliba.

The contract scope of work includes verification of the conceptual studies and design, carrying out FEED to develop surface facilities required for processing production from the main plant and its north and south extension areas, execution planning, and designing facilities to handle production from other close-by prospects.

Source: https://www.snclavalin.com/en/projects#asia-pacific/all/all/all