Conference Agenda

Session

Session 1.12: Achievements and challenges for sector-specific guidelines in industry

Time:

Wednesday, 10/Sept/2025:

11:30am - 1:00pm

Session Chair: Martina Prox, iPoint-Systems gmbh, Germany
Session Chair: Peter Rudolf Hans Saling, BASF SE, Germany

Presentations

(15 minutes)

Application of the new PCF Guideline of Together for Sustainability (TfS) in various examples

Peter Rudolf Hans Saling, Nicola Paczkowski, Alessandro Pistillo, Anahi Grosse-Sommer, Richard van Gelder, Jenny Reuber

BASF SE, Germany

(15 minutes)

Full biogenic carbon balancing is feasible – A TfS use case for biobased acrylonitrile

Tim Langhorst, Leif Rohrbach, Ronja Hermanns, Arne Kätelhön, Raoul Meys

Carbon Minds GmbH, Germany

(15 minutes)

Framework for Quantifying Use-phase Emissions for Aerospace Intermediate Products using Life Cycle Principles

Snehal Sushant Chavan¹, Lewis R Hutchinson², Anju Baroth¹, Avantika Shastri¹, Steven L Riley², Laura Clendenin³

¹Eaton India Innovation Center, India; ²Eaton Limited, Titchfield, UK; ³Eaton Corporation USA

(15 minutes_S)

Toward an increasing standardization of LCA data reporting: the experience of aluminium’s industry

Benedetta Nucci¹, Sanaa Zinbi¹, Francesca Reale², Alessandra Zamagni², Gioia Garavini²

¹European Aluminium, Belgium; ²Ecoinnovazione, Italy

(Short Oral + Poster)

Implementation of an IT solution for Portfolio-wide PCF calculation at a Multi-national Chemical company

Ananda Sekar², Zohra Salhi¹, Shaikh Rasool², Muhammed Zeeshan Anwar², Suvayan Guha Ray², Drishya Chandran², Abdulaziz Ahmed², Amit Khandelwal¹, Maike Horlacher¹, Yannick Bernard¹, Martijn Gipmans¹

¹Sphera Solutions GmbH, Germany; ²SABIC, Saudi Arabia

(Short Oral + Poster)

Supporting reproducible and standardized product carbon footprints by stricter guidelines and certification under ISCC CFC

Jana Gerta Backes¹, Patrick Ober², Stefan Gärtner¹, Stefan Majer³

¹Meo Carbon Solutions GmbH; ²ISCC System GmbH; ³DBFZ GmbH

(6 minutes)

Evaluating the applicability of the current dissipation-based life cycle impact assessment methods for addressing carbon resource

Thulangi Gayathma Balasuriya^1,2, Stig Irving Olsen^1,2, Michael Zwicky Hauschild^2,1, Mikołaj Owsianiak^1,2

¹Section for Quantitative Sustainability Assessment, Department of Environmental and Resource Engineering, Technical University of Denmark, 2800 Kgs. Lyngby, Denmark; ²Centre for Absolute Sustainability, Technical University of Denmark, 2800 Kgs. Lyngby, Denmark