Naphtha

SAO PAULO (ICIS)–Braskem is to divest its controlling stake at Upsyde, a recycling joint venture in the Netherlands, as the company aims to focus on its core chemicals and plastics production, the Brazilian polymers major said. The joint venture with Terra Circular was announced in 2022 and is still under construction. When operational, it will have production capacity of 23,000 tonnes/year of recycled materials from plastic waste. Braskem’s exit from Upsyde is likely related to the company's pressing need to reduce debt and increase cash flow rather than a rethinking of its green targets, according to a chemicals equity analyst at one of Brazil’s major banks, who preferred to remain anonymous. Braskem's spokespeople did not respond to ICIS requests for comment at the time of writing. The two companies never officially announced the plant’s start-up, and in its annual report for 2024 (published Q1 2025) Braskem still spoke about the project as being under construction. “Upsyde is focused on converting hard-to-recycle plastic waste through patented technology to make circular and resilient products 100% from highly recyclable plastic,” it said at the time. “Upsyde aims to enhance the circular economy and will have the capacity to recycle 23,000 tonnes/year of mixed plastic waste, putting into practice a creative and disruptive model of dealing with these types of waste.” BACK TO THE COREBraskem said it was divesting its stake at Upsyde to focus on production of chemicals and polymers – its portfolio’s bread and butter – and linked the decision to the years-long downturn in the petrochemicals sector, which hit the company hard. Financial details or timelines were not disclosed in the announcement, published on the site of its Mexican subsidiary, Braskem Idesa. “Considering a challenging environment for the petrochemical industry and a prolonged downcycle exacerbated by high energy costs and reduced economic activity in Europe, Braskem is redirecting all resources toward its core business: the production of chemicals and plastics,” Braskem said. “We remain committed to our sustainability agenda, as demonstrated by our recent investment in expanding biopolymer capacity in Brazil and the development of a new biopolymer plant project in Thailand.” The company went on to say it will also continue to maintain “several active partnerships” to advance research and potential upscaling capabilities for chemical recycling, projects for some of which Braskem has signed agreements to be off-takers for specialized companies. The European plastics trade group PlasticsEurope was until this week listing Upsyde as a project which would make a “tangible impact by upcycling mixed and hard-to-recycle” plastic waste in Europe. That entry, however, has now been taken down. Terra Circular and PlasticsEurope had not responded to a request for comment at the time of writing. Braskem’s management said earlier in 2025 the green agenda remains key for its portfolio, adding it would aim to leverage Brazil biofuels success story to increase production of green-based polymers, a sector the company has already had some success with production of an ethanol-based polyethylene (PE), commercialized under the branded name Green PE. The other leg to become greener, they added, was a long-term agreement with Brazil’s state-owned energy major for the supply of natural gas to its Duque de Caxias, Rio de Janeiro, facilities to shift from naphtha to ethane. Last week, Braskem said that deal could unlock R4.3 billion ($785 million)  in investments at the site. GREEN STILL HAS WAY TO GOThe chemicals analyst who spoke to ICIS this week said for the moment there would be no sign of Braskem aiming to trim its green agenda, which has ambitious targets for 2030 in terms of production of recycled materials. He added Braskem’s shift from naphtha-based production to a more competitive ethane-based production will require large investments in coming years, so a strategy to increase cash flow as well as reduce high levels of debt would be divesting non-core assets and the divestment in the Dutch joint venture would be part of that plan. “Braskem has high debt levels, and they are looking for ways to reduce leverage. What they may be thinking is that, despite this divestment in a purely green project, they can still give a green spin to their operations if we consider the green PE, for which they have been expanding production,” said the analyst. “I don't think they would be relinquishing or giving up any of their initiatives to go green, but I think it's probably part of some initiatives they must increase efficiency and reduce costs and capital needs. So, they probably just saw this business as a main candidate to be divested." ($1 = R5.50) Front page picture: Braskem's plant in Triunfo, Brazil producting green PE Source: Braskem Focus article by Jonathan Lopez 

17-Jun-2025

HOUSTON (ICIS)–The US delay of its proposed 50% tariffs on EU imports will still leave its polymers vulnerable to retaliatory tariffs. The new deadline is 9 July. For US exports, the EU has already drafted a list of targets for retaliatory tariffs, part of its second round of €95 billion in tariffs on US imports. A full list of all the proposed imports can be found here. This is on top of the first round of €21 billion in tariffs on US imports. A full list of all the proposed imports can be found here. In all, the EU could impose tariffs on nearly every major polymer from the US, including polyethylene (PE), polypropylene (PP), polystyrene (PS), polyvinyl chloride (PVC) and polyethylene terephthalate (PET). The EU is also considering tariffs on US imports of surfactants, fatty acids, fatty alcohols, and tall oil, a feedstock used to make renewable diesel, sustainable aviation fuel (SAF) and renewable naphtha. The following table lists some of the many plastics and chemicals proposed on the EU's second round of tariffs. CN CODE DESCRIPTION 28151200 sodium hydroxide "caustic soda" in aqueous solution "soda lye or liquid soda" 29053926 butane-1,4-diol or tetramethylene glycol [1,4-butanediol] having a bio-based carbon content of 100% by mass 29091910 tert-butyl ethyl ether (ethyl-tertio-butyl-ether, etbe) 29152100 acetic acid 29153200 vinyl acetate 29291000 isocyanates 32061100 pigments and preparations based on titanium dioxide of a kind used for colouring any material or produce colorant preparations, containing >= 80% by weight of titanium dioxide calculated on the dry matter (excl. preparations of heading 3207, 3208, 3209, 3210, 3212, 3213 and 3215) 32061900 pigments and preparations based on titanium dioxide of a kind used for colouring any material or produce colorant preparations, containing < 80% by weight of titanium dioxide calculated on the dry matter (excl. preparations of heading 3207, 3208, 3209, 3210, 3212, 3213 and 3215) 34023100 linear alkylbenzene sulphonic acids and their salts 34023990 anionic organic surface-active agents, whether or not put up for retail sale (excl. linear alkylbenzene sulphonic acids and their salts, and aqueous solution containing by weight 30-50% of disodium alkyl [oxydi(benzenesulphonate)]) 34024100 cationic organic surface-active agents, whether or not put up for retail sale 34024200 non-ionic organic surface-active agents, whether or not put up for retail sale (excl. soap) 34024900 organic surface-active agents, whether or not put up for retail sale (excl. soap, anionic, cationic and non-ionic) 34025010 surface-active preparations put up for retail sale (excl. organic surface-active preparations in the form of bars, cakes, moulded pieces or shapes, and organic surface-active products and preparations for washing the skin in the form of liquid or cream) 38030010 crude tall oil 38030090 tall oil, whether or not refined (excl. crude tall oil) 38170050 linear alkylbenzene 38170080 mixed alkylbenzenes and mixed alkylnaphthalenes, produced by the alkylation of benzene and naphthalene (excl. linear alkylbenzene and mixed isomers of cyclic hydrocarbons) 38231100 stearic acid, industrial 38231200 oleic acid, industrial 38231300 tall oil fatty acids, industrial 38231910 fatty acids, distilled 38231930 fatty acid distillate 38231990 fatty acids, industrial, monocarboxylic; acid oils from refining (excl. stearic acid, oleic acid and tall oil fatty acids, distilled fatty acids and fatty acid distillate) 38237000 fatty alcohols, industrial 38260010 fatty-acid mono-alkyl esters, containing by weight => 96,5 % of esters "famae" 38260090 biodiesel and mixtures thereof, not containing or containing < 70 % by weight of petroleum oils or oils obtained from bituminous minerals (excl. fatty-acid mono-alkyl esters containing by weight >= 96,5 % of esters "famae") 39013000 ethylene-vinyl acetate copolymers, in primary forms 39019080 polymers of ethylene, in primary forms (excl. polyethylene, ethylene-vinyl acetate copolymers, ethylene-alpha-olefins copolymers having a specific gravity of < 0,94, ionomer resin consisting of a salt of a terpolymer of ethylene with isobutyl acrylate and methacrylic acid and a-b-a block copolymer of ethylene of polystyrene, ethylene-butylene copolymer and polystyrene, containing by weight <= 35% of styrene, in blocks of irregular shape, lumps, powders, granules, flakes and similar bulk forms) 39021000 polypropylene, in primary forms 39023000 propylene copolymers, in primary forms 39029010 a-b-a block copolymer of propylene or of other olefins, of polystyrene, ethylene-butylene copolymer and polystyrene, containing by weight <= 35% of styrene, in blocks of irregular shape, lumps, powders, granules, flakes and similar bulk forms 39029020 polybut-1-ene, a copolymer of but-1-ene with ethylene containing by weight <= 10% of ethylene, or a blend of polybut-1-ene with polyethylene and/or polypropylene containing by weight <= 10% of polyethylene and/or <= 25% of polypropylene, in blocks of irregular shape, lumps, powders, granules, flakes and similar bulk forms 39031100 expansible polystyrene, in primary forms 39031900 polystyrene, in primary forms (excl. expansible) 39032000 styrene-acrylonitrile copolymers "san", in primary forms 39033000 acrylonitrile-butadiene-styrene copolymers "abs", in primary forms 39039090 polymers of styrene, in primary forms (excl. polystyrene, styrene-acrylonitrile copolymers "san", acrylonitrile-butadiene-styrene "abs", copolymer solely of styrene with allyl alcohol, of an acetyl value of >= 175 and brominated polystyrene, containing by weight >= 58% but <= 71% of bromine, in blocks of irregular shape, lumps, powders, granules, flakes and similar bulk forms) 39041000 poly"vinyl chloride", in primary forms, not mixed with any other substances 39042100 non-plasticised poly"vinyl chloride", in primary forms, mixed with other substances 39042200 plasticised poly"vinyl chloride", in primary forms, mixed with other substances 39051200 poly"vinyl acetate", in aqueous dispersion 39051900 poly"vinyl acetate", in primary forms (excl. in aqueous dispersion) 39052100 vinyl acetate copolymers, in aqueous dispersion 39052900 vinyl acetate copolymers, in primary forms (excl. in aqueous dispersion) 39053000 poly"vinyl alcohol", in primary forms, whether or not containing unhydrolyzed acetate groups 39061000 poly"methyl methacrylate", in primary forms 39071000 polyacetals, in primary forms 39072911 polyethylene glycols, in primary forms 39072920 polyether alcohols, in primary forms (excl. bis(polyoxyethylene) methylphosphonate and polyethylene glycols) 39072999 polyethers in primary forms (excl. polyether alcohols, polyacetals and copolymer of 1- chloro-2,3-epoxypropane with ethylene oxide) 39073000 epoxide resins, in primary forms 39074000 polycarbonates, in primary forms 39075000 alkyd resins, in primary forms 39076100 poly"ethylene terephthalate", in primary forms, having a viscosity number of >= 78 ml/g 39076900 poly"ethylene terephthalate", in primary forms, having a viscosity number of < 78 ml/g 39079110 unsaturated liquid polyesters, in primary forms (excl. polycarbonates, alkyd resins, poly"ethylene terephthalate" and poly"lactic acid") 39079190 unsaturated polyesters, in primary forms (excl. liquid, and polycarbonates, alkyd resins, poly"ethylene terephthalate" and poly"lactic acid") 39079980 polyesters, saturated, in primary forms (excl. polycarbonates, alkyd resins, poly"ethylene terephthalate", poly"lactic acid", poly"ethylene naphthalene-2,6-dicarboxylate" and thermoplastic liquid crystal aromatic polyester copolymers) 39089000 polyamides, in primary forms (excl. polyamides-6, -11, -12, -6,6, -6,9, -6,10 and -6,12) 39091000 urea resins and thiourea resins, in primary forms 39092000 melamine resins, in primary forms 39093100 poly"methylene phenyl isocyanate" "crude mdi, polymeric mdi", in primary forms 39094000 phenolic resins, in primary forms 39095010 polyurethane of 2,2'-"tert-butylimino"diethanol and 4,4'-methylenedicyclohexyl diisocyanate, in the form of a solution in n,n-dimethylacetamide, containing by weight >= 50% of polymer 39095090 polyurethanes in primary forms (excl. polyurethane of 2,2'-"tert-butylimino"diethanol and 4,4'-methylenedicyclohexyl diisocyanate, in the form of a solution in n,ndimethylacetamide) Source: EU CN CODE DESCRIPTION 39011010 linear polyethylene with a specific gravity of < 0,94, in primary forms 39011090 polyethylene with a specific gravity of < 0,94, in primary forms (excl. linear polyethylene) 39012010 polyethylene in blocks of irregular shape, lumps, powders, granules, flakes and similar bulk forms, of a specific gravity of >= 0,958 at 23°c, containing <= 50 mg/kg of aluminium, <= 2 mg/kg of calcium, of chromium, of iron, of nickel and of titanium each and <= 8 mg/kg of vanadium, for the manufacture of chlorosulphonated polyethylene 39012090 polyethylene with a specific gravity of >= 0,94, in primary forms (excl. polyethylene in blocks of irregular shape, lumps, powders, granules, flakes and similar bulk forms, of a specific gravity of >= 0,958 at 23°c, containing <= 50 mg/kg of aluminium, <= 2 mg/kg of calcium, of chromium, of iron, of nickel and of titanium each and <= 8 mg/kg of vanadium, for the manufacture of chlorosulphonated polyethylene) 39014000 ethylene-alpha-olefin copolymers, having a specific gravity of < 0,94 , in primary forms 39081000 polyamides-6, -11, -12, -6,6, -6,9, -6,10 or -6,12, in primary forms Source: EU

27-May-2025

SINGAPORE (ICIS)–Thailand's PTT Global Chemical (GC) is deepening its commitments to feedstock flexibility, high-value specialty and bio-based & green chemicals, as CEO Narongsak Jivakanun urges regional coordination within ASEAN to tackle global supply chain disruptions and overcapacity. Supply chain reorganization a major concern Proposes regional coordination, not just joint ventures GC targets net-zero emissions by 2050 Highlighting the unprecedented challenges facing the chemical industry currently, Jivakanun said, “We've all seen the same situations. It’s simply a period of high uncertainty, making it challenging to manage the business daily.” The CEO was speaking with ICIS on the sidelines of the two-day Asia Petrochemical Industry Conference (APIC) in Bangkok, Thailand, which ended on 16 May. Jivakanun added that “the recent tariffs will blur the picture”. He noted that supply chain issues are a dominant concern, with companies reorganizing their business operations to circumvent potential tariffs and trade barriers. “I think everyone's trying to figure out how best to reorganize their supply chain,” Jivakanun noted. He observed “a big uptick in terms of volumes” before 2 April, followed by a slowdown in some value chains and a trade flow change. CALL FOR ASEAN COLLABORATION AMID OVERSUPPLY Addressing the pervasive industry concern of oversupply, Jivakanun called for regional coordination among ASEAN member countries. “What I envision and propose to all the players is coordination,” Jivakanun said, distinguishing this approach from conventional joint ventures. “We may look at Southeast Asia as a region. If we were to build an ecosystem or supply chain for the future specialty market, we should know where we're heading in terms of market end-use and then work backward,” Jivakanun explained. He believes “now is the time for us to think about that.” He acknowledged data suggesting 2028 would be a turning point for chemicals oversupply conditions, expressing hope for “more careful, more disciplined” capacity building. In response to questions about the current downturn in demand, Jivakanun said “Everyone is trying to keep their assets going as much as they can, aligning with marginal cost.” He added that such conditions are “not sustainable,” anticipating further industry consolidation and rationalization. FOCUS ON THREE STRATEGIC AREAS GC has diversified considerably from being a purely commodity-based business primarily focused in Thailand, and is now focusing on three strategic areas: feedstock flexibility, diversification into bio-based products, and specialty chemicals. GC commands robust feedstock flexibility, allowing it to utilize a wide range of raw materials from ethane to propane and liquid naphtha, he said. “GC derives ethane from the gas fields in Thailand, and we'll continue to maximize that. Now, GC sees an opportunity to bring ethane from the US,” Jivakanun said. This strategic import project will see “400,000 tonnes of ethane from the US to Thailand,” enhancing cost savings from alternative feedstocks. The company expects to begin receiving imported ethane in 2029. This move comes as more companies, from Europe to India and China, are growing comfortable with long-distance ethane shipments, driven by the competitiveness of US shale gas. ADVANCING BIO/GREEN CIRCULARITY AND NET-ZERO ASPIRATIONSBio-based initiatives are among the key focuses for GC. The company began with oleochemicals through its joint venture Emery Oleochemicals, and developed PLA biopolymer via NatureWorks. A significant milestone is the upcoming PLA biopolymer production plant in Thailand, which will utilize sugarcane as a raw material. “The plant is due to be completed by the end of the year and start commercial operation next year,” Jivakanun said. While acknowledging increasing supply in the market, he emphasized that demand growth will stem from “new application” development, citing examples in 3D printing, tea bags, and coffee capsules, particularly driven by Asian markets. More recently, GC has expanded into the biorefinery business, launching an initiative this year using co-processing technology. The co-processing technology allows GC to integrate “non-fossil fuel-based feedstocks into our petroleum-based refinery with very minimal modification,” Jivakanun explained, enabling the production of bio-based products. GC is also Thailand’s first commercialized producer of sustainable aviation fuel (SAF), employing the mass balance approach and is certified by the ISCC CORSIA standard. These efforts align with GC’s commitment to becoming a net-zero company by 2050 through a three-pronged approach: optimizing production to reduce carbon footprint, diversifying to low-carbon and high-value businesses, and implementing CCUs. The company is collaborating with PTT Group on a major CCU infrastructure project in Thailand, and is openly inviting international cooperation in this area. “These strategies define how we aim to grow our business while simultaneously decarbonizing our footprint,” Jivakanun added As for the third pillar, Jivakanun said that one of the company’s growth platform is centered on building regional hubs. “We believe these hubs are vital solutions for the future,” Jivakanun said. GC’s wholly owned subsidiary allnex is now replicating its hub model in India after successfully establishing one in China, with its Phase 1 capacity expansion expected to finish by year-end. The company’s final investment decision for a new allnex southeast Asia hub in Thailand is expected by early next year, leveraging its fully integrated infrastructure in Map Ta Phut, Rayong. Interview article by Nurluqman Suratman Thumbnail image: A PTTGC production facility. (Source: GC company factsheet)

26-May-2025

SINGAPORE (ICIS)–Malaysia-based LOTTE Chemical Titan (LCT) has signed a three-year naphtha sales contract with Saudi Aramco, according to the company in a bourse statement. The naphtha, estimated at between 300,000-400,000 tonnes/year, will be supplied by Aramco’s unit in Singapore, said LCT on Friday. “Aramco is a major feedstock supplier of naphtha … and has been our long-term supplier,” the company said. The contract will run from July 2025 to June 2028, while the pricing will be based on the market price. LCT operates 12 plants across two sites in Malaysia and holds a 40% share in LOTTE Chemical USA Corp. It has three polyethylene plants in Indonesia through PT LOTTE Chemical Titan Nusantara. LCT is a subsidiary of South Korean major LOTTE Chemical Corp under the LOTTE Group.

23-May-2025

SINGAPORE (ICIS)– ChemOne Group is planning to incorporate bionaphtha as a feedstock for its upcoming $5.3 billion Pengerang Energy Complex (PEC) in Johor, Malaysia, a senior company executive said. The PEC is expected to process 150,000 barrels/day of condensate plus a side feed of naphtha, that will in turn produce 2.5 million tonnes/year of aromatics, 3.8 million tonnes/year of energy products output, and hydrogen output of 26,000 tonnes/year, according to Mobin Rahman, ChemOne Group’s Vice President for Technology. Construction of the PEC project is expected to start by mid-2025 after its operator secured an agreement for $3.5 billion of financing, with the start-up of the complex expected in Q4 2028. The hydrogen produced will be used to support the production of hydrogenated vegetable oil (HVO), which in turn can be processed into sustainable bionaphtha, according to Rahman. “The incorporation of bionaphtha as a feedstock in PEC will then advance ChemOne's work in creating a sustainable, circular petrochemical chain,” he said. Bionaphtha, a byproduct of HVO and sustainable aviation fuel (SAF) production, is increasingly used in Asia's petrochemical industry for sustainable plastics, packaging, and fuel blending. “The petrochemical industry globally is heavily reliant on fossil-based naphtha as a feedstock in steam crackers to produce olefins. Bionaphtha thus presents itself as a renewable alternative to fossil-based naphtha,” Rahman said. “This signals the potential for greater integration of bionaphtha into the petrochemical industry as its technology matures and supply increases,” Rahman noted. However, its relatively higher cost as compared to conventional fossil-based naphtha makes its adoption limited. Moreover, converting bionaphtha to paraxylene (PX) through catalytic reforming is challenging primarily due to the feedstock's composition and the inherent limitations of the process. Bionaphtha, derived from bio-crude oils, often contains a high proportion of normal paraffins and other non-aromatic components, which are difficult for catalytic reforming to convert into aromatics. BIONAPHTHA USE IN ASIA INCREASING   Major petrochemical companies in Asia are incorporating bionaphtha in their steam crackers as a drop-in feedstock in place of fossil-based naphtha, or in a mix with fossil-based material to produce partially renewable chemicals. “As a region that consumes the most plastics globally, the demand for plastics remains constantly high,” Rahman said. “When coupled with the increasing eco-conscious preferences among consumers, we see a resulting heightened demand for bioplastics. This has, as such, been a significant driver in the region's demand for bionaphtha as a feedstock for its production.” In line with the global green transition, multiple countries in Asia have also enacted fuel blending mandates. Singapore, for example, has set a 1% SAF blending mandate from 2026 onwards. Given the current mandate by countries to ensure that SAF is blended with jet fuel, the production of SAF, and consequently the use and production of bionaphtha, is set to rise, Rahman said. The International Air Transport Association (IATA) estimates that SAF could contribute to a 65% reduction in emissions, much needed by the aviation industry to achieve net zero emissions by 2050. Just like fossil-based naphtha, bionaphtha can also be used as a gasoline blending component – offering a more sustainable fuel blend to help countries and companies achieve their decarbonization goals, according to Rahman. While carbon capture & storage (CCS) and green hydrogen also offer valuable decarbonization strategies, bionaphtha provides a relatively easier and expected to be more readily available pathway. “Looking ahead, the global momentum towards sustainability will likely continue to see an increasing demand for bionaphtha in petrochemical production processes.” BIOPLASTICS USE GROWING One of the most promising downstream applications for bionaphtha lies in bioplastics, Rahman noted, including polyethylene furanoate (PEF), bio-polyethylene (bio-PE) and bio-propylene (bio-PP). PEF is a fully bio-based alternative to PET, while bio-PE and bio-PP are drop-in biopolymers with varying levels of bio-content, with bio-PP currently achieving up to 40% through the bio-mass balance process. In South Korea and Japan, leading beauty brands are already incorporating bio-naphtha into packaging and product development, setting a precedent for other industries to follow, Rahman noted. Companies like Japanese producer Nippon Shokubai and Indonesia’s Chandra Asri are exploring the use of bionaphtha in super absorbent polymer production (SAP), utilizing mass balance processes and independent certification bodies to ensure transparency and sustainability. South Korea’s LG Chem has also been manufacturing eco-friendly plastic products using bio-naphtha since 2020. LG Chem since 2021 has been shipping its bio-balanced SAP products – also certified with ISCC Plus – to overseas markets. ISCC PLUS is an international certification system that verifies the sustainability of bio-based and bio-circular raw materials throughout the supply chain. Separately, Mitsubishi Chemical has partnered with Japanese beverage company Suntory and apparel manufacturer Goldwin to use sustainable plastics for their end-products. The conglomerate also locked in partnerships with providers of the key bioplastics ingredient bionaphtha. It announced a strategic partnership with Finnish company Neste for the bioplastics supply chain. SUSTAINABILITY MANDATES TO PLAY KEY ROLE  Regulatory frameworks and sustainability mandates play a significant role in accelerating the adoption of bionaphtha, Rahman said. “Policies surrounding the reduction of plastic waste – like Japan's Plastic Resource Circulation Act for example – can incentivise manufacturers to adopt more sustainable production materials, while also encouraging retailers and consumers to opt for biobased plastics as an alternative to single-use plastics.” “In addition to that six other Asian governments – Philippines, China, South Korea, India, Bangladesh, and Malaysia – are regulating plastic waste, thereby building a potential market for biobased alternatives.” Other regulatory frameworks surrounding the general reduction of carbon emissions also help drive the adoption of bionaphtha in the petrochemical sector, as companies seek to harness potential financial incentives and avoid regulatory penalties, Rahman noted. “Take for example carbon taxes implemented in countries like Singapore, with carbon tax rates that will increase at least thrice within the decade to reach $80 per tonne of GHG [greenhouse gas] by 2030,” he noted. “Companies looking to comply with such regulatory requirements, or to be eligible for carbon credits and offsets, may turn towards bionaphtha to help reduce lifecycle greenhouse gas emissions along the supply chain.” South Korea's emission trading scheme also specifically rewards companies that integrate renewable feedstocks into their petrochemical production, providing a financial incentive for the adoption of bionaphtha in the industry, Rahman added. BIONAPHTHA MARKET SET FOR RAPID GROWTH  The market size for bionaphtha continues to expand at a compounded annual growth rate (CAGR) of 19% and is projected to reach more than 3 million tonnes by 2032, according to Rahman. The expansion is due to increased environmental awareness, policies that encourage the use of sustainable energy, and improvements in production technology, he said. “Currently, about 15% of sustainable aviation fuel (SAF) production results in bio-naphtha as a byproduct. If demand continues to rise, this ratio can be increased to 40%, but the industry must also grapple with the limited availability of bio-based raw materials such as waste cooking oil.” “To ensure long-term viability, diversification of feedstock sources and the development of alternative production methods are imperative.” COST COMPETITIVENESS REMAINS AN ISSUEThe key challenge for bionaphtha revolves around cost competitiveness, and this is especially pertinent for Asian petrochemical producers who operate on thinner margins compared to their Middle East and US counterparts who benefit from cheaper feedstocks, according to Rahman. “Investing in low-carbon technologies is difficult for Asian producers if it further erodes their profit margins,” he said. “Besides, in terms of feedstock, while bio-based alternatives such as bionaphtha are available, many petrochemical complexes still rely on fossil-based naphtha.” “This is due to the comparatively higher prices of its alternatives, limited supplies depending on international supply chains, as well as potentially incompatible infrastructure where retrofitting is too costly.” Steam cracking operates at temperatures above 800°C and consumes large amounts of energy. This is mostly powered by fossil fuels, as its alternative – the electrification of steam crackers, requires high-capacity renewable energy that is not cost-competitive in Asia at the moment. “Even if high-capacity renewable energy becomes more accessible, the electrification of steam crackers requires a complete redesign or a retrofit that would incur very high costs. As such, decarbonizing these steam crackers poses significant technical and economic hurdles for businesses,” Rahman said. TECHNOLOGY TO THE RESCUETechnological advancements – like the introduction of new hydrotreating catalysts, help to improve conversion efficiency and reduce coke formation, according to Rahman. Other innovations like mild hydrocracking configurations that allow for targeted production of bionaphtha fractions can also enhance the overall efficiency of bionaphtha production, he said. More importantly, however, advancements that allow for better hydrogen recovery are particularly crucial in enhancing both the scalability and efficiency of bionaphtha production. “Especially in complexes like ChemOne Group's PEC, where hydrogen is produced as a by-product and used in the downstream production of hydrogenated vegetable oils, embedding strong hydrogen recovery systems can help improve yield efficiency and reduce costs. This in turn better primes its production for scalability,” he said. “In addition, at ChemOne Group's Pengerang Energy Complex, engineering-driven improvements in its LD-PAREX technology have yielded an almost 10% increase in conversion percentage from its Condensate Feedstocks to its higher value aromatics products,” Rahman said. “This also enhances the efficiency of downstream SAF/bionaphtha production and thereby improves production economics, both of which enhance the supply and cost appeal to facilitate further scaling of bionaphtha production.” Interview article by Nurluqman Suratman

22-May-2025

BANGKOK (ICIS)–The US tariff policies and other economic headwinds present significant challenges for chemical exporters in the Gulf Cooperation Council (GCC) region. Nevertheless, opportunities and avenues for cooperation exist, especially with Asia, according to the secretary general of the Gulf Petrochemicals and Chemicals Association (GPCA). "Navigating the complexities of global trade is a top priority," Abdulwahab Al Sadoun told ICIS on the sidelines of the Asia Petrochemical Industry Conference (APIC) 2025. The GCC region comprises six Middle Eastern countries: Bahrain, Kuwait, Oman, Qatar, Saudi Arabia and the United Arab Emirates (UAE). The GPCA plays a pivotal role in facilitating partnerships between companies in both the GCC region and China, a strategy that has gained momentum in recent years, Al Sadoun said. "We estimate that GCC chemical producers hold equity in joint ventures processing approximately 2.7 million barrels/day of crude and operating over 23 million tonnes per year of downstream petrochemical capacity across China, South Korea, Malaysia and Singapore," said Al Sadoun. While US tariff policies present significant challenges for GCC chemical exporters, Al Sadoun sees opportunities amid the turbulence. “Even a baseline 10% tariff will raise the price of GCC chemical products in the US market,” Al Sadoun said, citing a paper published by GPCA that highlighted the potential effects of US President Donald Trump’s tariffs. Some products that would be particularly affected are high-volume, price-sensitive exports such as urea, paraxylene (PX) and polyethylene terephthalate (PET). However, Asia’s dominance as a trading partner offers a silver lining. “Asia accounted for over half of our total exports in 2023," Al Sadoun said, with China, India and Turkey among key markets. "If China reduces imports from the US, the GCC can step in to fill that gap, provided we act swiftly to capture market share and diversify our trade partners,” said Al Sadoun. Asia also accounts for well over half of global plastics consumption, with more than 50% of all GCC chemical exports already flowing to Asia, Al Sadoun added. “Recent joint ventures, such as Aramco’s partnerships at Panjin and Gulei in China, both designed around crude‑to‑chemicals schemes that convert more than 50% of each barrel directly into petrochemical feedstock, demonstrate how upstream strength can be paired with local finishing capacity,” Al Sadoun said. GCC CHEM PRODUCERS HAVE COMPETITIVE EDGEAmid falling oil prices in 2025, Al Sadoun believes chemical producers in the Gulf still hold an advantage over competitors reliant on naphtha. “While crude oil prices may be falling, the Arabian Gulf’s gas-based model still gives chemical producers a clear cost edge over their naphtha-reliant competitors.” At the same time, he emphasized the importance of continuing to optimize energy use and focus on higher-value projects. Companies are channeling investments into specialty elastomers, crude-to-chemicals complexes and downstream sectors such as mobility, packaging and electric vehicle (EV) materials, Al Sadoun said. “With plant utilization in the Arabian Gulf running in the 90% range – far above most global peers – the region is well placed to ride out softer oil, provided it keeps lowering variable costs and broadening its product slate. “GPCA’s role is to benchmark those cost and efficiency gains across its membership and ensure best practice spreads quickly from one site to the entire Gulf cluster.” SUPPLY CHAIN RESILIENCE A KEY FOCUSSupply chain resilience has emerged as a critical focus for Arabian Gulf chemical producers. “Recent shocks, such as geopolitical flare-ups, pandemic-era port closures, even weather-driven canal disruptions, have confirmed that leading companies cannot simply react; they must anticipate, adapt and seize the openings that turbulence creates,” Al Sadoun said. Al Sadoun pointed out four lessons: the first, route flexibility; the second, the need for end-to-end visibility; third, the need for regional buffer stocks such as joint warehouses in key import markets; and lastly, digital risk forecasting. The use of tools such as artificial intelligence (AI), blockchain and the Internet of Things (IoT) are moving supply chain management from reactive to predictive, while diversified sourcing and strategic inventories reduce single region dependency, Al Sadoun said. FOCUS ON RENEWABLES Even as the GCC region continues to leverage its cost advantage through gas, its member countries are also committed to energy transition. “GCC nations aim to source 25-50% of their energy mix from renewables by 2030,” Al Sadoun said, adding that the region is also investing heavily in carbon capture, utilization and storage (CCUS), currently capturing 4.4 million tonnes of CO2 annually – 10% of the global CCUS capacity. Hydrogen production is another priority, with Oman, the UAE and Saudi Arabia setting ambitious targets. Oman has committed to producing 1 million tonnes of hydrogen by 2030, the UAE to 1.4 million tonnes of hydrogen by 2031 and Saudi Arabia aims for 4 million tonnes of hydrogen by 2030. "These initiatives are part of our strategy to reduce environmental impact while maintaining our competitive edge," Al Sadoun emphasized. APIC 2025 runs in Bangkok, Thailand, from 15-16 May. Interview article by Jonathan Yee (recasts paragraphs 1 and 7 for clarity)

16-May-2025

BANGKOK (ICIS)–Tough times lie ahead for the Asia’s petrochemical industry amid continued oversupply and a global economic downturn because of US tariffs, but a pivot to sustainable products can help. US-China trade war threatens industries Oversupply, weak demand signal prolonged downturn; plant closures loom Energy transition offers feedstock opportunities Global megatrends, including geopolitics, energy transition, and sustainability are fundamentally reshaping petrochemical demand patterns and the entire industry. The US-China trade war de-escalated this week as both sides agreed to bring down tariffs on each other significantly by 14 May. An all-out trade war between the US and China, the world’s two-biggest economies, could trigger a global recession. There is also a possibility that amid high trade tensions with the US, China could flood the global market with excess products, which may prompt building of trade barriers by other countries After striking an initial agreement to bring down tariffs from more than 100%, the US and China are expected to continue with trade negotiations. In the meantime, uncertainty is dominating markets, leading to soft demand. DIFFICULTIES The petrochemical industry is facing significant challenges, including oversupply, cost volatility, and regulatory shifts, ICIS Chemical Analytics vice president Alexander Lidback said. Amid persistently low demand, firms are shutting plants around the world, notably in Europe, and without significant shutdowns, polyolefin oversupply could persist into the mid-2030s, forcing companies into survival mode. The industry will need to "go through worse to get better", with 2027/2028 being a potential turning point for survival, Lidback said. China's increased capacity, which was "underestimated", is also a contributing factor to oversupply, and global polyolefins capacity significantly exceeds demand currently, ICIS senior consultant John Richardson said. Adaptation through plastics circularity and innovation could be a way for companies to survive, although this also presents its own difficulties, said Bala Ramani, director of sustainability consulting and Asia strategy advisor at ICIS. All three will be speaking at the Asia Petrochemical Industry Conference (APIC) in Bangkok, Thailand on 15-16 May, discussing market challenges and opportunities in the sector. The theme for APIC 2025 is "Ensuring a Transformed World Prosperity”, with a particular focus on “Action for Planet with Innovation and Collaboration”. CIRCULARITY There is a need amid the current demand downturn to adapt to the changing landscape -one of which is by exploring plastics circularity and alternative feedstocks. Sustainable polyolefins present as “interesting opportunity”, especially for integrated polyolefins producers to leverage existing assets for driving incremental value, Ramani said. “By embracing a multi-faceted production model, the polyolefins industry can reduce its environmental footprint, meet evolving regulatory demands, and unlock new value streams in a resource-constrained world,” said Ramani. The path towards circularity sustainability for polyolefins involves several approaches: mechanical recycling, circular polyolefins derived from pyrolysis oil, and bio-circular polyolefins derived from bio-naphtha or other hydrogenated bio-derived oil. Pyrolysis is expected to become a complementary solution alongside mechanical recycling in tackling plastic pollution. In turn, polyolefins producers can maximize the value of pyrolysis oil integration by strategically aligning feedstock procurement, technology, and processing configurations, Ramani said. Europe leads with robust regulations and collaboration, eyeing over 13 million tonnes of sustainable polyolefins by 2040. Asia, however, lags, stymied by fragmented policies despite interest for sustainable polyolefins from markets such as India, Japan and South Korea. “In Asia, early adoption by a few markets and global brands, combined with evolving yet fragmented policies, is building momentum and opportunities, with future growth hinging on regulatory alignment and infrastructure development,” Ramani said. Regulatory fragmentation among Asian countries compared with EU regulatory mandates makes sustainable polyolefins market tricky to scale. South Korea and Japan are paving the way for sustainable polyolefins demand, although Asian investments are likely to target developed markets such as the EU, before pivoting to local and regional markets in the long term. Were EU recycled content targets to be adopted in Asia, the region could unlock over 18 million tonnes of sustainable polyolefins demand by 2040. But while alternative feedstocks and sustainable polyolefins offer opportunities for producers, their widespread adoption faces other hurdles including regulatory uncertainty, high costs, technology scalability and insufficient waste infrastructure. “Amid ongoing industry challenges, sustainable polyolefins are set to drive resilience through resource efficiency, regulatory compliance, and new value creation enabled by circular production models,” Ramani said. Insight article by Jonathan Yee Click here to view the ICIS Recycled Plastics Focus topic page.  Visit the ICIS Topic Page: US tariffs, policy – impact on chemicals and energy. Thumbnail image: Panorama from Golden Mount, skyline of Bangkok, Thailand, (By Walter G Allgöwer/imageBROKER/Shutterstock)

14-May-2025

SAO PAULO (ICIS)–Braskem swung to a net profit in the first quarter, year on year, but sales and earnings fell slightly as the global petrochemicals downturn continues, management at the Brazilian polymers major said on Monday. Speaking to reporters from Sao Paulo, the company’s CEO and CFO described the operating environment as persistently challenging on the back of excess capacity and emerging international trade conflicts. The company’s net profit stood in Q1 at $113 million, up from a net loss of $273 million in the same quarter of 2024, while recurring earnings before interest, taxes, depreciation and amortization (EBITDA) stood 2% lower, however, at $224 million. Braskem produces mostly polyethylene (PE), polypropylene (PP) and polyvinyl chloride (PVC), some of the most widely used polymers and which remain under intense pressure due to global overcapacities. Braskem (in $ million) Q1 2025 Q1 2024 Change Q4 2024 Q1 2025 vs Q4 2024 Sales 3,331 3,618 -8% 3,285 1% Net profit/loss 113 -273 N/A -967 N/A Recurring EBITDA 224 230 -2% 102 121% Brazilian operations achieved 74% utilization rates, up 4% from the previous quarter, while US and European facilities operated at 80% capacity, a 13% improvement, and Mexican operations reached 79% utilization (up 2%). The improved performance was primarily driven by better spreads and increased sales volumes, particularly in Brazil, Europe and the US. CHINA PP COMPETITION: ADDs?Much of the earnings call with reporters on Monday focused on the global trade tensions and competition from Chinese producers, particularly in the Brazilian market. "The question of tariffs generated much instability and many doubts in this first quarter," said CEO Roberto Ramos, who noted how negotiations over the weekend between China and the US in Switzerland could potentially alter the tariffs war. "This discussion between the two countries should move toward some kind of normality. Therefore, I think when all is said and done, after all this commotion, very little will remain,” he said. He highlighted a few aspects which have affected petrochemicals in the trade war so far, such as China's decision not to impose retaliatory tariffs on US natural gas-based ethane imports, which he said stand at approximately 18 million tonnes annually. That was a positive, he said, because ethane from the US to China would continue uninterrupted, preventing a scenario where excess ethane in the US would have driven down prices and potentially created advantages for ethane-based producers. Braskem operates most of its plants in Brazil on crude-derived naphtha. However, Chinese authorities did maintain tariffs on propane imports from the US, which affects Chinese PP producers and that did affect Braskem, said the CEO. “China has a surplus in PP, so it is a net exporter, and the main destination of this excess PP production has been precisely Brazil, which has greatly affected us here in the Brazilian market,” said Ramos. "They wanted to become self-sufficient regarding both resins [PP and PE], had a project to become self-sufficient in PP by 2030, but achieved this much earlier, by 2024. Therefore, as there isn't enough consumption for the resin, they're forced to sell, and they sell here at a price we can't compete with." In response to this competitive pressure, Ramos confirmed Braskem is actively pursuing trade remedies in talks with the authorities, which could, among others, include instruments like antidumping duties (ADDs) against China but also against the US, also a big producer with excess product in some materials. "Yes, we are studying trade protection measures in relation to China, as, moreover, we are also doing in relation to US PE producers, who also place resin here at a lower price than they sell in their respective countries," he said. Management said they continue to pursue the "switch to gas" strategy, which involves systematically reducing dependence on naphtha as feedstock, particularly in Brazilian operations, in favor of more competitive ethane-based production. Despite recent decreases in oil prices and consequently naphtha prices, executives said the price differential between naphtha and ethane remains substantial at approximately $350-370/tonne, sometimes even higher. RECOVERY STILL WAITINGAlthough some of Braskem’s margin spreads posted improvements during Q1, the CEO was not too optimistic about a strong recovery anytime soon. “I do not imagine that spreads will recover further in the short term, because there is still an excess supply of ethylene but also of propylene, and therefore the plants are operating at lower capacity. Apart from the US producers who are processing at over 90% of their capacity utilization, we here have around 70%, and the Europeans have even less than that,” said the CEO. “As long as this excess installed capacity still exists, as long as the pace of construction of new plants in the US and China continues, there is no reason to imagine that spreads will react, because the supply and demand situation continues to be an excess of supply in relation to demand. “If you have an excess installed capacity of 30 million tonnes of ethylene, for example, therefore of PE, and if the market increases its consumption volume by 5 million tonnes per year, you will need at least six years to be able to clear this excess supply. Therefore, there is no structural reason to think about an increase in spreads."

12-May-2025

SINGAPORE (ICIS)–Click here to see the latest blog post on Asian Chemical Connections by John Richardson. China is in the process of drafting its 15th Five-Year Plan (2026–2030) in a geopolitical and economic environment that suggests the need for greater self-reliance. It might be fair to assume this will include a continued push toward petrochemical self-sufficiency. But China is to cap refinery capacity from 2027 onwards due to the rise of electric vehicles. This reduced need for gasoline could mean not enough new naphtha, LPG or other refinery feedstocks to support further petrochemical plant construction. China might instead import more feedstocks from the Middle East or continue to repurpose existing refineries to make more petrochemical feedstock. This is already the direction of travel through Saudi Aramco investments in China. Add rumours of coal-to-chemicals rationalisation and closures of older plants, and the picture gets even murkier. Conflicting reports say either China is slowing petrochemical construction following the trade war —or pressing ahead and raising operating rates to the mid-80% range (up from high-70s post-Evergrande Turning Point). Demand is another major variable. Growth was already slowing before the trade war and could now turn negative in 2025. A document from China Customs (25 April) pointed to possible waivers for US polyethylene and ethane imports—but not for ethylene glycol or propane. Nearly 60% of China’s propane imports came from the US in 2024. With a 125% tariff still in place, China would be unable to replace those volumes quickly, putting PDH propylene production under pressure. This matters: 32% of China’s propylene capacity is now PDH-based, and 70% of propylene is used to make PP. ICIS expects PDH operating rates to fall to below 59% in 2025 (from 70% in 2024). Could this mean a propylene shortage? Not necessarily. Output from crackers, refineries and coal could increase—especially if, as one Middle East source suggests, China pursues greater PP self-sufficiency. Taking into account all these variables, and the extent to which China can export PP based on the level of trade tensions, consider these scenarios for China’s PP net imports in 2025–2028: The ICIS Base Case: They average 3m tonnes/year. Alternative 1: 600,000 tonnes/year with some years of net exports Alternative 2: 1.4m tonnes/year, with again some years of net exports My gut feel is that China will do its best to boost petrochemicals self-sufficiency. But you cannot take my always fallible words as the final words. You must extend and deepen your scenario planning in this ever-murkier environment. Editor’s note: This blog post is an opinion piece. The views expressed are those of the author, and do not necessarily represent those of ICIS.

06-May-2025

SINGAPORE (ICIS)–Here are the top stories from ICIS News Asia and the Middle East for the week ended 2 May. India RIL oil-to-chemicals fiscal Q4 earnings fall on poorer margins By Nurluqman Suratman 28-Apr-25 11:57 SINGAPORE (ICIS)–India's Reliance Industries Limited (RIL) late on 25 April reported a 10% year-on-year drop in its oil-to-chemicals (O2C) earnings before interest, tax, depreciation and amortization (EBITDA) on poorer transportation fuel cracks and subdued downstream chemical deltas. Asia naphtha market strengthens but uncertainties linger By Li Peng Seng 28-Apr-25 15:01 SINGAPORE (ICIS)–Asia’s naphtha intermonth spread hit a three-week high recently as market sentiment recovered following stronger demand from China, but the market ahead could be choppy on the back of volatile crude oil and trade war uncertainties. PODCAST: MMA market turmoil in China and Asia amid rising supply, weak demand By Yi Liang 28-Apr-25 15:19 SINGAPORE (ICIS)–In this podcast, ICIS analysts Jasmine Khoo and Mason Liang will talk about the current situation and outlook for the methyl methacrylate (MMA) market. INSIGHT: China new energy vehicle industry to continue driving polymer industry development By Chris Qi 28-Apr-25 18:31 SINGAPORE (ICIS)–China's automotive industry has maintained rapid growth over the last few years, with the expansion of the country's new energy vehicle (NEV) sector particularly notable, now accounting for 70% of global production. China’s Sinopec enters $4bn JV with Saudi Aramco unit for Fujian project By Jonathan Yee 29-Apr-25 12:19 SINGAPORE (ICIS)–China’s state-owned Sinopec has entered a joint venture (JV) with an Asian unit of Saudi Aramco to manage the second phase of a refining and petrochemical complex at Gulei in Fujian province, it said on 28 April. Asia glycerine may see restocking after Labour Day holiday By Helen Yan 29-Apr-25 14:34 SINGAPORE (ICIS)–Asia’s glycerine market may see a pick-up in restocking activities after the May Day or Labour Day holiday as Chinese buyers hold back their purchases, given the sluggish downstream epichlorohydrin (ECH) market and uncertainties over the US-China trade war. China Apr manufacturing activity shrinks on US tariffs pressure By Jonathan Yee 30-Apr-25 12:09 SINGAPORE (ICIS)–China’s manufacturing activity shrank in April as export orders weakened amid the intensifying trade war with the US, official data showed on Wednesday. INSIGHT: Rising costs to curtail China PDH runs, mixed impact on C3 derivatives By Seymour Chenxia 30-Apr-25 13:00 SINGAPORE (ICIS)–Chinese PDH producers are likely to lower operating rates as US-China trade tensions drive up propane import costs, which is expected to tighten propylene supply. However, the impact on downstream markets will be mixed due to varying feedstock sources. Asia VAM market to slow as China solar drive eases By Hwee Hwee Tan 02-May-25 11:35 SINGAPORE (ICIS)–Asia’s vinyl acetate monomer (VAM) supply is lengthening as spot demand tied to a major downstream sector is softening into May.

05-May-2025