Technip Energies to support Dow's net-zero ethylene cracker in Canada with technology and services

Technip Energies has been selected to provide Proprietary Technology, Engineering, and Procurement services for Dow’s net-zero Scope 1 and 2 emissions integrated ethylene cracker in Fort Saskatchewan, Alberta, Canada, said Hydrocarbonprocessing.

Technip Energies provided an Extended Basic Engineering Package for this new ethylene plant, including the cracking furnaces and the downstream separation section. This is the first ethylene plant worldwide to be designed to achieve net-zero CO2 emissions.

The cracker will utilize clean hydrogen, produced from the cracker off-gas, as fuel gas in the cracking furnaces, which will eliminate direct Scope 1 CO2 emissions. The cracker is designed to produce approximately 1,300 kta ethylene with five Technip Energies’ proprietary SMKTM furnaces in phase 1 of the project, to be expanded to 1,800 kta ethylene in a second phase by adding two additional SMKTM furnaces.

Bhaskar Patel, Senior Vice President, Sustainable Fuels, Chemicals & Circularity of Technip Energies, stated: “We are very pleased that Dow selected our technology for their net-zero ethylene cracker in Fort Saskatchewan. By using our proven ethylene technology, combined with clean hydrogen-fueled cracking furnaces design, we demonstrate our ability to decarbonize the ethylene market using innovative technologies and designs.”

Ron Huijsmans, Dow Global MEGA Project Director, and overall responsible for the implementation of the Canadian investment, stated: “Dow is very excited to continue its partnership with Technip Energies, building on decades of joint success. The continuously further optimized SMKTM technology has served.

We remind, Technip Energies announces the creation of Reju, a new company focused on PET recycling of textiles that will leverage the innovative technology co-developed in joint-venture with IBM and Under Armour as well as Technip Energies’ global engineering and technology integration expertise.

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Sika has significantly expanded its research and development capacities in the Asia/Pacific region and opened a new, state-of-the-art Technology Center in Suzhou, China, said the company.

The primary focus of this center is the development of sustainable and high-performance technologies with which Sika makes a significant contribution to the transformation of the construction and automotive industries. The new center of excellence will play a key role in tapping market potential throughout the Asia/Pacific region. The investment volume is in the double-digit millions (CHF).

After the center in Zurich, the new Technology Center Suzhou, near Shanghai, is Sika’s secondlargest technology center, offering roughly 9,000 square meters of usable space. Approximately 150 experts at the center will be actively engaged in developing Sika’s technologies of tomorrow. By strategically expanding its research and development activities across all core technologies, Sika aims to further strengthen its innovation leadership and market presence in the Asia/Pacific region.

We remind, Sika is expanding production capacity for its ViscoCrete-brand superplasticizing concrete admixtures at its Sealy site, in Texas, US, the Swiss construction and specialty chemicals company said. With the expansion, Sika will be able to meet rising demand in the US and Canada amid reshoring efforts and the trend towards sustainable construction, it said.

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Denka SCGC Advanced Materials has awarded Toyo Engineering an engineering and procurement contract for its planned 11,000 tonne/year acetylene black facility at Map Ta Phut in Thailand’s Rayong province, said the company.

Construction is expected to be completed in H1 2026, Toyo said in a statement on Monday. The value of the contract was not disclosed.

Denka SCGC Advanced Materials is a joint venture between Japan’s Denka and Thailand’s SCG Chemicals.

Acetylene black is a type of carbon black that is mainly used for applications such as electric vehicle (EV) lithium-ion batteries and high-voltage transmission cables for offshore wind power generation.

We remind, Denka has resumed production of chloroprene rubber at its Omi Plant at Itoigawa in Japan’s Niigata prefecture. Production was suspended following an accident on 14 June that involved a pipe bursting, killing one worker. A final report on the accident is expected to be ready in January 2024, Denka said. Capacity details were not disclosed.

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Petronas Chemical Group has confirmed on the appointment of a new Managing Director effective January 1 2024, the group will be replacing its current MD Mohd Yusri with Mazuin Ismail, said the company.

Mazuin who is not on the PCG management team, joined Petronas in 1991 and has more than 30 years of experience covering project execution and engineering, internal audit, governance, and business development. He also held various leadership roles within the Group in petroleum management, strategic planning and change management and some key positions include Senior Vice President (SVP) of Corporate Strategy, SVP, Project Delivery and Technology and Vice President of Technical Global. As the SVP of Corporate Strategy, he charted the national oil and gas company’s strategy and portfolio to achieve financial performance, earning stability to futureproof, and sustainability.

He also managed Groupwide merger, acquisition, and divestment activities, key highlights include the acquisition of renewable energy opportunities globally, specialty chemicals including Perstorp Holdings AB and the Da Vinci Group (BRB). As part of PETRONAS pursuit in the energy transition space at pace, he steered the Clean Energy Solutions unit (was formed in 2021) which has evolved into Gentari, PETRONAS dedicated clean energy arm. Concurrently, Mazuin is also actively involved in the advocacy of the National Energy Transition Roadmap (NETR), successfully launched in August 2023 by the Prime Minister of Malaysia.

Mazuin spearheaded the establishment of PETRONAS Corporate Venture Capital in 2018, in fortifying the Groups capacity to identify early-stage startups across Americas, Europe and APAC, to strategically navigate the dynamic landscape of emerging startups, investing in visionary entrepreneurs with breakthrough technologies and innovative business models that supports PETRONAS business growth and sustainability agenda. He also serves as a Director for various subsidiaries within PETRONAS Group.

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The only domestic maker of halobutyl rubbers (HBR), SIBUR's Nizhnekamskneftekhim completed the upgrade of its HBR capacities, ramping them up by one third, from 150 to 200 kt., said the company.

Today, SIBUR accounts for 25% of butyl rubber and halobutyl rubber output globally, with Nizhnekamskneftekhim boasting the world's largest halobutyl rubber production capacity.

The RUB 8 bn upgrade project saw six new HBR production units installed and 16 revamped. The project was completed on schedule as part of the Company's agreement with the Russian Ministry of Energy to build and modernise petrochemical facilities. The plant licensor is Yarsintez Research Institute, and the general designer is Kazan National Research Technological University, one of SIBUR's anchor universities.

Rustam Minnikhanov, the Rais (Head) of Tatarstan: “Today, we have reached a significant milestone. Some 50 years ago, this facility with a design capacity of 35 ktpa produced its first batch of butyl rubber. We are now launching new halobutyl rubber capacities as part of a comprehensive upgrade to increase and automate production and meet all the latest environmental standards. The project is worth over RUB 8 bn, an impressive number. Given all the sanctions-related challenges, this is a solid performance. We are keeping a watchful eye on the petrochemical industry, as its growth is key to our economy.”

The upgraded production will fully meet domestic needs for halobutyl rubbers and step up Russia's non-commodity exports of high-margin products to the markets of friendly countries: China, Thailand, Vietnam, and India.

Halobutyl rubbers are primarily used to produce tyres with improved gas barrier and deformation resistance, along with tensile strength. An HBR component also increases tyre life by 15–20%, reduces total waste throughout the lifespan by up to 10%, and cuts fuel consumption and vehicle exhaust emissions, which makes tyres more efficient and eco-friendly. Halobutyl rubbers are also applied in the healthcare industry.

We remind, SIBUR, a Russian petrochemical company, will issue carbon credits following the registration of a solar power projects at one of its facilities. The project will be registered with the Global Carbon Council (GCC), an international carbon offsetting programme. During COP28, the Qatar-registered GCC announced the launch of its own carbon credit registry, which, among other things, will enable Russian businesses to register projects and issue carbon credits, something they are currently prevented from doing by IHS Markit, an international carbon credit market operator.

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