• 2024年8月14日
  • Market: Chemicals, Polymers

近年来,再生塑料市场正由传统的低价替代向环保减碳等方面推动的高品质回收与再利用转变。阿格斯就大家比较关心的几个问题在由拾柴环境主办的第二届硬塑回收峰会前对国龙环保董事长郭家万和拾柴的创始人王韧进行了访谈:

  • 中国再生塑料出口前景
  • 再生塑料的食品接触应用
  • 欧盟一次性塑料指令中的“镜像条款”等

您认为出口市场对您的产品有多少需求(以及针对哪些产品 - rPET、rHDPE、 rPP? 包装等级? ) ...主要出口市场是什么?

国龙郭家万:再生塑料市场应用主要是国际品牌客户的需求,大品牌企业对环保再生产品的使用,是主动履行社会责任,通过企业的行动推动废旧塑料的回收利用。在中国市场上 国际品牌企业在这两年来一直在测试,小批量试用再生塑料,在东南亚港澳市场上开始投送再生塑料包装产品,也有很多国际品牌企业生产基地在中国,他们的出口产品基本开始使用再生塑料,在日化领域是以rHDPE、rPP为主,在食品包装上是以rPET为主而且都是需要达到食品级要求,并需要取得FDA、EFSA认证!


大多数参与者都在关注回收的食品接触材料,但中国目前不允许在食品接触应用中使用回收材料。在这种情况下,中国回收商应如何发展业务?热解是否是中国回收商的合适途径?

拾柴环境王韧:目前,中国PET回收企业的高价值产品应用主要方向是纺织纤维,工业丝和其他非食品级应用,食品级rPET产品也可以满足一些个人护理产品的特殊需求,其他食品级rPET供应还包括出口中国香港和海外市场。
热裂解在中国还在探索阶段,今年国内宣布了几个商业化项目的建设,但其运行仍有待时日,仍需市场验证。今年8月27-28日我们在上海会有一个国际硬质聚烯烃回收峰会,其中就有化学回收和热解的相关议题,大家有兴趣的可以关注参与。


欧盟正在考虑在《一次性塑料指令》中加入“镜像条款”。这意味着,欧盟外的回收商向欧盟出口材料并希望这些材料计入欧盟再生含量目标时,将被要求达到与欧洲回收商相同的原料、工艺和环境标准。你预计这一政策会如何发展?你认为这会对你的业务产生什么影响?


国龙郭家万:对于国龙再生塑料来说是没有难度的,因为国龙再生的工艺技术,生产设备,环境标准都是与欧洲相同的,也是使用消费后PCR原料,这几年来,我们经过了二十多家国际品牌公司对产品的检测,验厂,生产环境等各项要求测试,安全达到他们的要求,镜像条款对于国龙再生来说是可以做到的。但对于中国很多再生企业恐怕一定的限制。如果欧盟推动这个政策,也许会通过验厂验证“一企一策”的认证许可。

作为国内回收行业的领先企业,国龙未来的发展目标是什么,近期是否有计划投资化学法回收领域?

国龙郭家万:国龙再生经过十年的发展,现在已经建立了相当大的产能,为一系列不同的用途生产回收材料(见表)。我们成功实施了涵盖食品级和工业级产品的全产业链商业模式。

 Recycling type  Capacity (t/yr)
 Food-grade rPET    60,000
 Food-grade rHDPE   20,000
 Food-grade rPP    20,000
 Pipe grade recyclates   80,000
 Industrial grade  rHDPE    20,000


您是否预计在不久的将来中国食品包装市场将开始发展再生材料市场(即法规变化)?您预计中国还会出现哪些法规变化来支持回收行业?

拾柴环境王韧:中国正在研究包装应用再生材料的安全性,这不仅仅包括再生塑料,还包括再生金属,比如易拉罐是否可以使用再生铝。本地市场也在等待相关的文件出台。
目前,国家已经出台以旧换新政策,反向发票开票政策等等,都对回收行业扩大起到促进作用,相信在垃圾分类领域,可能将是后期政府政策出台的方向。当然,建立完整的回收体系需要更多实施战略,以及更多时间来摸索发展路径和进行建设。

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Global bioplastics production set to rise: Correction

Global bioplastics production set to rise: Correction

Corrects name of EUBP secretary general in final paragraph. This story was originally published on 2 December London, 3 December (Argus) — Global bio-based plastic production capacity is set to double to 4.7mn t by 2030, according to the latest report from the industry association European Bioplastics (EUBP). The organisation published a report with the Nova Institute, which estimated that current production capacity is roughly 2.31mn t and represents 0.5pc of the total plastic production capacity worldwide. The bioplastics industry in 2025 operated at an overall production utilisation rate of 72pc up from 63pc reported in 2024, meaning that roughly 1.67mn t of bioplastics were produced in 2025. The association noted that depending on the bio-polymer and production region in question utilisation rates varied massively. In 2025, polylactic acid (PLA) production capacity represented 26.4pc of the total production followed by bio-polyamide production (bio-PA). Bio-polyethylene (bio-PE) production capacity stood at 12.7pc, while bio-polypropylene production capacity stood at 1pc of total global bioplastic production capacity. The report expects bio-PE production capacity to rise to 13.5pc of the total production capacity or roughly 633,000 t/yr with similar figures expected for bio-PP at 13.6pc. In Europe, the report expected stated that current bio-based production capacity in 2025 was 330,000 t/yr with 28.1pc of this coming from bio-PA, 30.3pc coming from PBAT, 5.2pc coming from bio-PE and 6.7pc coming from bio-PE. At the EUBP, conference taking place in Berlin on 2-3 December, the report's authors mentioned that they have not included mass-balanced capacities in their figures, preferring to mention only biomass feedstock-only pathways. Currently, EUBP does not recognise the mass-balanced approach as set out in a position paper but it remains under discussion, with differing opinions about the adoption of the definition counting towards bio-based material heard today at the conference. The figures also do not include bio-degradable materials that are produced from fossil fuels. By 2030, total production capacity of biobased plastics in Europe is set to rise to 800,000 t/yr. This is largely being driven by increases in bio-PE and bio-PP production. Bio-PE capacity is set to rise to 138,400 t/yr in five years time from 22,110 t/yr, while bio-PP production capacity will rise to 238,400 t/yr by 2030, up from 17,316 t/yr in 2025. This is largely set to be driven in Europe by methanol-to-polymers (MTP). The bio-plastics and chemicals industry in Europe last week reacted to the European Bioeconomy strategy . The latest version of the strategy released indicated that the European Commission would look to introduce bio-plastics as being able to count towards some content requirements. At the Berlin conference today, EUBP Secretary General, Lorenza Romanese, described the strategy as the "the best news" for the industry in Europe in recent years. By George Barsted Global bioplastics production capacity forecast Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.

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EU readies new bioenergy strategy


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EU readies new bioenergy strategy

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Q&A: European Bioplastics wants more EU policy support


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Q&A: European Bioplastics wants more EU policy support

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Bio-based targets on plastics in cars is still in trilogues [a trilogue is a negotiation between the European parliament, the council and the European commission] so we would have to wait to see what comes out in the final directive. What are the hurdles that bioplastics producers are facing, both in Europe and globally? I think the European bio-plastics industry faces similar hurdles to other European industries — trade hurdles, investment hurdles, competition with other regions in the world. We developed a lot of the bioplastics technology in Europe but the industrialisation can often take place outside of Europe because of lower energy costs and investment opportunities. I think also policy support can help to boost the sector both in Europe and globally. We have had members of the association want to invest in Europe but in the end they have ended up going to other regions because the market is just bigger. I don't think the support mandated from the EU and the clarity for producers in Europe is not quite there yet, especially when it comes to encouragement in developing the market. What parts of the bioplastics space in Europe are currently faring well commercially, are there any products or projects that are doing particularly well? Or are there any end-use sectors that are seeing uptake? Currently, the most success we are seeing is in the packaging sector, mainly related to food packaging at the moment. Around 50pc of the bioplastics demand comes from packaging. Things like fruit and vegetable bags and compostable bin liners are doing well in terms of end-use. Polylactic Acid (PLA) is seeing some growth potential in some market segments as well with uptake. Some drop in polymers are also seeing movement for more durable goods, cosmetic packaging, automotive components as well especially if they allow for rapid substitution of fossil based carbon. 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Q&A: Marine decarbonisation to continue despite delay


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Q&A: Marine decarbonisation to continue despite delay

Sao Paulo, 24 November (Argus) — The maritime sector is staying on course towards decarbonisation, with marine biofuels and LNG gaining traction in the short term, despite the IMO postponing its net-zero framework vote until October 2026, DNV global decarbonisation director Jason Stefanatos said. No single fuel is likely to be adopted at scale in the medium to long term, and alternative marine fuels will coexist as part of the path to net zero, he said. Edited highlights follow. IMO delegates have postponed a vote on the net-zero framework until next year. What's your view on the delay, and how might it impact the adoption of alternative bunker fuels? The postponement of the IMO net-zero framework highlights the need for greater clarity on its practical implementation. But while the delay creates some uncertainty, the industry's decarbonisation targets remain unchanged. DNV's October 2025 AFI data confirms that the industry's commitment to alternative fuels remains strong Which fuels are the leading trend in maritime decarbonisation in the short and long term? In the short term, both LNG and biofuels are leading trends in maritime decarbonisation because of LNG bunkering infrastructure and because biofuels are drop-in. Over the longer term, the transition will diversify, adding more fuels in the mix, with methanol, ammonia, hydrogen and e-fuels expected to play roles as technology, supply and regulatory frameworks mature. There is no trend in the long term. The most suitable fuel and technology will be determined by each operator's specific fleet characteristics, operational requirements, overall commercial objectives, as well as global and regional geopolitical decisions and developments. With the energy transition underway in the maritime sector, is ethanol an option for mid- and long-term decarbonisation? Ethanol is technically feasible as a marine fuel, and has gained more popularity in the past months due to technical developments by engine makers and developments on the supply side. Although the vast majority today does not come from sustainable biomass, it is a promising new fuel that could play a role in the future. Its similarities with methanol enable methanol-fuelled vessels to easily switch to ethanol if needed, providing further fuel flexibility, which is important during high uncertainty times. E-fuels have been identified as a potential net-zero fuel. How do you see their development as a marine fuel, considering they are not currently available at commercial scale? E-fuels are presented as a long-term solution for maritime decarbonisation, but their commercial availability and cost competitiveness remain challenges for widespread adoption. Demand is expected to grow as regulatory requirements tighten, but supply will depend on large-scale investments in renewable energy and production capacity. Ammonia is a possible alternative fuel for the future, but barriers to its adoption remain, DNV said in a recent publication. Why does it make sense to invest in ammonia as a bunker fuel when other fuels are more established and safer? Ammonia has benefits and barriers on its adoption. On the benefits side, ammonia is a fuel without carbon content, can act as a hydrogen carrier, and has some basic infrastructure and technology in place, as there are already vessels operating with ammonia. On the other hand, safety and technical issues will require a lot of industry effort to be overcome. The FuelEU Maritime regulation introduced a 2pc reduction target for GHG emissions from vessels in 2025. Individual EU countries are implementing their own RED III regulations this year. Are these emission policies driving demand for alternative fuels, or should the EU consider tightening its restrictions? And what do these regulations mean for the wider global market? These regulations are drivers for alternative fuel demand in shipping and have contributed to accelerating investment in low-GHG fuels and technologies. However, the global impact will depend on how IMO regulations will be agreed and defined by the delegates. Some uncertainty remains as further regional regulations could lead to uneven competition and increased complexity for international operators. By Natália Coelho and Gabriel Tassi Lara Send comments and request more information at feedback@argusmedia.com Copyright © 2025. Argus Media group . All rights reserved.