Dutch commitment to the EU strategy towards an integrated materials and energy chain

The Dutch government has sharpened its ambitions for the European bioeconomy. In a recent BNC factsheet, the government responds to the European Commission's new plans. The core message: The Netherlands is committed to a circular chain in which bio-based raw materials are optimally utilized, with strong synergy between high-quality materials and sustainable energy supply. With the publication of…

AI optimizes processing of residual flows

With the growing scarcity of sustainable bioresources, the biggest challenge is not only finding sufficient volume but also managing the complex variability. The international consortium Project OPAL presented groundbreaking results in which AI models and robotics take control in the laboratory. This maximizes the use of scarce bioresources and enables large-scale...

Relement starts commercial scale-up of bio-aromatics for the paint industry

The innovative chemical company Relement is scaling up the production of biobased aromatics to a commercial level. Fueled by a recent capital injection of €5,4 million, the focus is shifting to the market introduction of Bio MPA, a sustainable alternative to fossil building blocks in coatings. The technology has now been technically validated in industrial paints, enabling its integration into mainstream…

Nearly €7,7 million for innovation in green chemistry and circularity

Starting February 17, 2026, researchers and companies can apply for a total budget of nearly €7,7 million for innovation projects in the chemical sector. ChemistryNL has opened the 2026 PPP-I call for public-private partnerships focused on the transition to renewable raw materials and circular production processes. With this funding, ChemistryNL is encouraging research into solutions for the…

TNO tests production of chemical building blocks with sunlight and biogenic CO2

The chemical industry is exploring ways to replace fossil oil and gas with renewable sources. Last week, TNO presented new results from the Photons-to-Chemicals (P2C) project. This project uses sunlight directly to convert biogenic CO2 and green hydrogen into raw materials for the chemical industry. Biomass plays a key role in the transition to a…

Brussels wants more of its own biomass for the European bioeconomy

On November 27, the European Commission presented a new strategic framework intended to give the European bioeconomy a significant boost. The plan focuses on the large-scale replacement of fossil fuels with biological alternatives and the creation of a competitive and resilient European industry. The bioeconomy is already an economic engine; the sector…

No choice, no loss: new industrial policy with focus

The government will finalize its top sectors policy on January 1, 2026, and will opt for an industrial policy emphasizing six markets where the Netherlands can win globally. These include semiconductors, biotechnology, defense-related applications including 6G, radar, laser satellite communication, and quantum technologies, digital services with an emphasis on AI, mechanical engineering, and innovative chemistry. For the remaining business sector,...

Chemistry and Energy must work together more

(especially in the field of bio-based raw materials) There are a lot of conferences happening in the Netherlands these days. Open LinkedIn and you'll see one lineup after another. Because I'm in that bubble, meetings about energy and chemistry dominate my timeline. I attend some of them, like this week's annual Energy Day of the online magazine Energeia.

HollandBIO asks Brussels for space for biotech in the circular economy

The Dutch biotech association HollandBIO is calling on the European Commission to explicitly embed biotechnology in European circular policy. In a November 11th press release, the organization explains that biotech can help close material and carbon flows more effectively, provided that regulations and market conditions allow for this. The timing is relevant, as Brussels is working on several…

ChemistryNL opens subsidy calls for water quality, bio-based raw materials and CCU

ChemistryNL is making a total of €1,8 million available in the second round of three grant calls. These are for public-private projects in the areas of water quality and monitoring, bio-based feedstocks, and carbon capture and utilization. Applications can be submitted until 2:00 PM on Friday, January 16, 2026. The program focuses on research that directly contributes…

"Without communication, there is no understanding. And without understanding, there is no change."

On October 7th, a webinar was held on strategy and communication regarding bioresources. The focus was on chemistry and materials, but the meeting covered much more than just technical innovations. The central question was: how do you convey a complex message about a sensitive topic convincingly, factually, and credibly? Facts as a foundation in a…

Northern methanol network continues in Groningen

The energy transition requires collaboration and tangible solutions. In March, various parties discussed the opportunities and challenges surrounding biomethanol and e-methanol. Topics covered then were timing, skills, logistics, energy, price and affordability, legislation and regulations, and production. A follow-up meeting will be held in November, with more focus and room for decision-making.

Fluxys invests in infrastructure for a biobased future

Fluxys Belgium presented its half-year results on September 24, which show that the system operator is increasingly positioning itself as a crucial hub for the transition to renewable energy and materials in Northwest Europe. Besides the growth in gas transport and the development of hydrogen and CO2 infrastructure, the rapid developments in biomethane and BioLNG are particularly noteworthy, which…

Webinar: Strategy and communication around bio-based raw materials, focus on Chemistry & Materials

The transition to a sustainable economy is well underway. We see this in the rise of biobased plastics, the growing demand for circular building materials, and the development of green chemicals that replace fossil fuels. But while technology is advancing rapidly, there's one crucial element that's often overlooked: communication…

The poplar secret, a key to the future of bioenergy

Scientists have made a remarkable discovery in the genetics of the poplar tree. These findings, resulting from research conducted by the University of Missouri in collaboration with Oak Ridge National Laboratory and the University of Georgia, could fundamentally change the way we use biomass for fuels and sustainable materials. The study, published in the prestigious…

Cottonseed oil gives cotton a water-repellent finish

Researchers in the United States are presenting a textile finish based on cottonseed oil. The goal is to make cotton water-repellent and wrinkle-resistant without formaldehyde and PFAS. The initial results will be shared this week at ACS Fall 2025 in Washington. According to the researchers, a simple chemical step can deliver similar functionality to traditional finishes, with a safer…

Subsidy window for gasification of residual flows still open

Companies looking to scale up gasification can still apply for the DEI Plus program. The application window for the Gasification of Waste Streams theme closes on Thursday, August 28th at 17.00:109 PM. The available budget is €30 million, with a maximum of €18 million per project. The Netherlands Enterprise Agency (RVO) also reported on August XNUMXth that no applications have yet been received...

Biobased materials remain stuck on the margins of circular policy

Without targeted policy, biobased materials and recycling will lag behind fossil-based alternatives. Both recyclates and bioplastics are currently insufficiently rewarded by legislation and market systems. This is evident from recent signals from the recycling and biotechnology sectors. According to the trade association HollandBIO, biobased materials are barely gaining traction. Biodegradable plastics such as PLA or…

“You can only change something if you truly believe it yourself.”

When Ingrid Goumans starts talking about her work at Avantium, where she's Director of Public Affairs, something shifts in her demeanor. Her eyes light up, her voice quickens, and it's immediately clear: this is someone who believes in what she does. Not because she has to, but because it feels like a meaningful choice. "The idea that your work contributes to a cleaner world—that's what makes the difference for me," she says.

Avantium's biobased bottle recognised as fully recyclable

The biobased bottle from chemical company Avantium has recently been officially recognized as recyclable within the existing PET recycling system. The certification was issued by RecyClass, a European organization that assesses the recyclability of plastic packaging based on industry standards. A full-fledged replacement, Avantium's bottle is made from a combination of PEF and PET. PEF stands for polyethylene furanoate,…

Biotech Booster receives almost 200 million euros for sustainable innovations from National Growth Fund

Biotech Booster, the valorisation programme supported by the National Growth Fund, is receiving a boost of €196,4 million to accelerate groundbreaking biotechnologies from lab to market. Within this fund, the transition to sustainable bio-based raw materials and biomass plays a recognisable role, in addition to applications in the areas of health, nutrition and the environment. Biotech Booster stimulates starting biotech entrepreneurs…

Biomass as a driving force: passion, perseverance and a vision for the future

In the world of sustainable technologies, it is not only the innovations that make an impression, but especially the people behind them. Two of those people are Cees van Loon and Hans van Klink, the founders of Dutch Sustainable Development (DSD) and later also involved in Innovative Sustainable Technologies. In a sector that is often dominated by young start-ups, these 'pensionados' prove that experience, perseverance and idealism are at least as important as innovation.

Cabinet fall must not be allowed to put a brake on industrial sustainability

The chemical industry is concerned about the lack of important decisions now that the cabinet has fallen. According to the industry organization VNCI, necessary sustainability plans are in danger of being delayed due to political uncertainty. “The industry needs clarity in order to be able to invest,” says VNCI chair Nienke Homan. Sustainability under pressure Many chemical companies are busy switching to sustainable business operations.…

A biobased plaster for aircraft

The aviation industry is under pressure to operate faster, more efficiently and, above all, more sustainably. Aircraft are increasingly made of lightweight composite materials, which contribute to lower fuel consumption. But these same materials are vulnerable to damage, for example from hail, collisions on the ground or rough baggage handling. Repairs are often time-consuming, expensive and lead to unnecessary waste of parts.…

Strong market, solid foundations and a platform that connects

This morning, with a cup of coffee in one hand and my phone in the other, I was reading an article about a possible US-Ukraine raw materials deal. According to the reports, the Americans would gain strategic access to Ukrainian raw materials such as lithium and cobalt – materials that are essential for batteries, electric cars and the energy transition. My first thought? What does this mean for Europe? And what does this mean for the Netherlands?

Europe invests €197,5 million in 30 new bio-based projects

The European Union is taking a new step towards a circular bioeconomy. Under the Circular Bio-based Europe Joint Undertaking (CBE JU), 30 projects have been selected to receive €197,5 million in grants. These projects, spread across 33 countries and involving 416 organisations, focus on developing innovative bio-based solutions to reduce the dependency on…

Avantium and The Bottle Collective join forces for innovative fiber bottles

Avantium, an innovator in renewable chemistry, is working with The Bottle Collective on a new type of sustainable fiber bottle. This collaboration should lead to a widely applicable, fully plant-based packaging solution that can eventually replace plastic bottles. The Bottle Collective is an initiative of PA Consulting and Swedish technology company PulPac, known for its patented Dry Molded Fiber technology.…

Towards a net zero and circular chemical industry – the pivotal role of biomethanol as a global sustainable commodity

The last year the European petrochemical industry has entered into a downward spiral with almost weekly announcements of closures of production facilities. For me as a chemist working in the industry for more than 25 years, it is really fascinating to observe an industrial transformation in real time! The war in Ukraine and more recently…

Low-value residual flows as a source for affordable biomethanol

Methanol is a versatile and much sought-after chemical building block. It is used as a raw material for plastics, adhesives, antifreezes and fuels. But methanol is also a problem child: the vast majority is produced from fossil sources such as natural gas and coal, resulting in substantial CO₂ emissions. This can be done differently, TNO states in a recent article: biomethanol, made from…

Residual flow from dairy industry can potentially be used in circular chemistry and agriculture

The dairy industry annually produces large volumes of whey permeate – a residual flow that has little economic value. While the protein-rich part of whey finds its way into food or animal feed, the sugar-rich and mineral part often remains as a low-value waste product. Yet this liquid holds surprising potential for the biobased industry. It…

Gas cleaning plays a key role in the production of biofuels from biomass gasification

Without effective gas cleaning, there is no future for high-quality biofuels and biochemistry from biomass. This is evident from a new publication by IEA Bioenergy, which explains how crucial this step is within the gasification process. The study shows which techniques are available, where the challenges lie, and why gas cleaning is often decisive for success. From…

Groningen researchers receive €100.000 for research into mycelium clothing

The fashion industry is known for its significant ecological footprint. To reduce this impact, an interdisciplinary team from the University of Groningen is focusing on an innovative alternative: clothing made from mycelium, the root network of fungi. Thanks to a jubilee grant of €100.000 from the Gratama Foundation, they can continue this promising research. A collaboration between science and…

Five million euros available for sustainable innovation in water, bio-based raw materials and CCU

ChemistryNL is making €5 million available for public-private partnerships that contribute to a sustainable chemical sector. Project proposals can be submitted until 16 September 2025. The new funding round focuses on three themes: water quality and monitoring, carbon capture & utilisation (CCU), and bio-based feedstocks for circular materials. Each theme will be allocated one third of the total budget, with a…

The Netherlands aims to be an international leader in biotechnology by 2040

On 11 April 2025, the government presented its vision to make the Netherlands a global leader in biotechnological innovation and application by 2040. With targeted investments, low-regulation testbeds and a focus on social applications, the government wants to use biotechnology as a key technology for health, sustainability and economic growth. Biotechnology offers solutions for urgent social…

Materiom launches AI chatbot for bio-based materials discovery

Materiom, an organization that uses data and AI to support scientists, manufacturers and designers in the development of bio-based materials, has announced the launch of Materiom AI: an innovative chatbot that helps users discover biopolymers, ingredients and additives for sustainable materials development. The chatbot, powered by Google’s Gemini technology, is designed to simplify the…

biopolyester

€2,5 million subsidy scheme stimulates innovation in biopolyesters

As of today, 1 April 2025, the new EKOO-Biobased Circular (EKOO-BBC) subsidy scheme has been opened. This scheme, part of the Biobased Circular Growth Fund Programme, makes €2,5 million available for consortia that want to investigate the industrial and economic feasibility of innovative production and recycling processes and applications of biopolyesters. The subsidy is aimed at partnerships between companies and research organisations that…

Biomanufacturing: the engine for a sustainable European industry

BIC Trend Report 2024-2025 highlights the importance of biomanufacturing for Europe’s future Europe is facing a major transition towards a more sustainable industry. According to the Bio-based Industries Consortium (BIC) Trend Report 2024-2025, biomanufacturing can play a key role in this transition. Biomanufacturing uses biological feedstock to produce materials and chemicals and…

Case studies of CO2 use in ethanol production

The application of CO2 utilization in ethanol production offers promising opportunities to reduce emissions and promote circular processes. Recent research by IEA Bioenergy presents several practical examples in which CO2 emissions are no longer considered as a waste product, but are reused in valuable applications. Sustainable applications of CO2 Ethanol production emits a significant amount of CO2…

BIC investigates potential of biomass for chemical sector in 2050

Making the chemical sector and derived materials more sustainable is a crucial and urgent challenge to achieve the EU’s climate neutrality target by 2050. The Bio-based Industries Consortium (BIC) and the Renewable Carbon Initiative (RCI) have jointly commissioned a study by the nova Institute. This study focuses on the question of whether there is sufficient sustainable…

Cashew nut shells as a source for sustainable chemicals

Aromatics are the backbone of many products we use every day, from adhesives and coatings to cleaning agents and agrochemicals. Traditionally, these substances are derived from petroleum, but renewable alternatives are gaining ground. Cashew Shell Biorefinery (CSBR), located at the Brightlands Chemelot Campus in Geleen, the Netherlands, is leading the way. The company has developed a technology to…

Relement and Worlée conclude purchasing agreement for innovative biobased coating resins

Relement has entered into an offtake agreement with Worlée Chemie GmbH, a leading German chemical company. This agreement secures a fixed quantity of Bio MPA, an innovative and biobased raw material for use in coating resins. Bio MPA, Relement’s first product, will be produced on a tonne scale via contract manufacturing by the end of 2025. This material was developed to replace fossil…

“We need to look at how we will earn our money in the future and at the same time keep the planet liveable.”

In a candid conversation with Timo van Roosmalen and Wim de Laat of BioscienZ, it became clear how deeply rooted their passion is for biotechnology and sustainable innovation. BioscienZ, founded by Wim de Laat, is a company that specializes in developing processes that convert biomass into valuable applications such as food ingredients and industrial materials. This makes the company an important example of how people with passion work towards a more sustainable future.

“Every liter we put on the market is a sustainable drop.”

In a world where sustainability is becoming increasingly important, there are companies that are leading the way in developing innovative solutions to replace fossil resources with biobased alternatives. One of those companies is Eco-Point, where Jacco Quist, Product Manager, has been working with passion and dedication to make cleaning agents more sustainable for over 25 years. In this article, we share Jacco's insights and Eco-Point's philosophy.

Sustainable soap made from sugar beet pulp

Chemist Laura Jansen of Radboud University has succeeded in making a well-functioning soap from sugar beet pulp – a residual product of sugar beet. This breakthrough offers a sustainable alternative to the usual soaps. Jansen received her PhD on 8 November for this innovative research. Sugar beet pulp is a residual product that is created after sucrose has been removed from the sugar beet…

New research lab stimulates innovations in materials and energy transition

Starting this month, the West Brabant region will have a new facility aimed at accelerating innovations in the materials and energy transition. MNEXT, a collaborative initiative of Avans University of Applied Sciences and HZ University of Applied Sciences, in collaboration with vocational training institute Curio, will open a brand new research lab on the Steenakker industrial estate in Breda. The festive opening will take place…

Intensive collaboration between Port of Moerdijk and Perpetual Next for the development of a biomethanol factory

The Moerdijk Port Authority and biocommodities producer Perpetual Next today signed a letter of intent for an intensive collaboration. As part of this collaboration, Perpetual Next will establish itself at the Moerdijk Industrial Park in mid-2025, where it will build a biomethanol plant with a capacity of 220.000 tons. The port authority will support the factory where possible by…

BioBTX raises more than €80 million for the construction of the world's first renewable aromatics factory

BioBTX, Dutch technology developer in circular chemistry, has raised more than €80 million to build its first commercial factory. This investment makes it possible to scale up BioBTX's innovative ICCP technology in the PETRA Circular Chemicals Plant in Delfzijl. In this factory, plastic residual flows are converted into aromatics, building blocks for chemical...

“Industries play a key role in the circular economy”

More than 1.000 visitors attended the second Circular Valley Forum in the Historical Stadthalle of Wuppertal (Germany) in November last year. The high-level event for the circular economy, organized by Circular Valley, Tech Tour and the Bio-Based Industries Consortium (BIC), brought together industry, policymakers, entrepreneurs, scientists and civil society organizations. The first day of…

First biobased industrial coating demonstrated with partners Worlée Chemie and Baril Coatings

Relement, Worlée Chemie and Baril Coatings have jointly developed a bio-based coating. The bio-raw material replaces phthalic anhydride, which is produced from fossil raw materials. The three parties worked on this development for three years. A successful demonstration proved that industrial performance coatings can be durable. It contains the highest percentage of biobased content ever achieved. For years, the…

ChemistryNL finances 11 new biobased projects

ChemistryNL provides financial support to 11 new research projects at the intersection of biobased and chemistry. A total of one million euros will be allocated for these projects, which will be carried out by consortia of knowledge institutions and companies. Since the merger with TKI BBE, ChemistryNL has been working on the integration of the biobased economy field in various ways. The support…

CO2 from wastewater sludge becomes a new raw material for biobased polymers

Twelve partners from seven countries will demonstrate the full value chain from biogenic CO4 from wastewater to polymer end use over the next 2 years in the Horizon Europe project HICCUPS. HICCUPS literally stands for “Highly Innovative technology demonstration for biobased CO2 Capture and Utilization for production of bulk plastics applications.” This is an innovative method for biogenic...

“Our goal is for our products to consist of 2030% renewable or plant-based materials by 100”

In the Netherlands, many people work passionately with biomass as a raw material. They work on innovations, improve (production) processes or create policy for a fossil-free future. We have had a series of conversations with people who work at companies where bio raw materials are central. In this mini-series we highlight what drives them to work on the transition...

BioBTX receives €2,8 JTF money for green chemistry from biomass and waste plastics

Groningen BioBTX, TU Eindhoven and the Groningen government have received a subsidy of €2,8 million from the Just Transition Fund (JTF) with the help of ASQA Subsidies. The Just Transition Fund (JTF) recently awarded financial support for an ambitious project related to sustainable technology in the Netherlands. This subsidy is intended for the implementation…

BioBased Circular growth fund program can start

On October 9, the National Growth Fund definitively approved the first phase of the BioBased Circular program for the period 2024 – 2026. This is the starting signal for BioBased Circular to start recruiting a program management and management team. The first project proposals are also being prepared and the means of communication are taking shape. BioBased Circular states…

Innovation mission bio-raw materials for chemicals Brazil

RVO Netherlands is organizing an innovation mission to Brazil in the field of bio-raw materials for chemicals from 11 to 15 December. The mission is interesting for companies that develop innovative ways to produce building blocks for the chemical industry from biomass and want to build or strengthen contacts with Brazilian knowledge parties, companies and governments. This innovation mission…

Elections 2023: sustainable chemistry as a basis for a sustainable Netherlands

In the run-up to the next parliamentary elections (November 22, 2023), the Royal Association of the Dutch Chemical Industry (VNCI) is providing politicians with a number of recommendations. They must contribute to a climate-neutral, circular, safe and sustainable society and economy. The industry wants to collaborate with the government in the field of materials transition. This concerns…

National Growth Fund proposal Biobased Circular submitted

The Ministry of Economic Affairs and Climate Policy, together with Platform Green Chemistry, New Economy and TKI Agri & Food, has submitted the BioBased Circular Growth Fund proposal. With an efficient agri-food sector and a strong chemical sector, the Netherlands seems ideally suited for the transition from fossil to biobased. “We have a super-efficient fossil olefin-based (petro)chemical industry, with hundreds of years of optimization,…

€1,6 million for scaling up new (nano)biomaterials

On May 2, the second call for project proposals of the European (Horizon 2020) project INN-PRESSME was opened. This allows small and medium-sized enterprises (SMEs) and research and technology institutions (RTOs) to apply for co-financing for the scale-up of their new products from bio-based materials, which match and even exceed the performance of fossil materials. In total, INN-PRESSME…

“Thanks to BioNIPU we work greener and safer than ever”

Biobased and isocyanate-free Polyurethane (PU) is a versatile family of polymers that has many applications, including in coatings for the automotive industry, in cushions, mattresses and furniture upholstery, in insulation boards and foams for construction. The disadvantage of PU is that it is made from fossil raw materials and contains diisocyanate. The Flemish-Dutch Interreg project BioNIPU has succeeded…

'Circular cultivation and chemistry' receives support from Limburg and Europe

In addition to being known in Limburg for their Burgundian lifestyle, they work hard on healthy food and a healthy living environment. Making agriculture and industry more sustainable is an important part of this. The Province of Limburg is therefore making more than 600.000 euros available for the 'Circular cultivation and chemistry' project. Europe contributes…

Roadmap for safe circular design in industrial biotechnology

The National Institute for Public Health and the Environment (RIVM) has published a roadmap on safe and circular design in industrial biotechnology. This publication is one of the results of the research program DIRECT: Designing inclusively for a safe and sustainable circular economy transition. This includes taking into account principles in the areas of safety, sustainability and…

ARC CBBC: faster towards circular solutions in the chemical industry

Greening chemistry for a faster transition to a circular, waste-free society: that is what ARC CBBC (Advanced Research Center Chemical Building Blocks Consortium) stands for. The consortium is a partnership between Utrecht University, the University of Groningen, Eindhoven University of Technology and partners from the chemical industry, such as AkzoNobel, Shell and BASF. NWO…

Groningen research into renewable gas and circular raw materials is receiving a strong boost

Hanze University of Applied Sciences and GasTerra have signed a cooperation agreement for the construction of a research facility for renewable gas and circular raw materials. Both parties want to give a strong boost to the development of sustainable energy supplies. The new facility, the so-called REMO lab, will be located on the grounds of the Center of Expertise Energy (EnTranCe) of the Hanze University of Applied Sciences,…

GIDARA Energy announces next advanced methanol facility in the Port of Rotterdam

GIDARA Energy and the Port of Rotterdam Authority are pleased to announce GIDARA's next advanced biofuel facility in the Netherlands: Advanced Methanol Rotterdam (“AMR”). The plant, located in the port of Rotterdam, will convert non-recyclable waste into advanced methanol. The advanced methanol achieves CO 2 emission reductions as described in the Renewable Energy Directive II (RED II) and…

Pyrochem wants to chemically recycle 1 million tons of waste annually into new raw materials for chemistry

A lot of plastic waste such as agricultural foil or crisp bags cannot now be recycled because it is too dirty or consists of multiple layers. The PyroCHEM project aims to make the chemical industry more sustainable by optimizing and scaling up the chemical recycling of plastic waste and the pyrolysis of other (biomass) residual flows. The ambition: annually from 2030…

Companies and universities are taking a leading role in the development of sustainable chemistry, energy and materials

Sustainable energy and materials, such as coatings and catalysts, are coming one step closer now that the collaborating parties in the Advanced Research Center Chemical Building Blocks Consortium (ARC CBBC) will continue their collaboration to make the chemical industry more sustainable over the next five years. AkzoNobel, BASF and Shell invest together with the universities of Eindhoven,…