Page 63 - Plastics News March 2026
P. 63
TECHNOLOGY NEWS
As an example, some technologies of depolym- structure thereby reducing the amount of capi-
erization have the capability of reclaiming high- tal that will be spent in constructing independent
purity monomers of either PET or polystyrene, facilities.
allowing it to be used in closed-loop production
cycles. Other people are working on convert- There is also the inclusion of industrial parks
ing mixed polyolefins into waxes, lubricants, or using decentralized waste to fuel systems that
building and automobile additives. convert local plastic waste to energy that is
used in on-site operations. This model endorses
Other innovative approaches to plastic reuse industrial symbiosis, waste of one facility feed-
and upcycling also comprise enzymatic recy- stock of another.
cling, in which specific polymers are degraded
with engineered enzymes under controlled con- Regulatory Drivers and ESG Considerations
ditions. Enzymatic solutions, though still under The world policy is driving forward the innova-
scaling stages, have low energy needs and less tions in recycling of plastics. Corporate strate-
emissions than the conventional thermal ones. gies are being remodeled by such policies as
extended producer responsibility, recycled con-
Industrial purchasers are also considering such
solutions as solutions that are not only environ- tent mandates, and carbon taxation.
mental but also supply chain resiliency. Circular Environmental performance measurement and
feedstocks provide an avenue of ensuring price the financial indicators have gained importance
elasticity of crude oil and geopolitical supply and are taken into account by investors and in-
shocks. stitutional buyers. Firms that apply both chemi-
Integrating Waste-to-Fuel Technologies into cal and thermal recycling of plastics which are
Industrial Infrastructure described through transparent reporting sys-
tems become credible in ESG reporting.
The conversion technologies of plastic waste will
have to be implemented with the integration of Certificates like the mass balance accounting
the logistics system, adherence to the regula- allow producers to assign the content of recy-
tions, and a quality control of the feedstock in cling to a particular product lines, even in cases
order to implement the conversion technologies whereby the feedstocks are mixed with virgin
effectively. With large-scale manufacturers it is feedstocks. In case of B2B suppliers, traceability
common to have an integration between waste of lifecycle emission-reductions becomes a com-
aggregators, technology providers as well as petitive advantage in the international markets.
the energy companies. Economic Viability and Market Dynamics
One of the most promising models is the refinery Plastic waste recycling economics are related to
co-processing. Plastic waste pyrolysis oil could the availability of feedstock, energy costs, regu-
be added to the conventional refinery feeds, latory incentives, and efficiency of the technol-
which do not need the dependence on fossils. ogy. Although capital investment in high-quality
This is a strategy that utilizes the available infra- technologies of the recycling process may be
March 2026 PLASTICS NEWS 63
