7. February 2021
Henriette zu Doha
Uncategorized

From Waste to Value – Driving Sustaina­bi­lity and a Circular Economy

Today, more than ever, compa­nies are faced with rising waste disposal costs and legis­la­tion aimed at redu­cing waste, while encou­ra­ging recy­cling.  Further­more, they are being chal­lenged by governments and consu­mers, to demons­trate lower CO2 emis­sions and circular economy initiatives.

Inno­va­tive solu­tions to meet these chal­len­ging requi­re­ments:  Carbo­niz­a­tion systems can trans­form carbo­naceous waste into value-added products, while provi­ding a proven solu­tion to help lower your Carbon Foot­print.  The same, proven PYREG tech­no­logy that was first used to carbo­nize sewage sludge into high-quality phos­phorus ferti­lizer, can just as well be applied to trans­form mixed waste into a product called biochar. Biochar seques­ters CO2. Used as a soil improver it rein­tro­duces important elements in the envi­ron­ment, substi­tutes highly pollu­ting mate­rials of diffe­rent use, and gives all of us the oppor­tu­nity to create a stronger circular economy.

The disposal of indus­trial and consumer waste is beco­ming incre­a­singly complex and cost-inten­sive world­wide. The legal direc­tives required by envi­ron­mental policy aim to reduce waste, elimi­nate land­fills and increase raw mate­rial reuse.  Carbo­niz­a­tion allows redu­cing waste volumes by more than 90%.

Sepa­ra­tion of mixed waste often entails long trans­port distances, high sorta­tion costs and low resi­dual value of reco­vered mate­rials (due to conta­mi­na­tion).  However, PYREG systems offer a proven alter­na­tive to those cost-prohi­bi­tive, mixed waste sepa­ra­tion models. By applying that tech­no­logy, manu­fac­tu­ring compa­nies can actually upcycle organic waste into valu­able biochar, thereby “closing the loop” and demons­tra­ting a true Circular Economy.

During this carbo­niz­a­tion process, the majo­rity of the carbon is actually seques­tered in the resul­ting biochar, thereby inhi­bi­ting the release of CO2 into the atmo­s­phere, for centu­ries.  Further­more, as the PYREG system operates at tempe­ra­tures of up to 750°C, organic-based pollut­ants (such as solvents and micro­plastics) are prac­ti­cally elimi­nated and mineral pollut­ants are filtered, to ensure they cannot re-enter the envi­ron­ment.  The process itself is auto­thermal; meaning that only energy, gene­rated by the carbo­niz­a­tion of the waste mate­rial, is used to perpe­tuate the opera­tion of the system.

0 Comments

Submit a Comment

Your email address will not be published.

DAS KÖNNTE SIE AUCH INTERESSIEREN

Die FAZ über die PYREG-Klimaschutztechnologie

Die FAZ über die PYREG-Klimaschutztechnologie

"Ersetzt ein Stahlwerk seinen jährlichen Koksbedarf von 45.000 Tonnen durch Pflanzenkohle, lässt sich eine Kohlendioxidfracht von rund 146.000 Tonnen vermeiden," Dies ist nur eine wichtige Information dieses Artikels über PYREG aus dem...