Category: Market Development

Dutch PET Recycling BV (DPR) is a plastic recycling company with a focus on recycled PET bottles/flakes (RPET). From our social responsibility point of view, contributing to solving global pollution has a high priority. Dutch PET Recycling connects local recycling companies with the demand from the circular plastic industry. With over 30 years of experience in recycling, a huge network and knowledge base in secondary raw materials has emerged. Headquartered in the Netherlands, and with global partners and local agents, we are serving customers worldwide.

OBP certification

The vast majority (80%) of plastics that pollute oceans originate from land. Needless to say, it is easier and cheaper to collect these plastics before they end up in the oceans, than once they have sunk to the bottom of the oceans or are dispersed as a soup of micro-particles for the plastics that remain floating. It is therefore logical and important that we focus our efforts on removing Ocean Bound Plastics from the environment before it is too late.

To reinforce this commitment, Control Union (CU) has set up the OBP certification program together with NGO Zero Plastics Oceans. Detailed information can be found here and on https://www.obpcert.org/.

For Dutch PET Recycling, certification means that all the conditions for the quality mark have been met enabling DPR to sell their products with the claim “OBP certified”. And also that, together with our successful certified suppliers we can cover a large part of the chain.

But there is more:

Added value

The added value of OBP certification lies mainly in the transparency of the entire recycling process. The new end product or the new raw material for a producer can be demonstrably traced back to the moment it was collected as waste, before it threatened to end up in the ocean.

The sad images of the ‘plastic soup’ are in everyone’s mind. Fortunately, there are good initiatives to clean it up. By preventing plastic from disappearing into the ocean in the first place, the time will come when the oceans will be clean and remain so. Contributing to improving the environment appeals to everyone. Both consumers and producers that work with OBP material also want to be associated with it.

The added value extends throughout the chain. From a better infrastructure for solid waste management, major benefits for the local economy and public health, to better working conditions for the collectors of the waste.

There is also added value in being certified by Control Union. CU is a global company that is independent of any other company in the entire process. The OBP certificate is therefore, provided the audit has been passed successfully, an irrefutable proof of transparency and professionalism. The assessment criteria are tough and contribute to further awareness of a transparent process, a higher quality level and the right to use the OBP logo.

Dutch PET Recycling is proud of the certification it has achieved!

This article gives you good examples why plastics and climate are an ideal combination. Especially using recycled PET or Food Grade pellets.

When it comes to climate change mitigation, plastics have a great story to tell.

The change will only succeed if it drives also the transition towards a low carbon, resource efficient and circular economy. For this to happen, plastics enable the innovations that are needed by a sustainability strategy – such as the European Green Deal – to deliver.
 

Example 1. Building & construction (renovation)

Plastics are a springboard for the renovation wave in the building sector as they enable big energy savings and are carbon efficient. Plastic insulation improves the energy efficiency of your home, which translates into a positive impact on climate.

In fact, it saves up to 80% of your energy consumption and 250 times more energy than used to produce it.

Example 2. Sustainable mobility

You may not be aware of where plastics are used in your car, but they are doing their job for you – in car body parts, airbags, carpets, electrification, under the hood, to name but a few.

Thanks to its lightweight properties, plastics contribute efficiently to fuel savings which translate into lower CO2 emissions in diverse fields of transport, including electric mobility.

Plastics enable up to 35% fuel savings compared to components made from other materials.

Example 3. Preserving food from farm to fork

Food waste is one of the biggest challenges of our society. Plastic packaging saves food by protecting it from external factors – damage, deterioration, spoilage from farm to fork and ensuring hygiene.

Research shows that, if food were packed in a material other than plastics, the related energy consumption would double, greenhouse gas emissions would nearly triple, overall weight of packaging would quadruple, and food waste would increase.

The weight of plastic packaging has been reduced by more than 35% over a 20-year period. Lightweight packaging means lighter loads or fewer lorries needed to ship the same amount of products, helping to reduce transportation energy, decrease emissions and lower shipping costs.
 

Example 4. Transforming the energy sector

Plastics enable the production of clean and renewable energy as windmill blades and solar panels are made with plastics.

In a nutshell, plastics can make the difference by providing solutions for affordable renovation of households, sustainable transport, easier access to safe food, clean, reliable and affordable energy.

Let’s drive circularity together!

We would like to share some thoughts within the chemical industry on plastic recycling. It is based on an article of Joseph Chang from ICIS.

The chemical industry must accelerate investment in plastics recycling to achieve scale as activist and government pressure mounts. The pace of change is too slow. The industry has to move a lot faster before society looks to the producers as the problem and who have to fix it.

There is no technical challenge. Thermodynamics – the science behind the process – is sound. There are plenty of prototypes, catalysts and small-scale but fully developed chemical recycling processes that can convert plastics to pyrolysis oil, and this can then be used to make pellets.

The real challenge is an economic solution and an infrastructure to collect the plastic waste, sort it and bring it into the process. Activists and industry have to come together to solve this. Also public policy has to play a role. Some kind of fund has to be established so that consumer behaviour can be changed to collect these plastics and bring them to recycling locations. The industry thinks it has a lot of time to solve this problem. But something has to be done rather quickly. Likely public policy will force action, restricting the sale and export of virgin plastics. That would be an option – basically don’t allow exports unless the pellets have a recycled content of at least 30%!

Another challenge is the social impact in local municipalities. Companies and governments must also consider the social impact of waste collection and plastics recycling. Having large-scale chemical recycling facilities where plastic waste is directed to may not be feasible. Building an ecosystem can technically be done. But is it also possible to influence consumer behaviour in less than a year?

The whole original article by Joseph Chang, 13-Apr-21, can be read on www.icis.com (News/Insight & Analysis).

EU leaders have struck a deal on a landmark corona virus recovery package that will involve the European Commission undertaking massive borrowing on the capital markets. Part of this deal is a tax on plastic packaging wastes. Finally good news for the plastic recycling industry!

Read the whole story: By Stefan Baumgarten, 21-Jul-20 17:11

LONDON (ICIS), As part of their €750bn coronavirus pandemic recovery package, EU leaders agreed on a new EU tax on plastic packaging wastes.

The tax, to be introduced as of 1 January 2021, will be calculated on the weight of nonrecycled plastic packaging waste “with a call rate of €0.80/kilogramme with a mechanism to avoid excessively regressive impact on national contributions.” Proceeds from the tax will go to the EU.

German environmental group Deutsche Umwelthilfe (DUH) welcomed the tax, saying it was long overdue. However, DUH said that the tax rate was “too timid”. “We need a price that really causes a change in direction,” said DUH director general Jurgen Resch. “And we need regulations that, above all, end the littering of nature and cities with unnecessary disposable products, be it disposable plastic bottles, plastic bags or disposable coffee-to-go cups,” he said.

Also, instead of basing the tax on the weight of nonrecycled plastic packaging waste, it would be more effective to tax new, virgin primary plastics in packaging as soon as it is put into circulation, DUH said.

Trade group PlasticsEurope could not immediately be reached for comment. Last week, German chemical producers’ trade group VCI warned against the introduction of EU tax on plastics packaging waste that is not recycled. Legislative measures have driven firms throughout the petrochemical industry and the packaging sector to adopt increasingly ambitious sustainability targets which often go beyond EU mandated minimums.

Many plastic bottle manufacturers are targeting at least 50% recycled material by 2030, or shifting to other materials such as bio-based or non-plastic alternatives which often have a larger environmental impact than plastic because of higher energy usage, CO2 output and weight.

The recycled polyethylene terephthalate (R-PET) chain is perhaps the key example of the extent of the shortage of material because it is currently the most widely recycled plastic in Europe and has the most developed market and infrastructure, Victory said.

Despite a collection rate of 63% in 2018, the growth rate in collection has slowed at less than 3%/year. ICIS analysis shows to achieve the single-use plastic (SUP) target of 77% the annual growth rate needs to be 9%/year, and this does not even factor in the increasing contamination rates within the region. Cross contamination from other plastics and losses due to the mechanical process, has seen average wastage rates across Europe rise from 25% to around 30-35% according to market estimates.

Other sectors such as fibres and chemical recycling projects are increasingly seeking a higher share of postconsumer polyethylene terephthalate (PET) waste.

Packaging producers using materials such as polyethylene (PE), polypropylene (PP), polystyrene (PS) and polyvinyl chloride (PVC) have also investigated a switch to other materials including PET because of the perception, caused by the headline collection rates, that R-PET material – particularly food-grade material – is in abundant supply.

An additional limit for the plastic bottle market is the lack of food-grade pellet (FGP) production, which currently stands at around 300,000 tonnes/year in Europe, or around 9% of overall PET plastic bottle demand. Coupled with this, to achieve European Food Safety Authority (EFSA) approval, 95% of the material used in reprocessing must have been sourced from food-contact applications, and there must be full and provable traceability throughout the chain.

For R-PET the major feedstock is used plastic drinks bottles, so reaching the 95% threshold is not currently a challenge. But for other recycled material where multiple forms of waste are collected in kerbside schemes, proving provenance of material to reach the 95% content threshold is prohibitive.

For recycled PE (R-PE), for example, the only post-consumer-derived source of food grade pellets is the UK where milk bottles provide an easily separated stream of waste.

The capacity for food grade R-PET is set to increase with limited projects coming on stream into 2021 yet investment is still required to grow capacity at the same rate as demand. FGP usage must triple on 2018 volumes to achieve the SUP 25% target, clearly a challenge for the industry given the pandemic and macroeconomics it faces.

Structural shortages of material, along with technical limitations such as opacity of material and loss of tensile strength, have led companies to explore other avenues for reaching sustainability commitments such as chemical recycling or bio-based materials.