... |
2023 |
Please login or subscribe to view UPM Resources.
|
Environmental Sustainability: Driving Innovation in the Semiconductor Industry and Beyond
Speakers from Samsung, Intel, SCREEN, and FTD Solutions speak about why the semiconductor industry's resource consumption is dramatically increasing, as well as the water-energy relationship and other interrelated priorities which impact decision-making about sustainability.
|
Samsung Austin Semiconductor;
Intel;
SCREEN SPE;
FTD Solutions;
|
Slava Libman;
Paul Kerr;
James Snow;
Josh Best;
Kevin Geoghegan; Nabil Mistkawi
|
Energy Conservation; Water Conservation; Environmental sustainability |
View |
... |
2022 |
Please login or subscribe to view UPM Resources.
|
Keynote panel: Environmental footrpint
A discussion about semiconductor facilities’ environmental footprint in relation to water consumption, energy usage, and site selection considerations.
|
Samsung Austin Semiconductor;
Intel;
FTD Solutions;
|
Josh Best;
Dane Louvier; Kelly Osborne
|
Water Conservation; Energy Conservation; Sustainability |
View |
... |
2022 |
Please login or subscribe to view UPM Resources.
|
Conserving energy and water through recapture and recirculation of hot UPW
Current "one-pass" industry practices around generation and application of hot ultra-pure water (hot-UPW) consume large amounts of energy to generate the hot-UPW input, and also use the resulting water inefficiently. This presentation showcases engineered solutions to improve efficiency of hot-UPW water use, greatly reducing consumption of hot UPW without any impact to the process.
|
SCREEN SPE;
|
Charles Miller
|
Energy Conservation; Water Conservation |
View |
... |
2022 |
Please login or subscribe to view UPM Resources.
|
2022 IRDS & SEMI Standards Update
Enabling Advanced Semiconductor Yield via Proactive Technology Management - an overview of the IRDS research work and future roadmap, as well as SEMI standard and future focus areas.
|
CT Associates;
FTD Solutions;
Page;
|
Gary van Schooneveld;
Slava Libman;
Dan Wilcox;
|
SEMI; IRDS; Sustainability; Particle Precursors; Energy Conservation; Water Conservation |
View |
... |
2022 |
Please login or subscribe to view UPM Resources.
|
The value of wastewater
A study on how back grinding and dicing waste water are good low-hanging fruit candidates for short circuit reclaim or at least raw water substitution. Both approaches keep the water body within the fab and have huge cost benefit over simple discharge of the highly valuable permeate.
|
Pall;
|
Jochen Ruth;
Gerd Heser;
|
Water Conservation; Wastewater Management; Sustainability |
View |
... |
2022 |
Please login or subscribe to view UPM Resources.
|
Deconstructing the Challenges of Facility 2.0: Environmental and Operational Sustainability
Unprecedented demand for semiconductor products is compelling the construction of larger, more complex facilities which consume increasing quantities of energy and water.
|
Intel;
FTD Solutions;
Applied Materials;
GF Piping Systems;
|
Slava Libman;
Andreas Neuber;
John Painter;
Josh Best;
Aaron Blawn
|
Sustainability; Water Management; Energy Conservation; Construction; Water Conservation |
View |
... |
2022 |
Please login or subscribe to view UPM Resources.
|
Sustainability Roundtable: Challenges and Opportunities for Water Recycling
|
DAS Environmental Expert;
|
Nadine Siebdrath;
Joerg Winter;
|
Water Management; Wastewater Reclamation and Reuse; Energy Conservation; Cost Management; Sustainability |
View |
... |
2022 |
Please login or subscribe to view UPM Resources.
|
Sustainability Roundtable: Catalyzing Innovation in Water Management via Data and SEMI Standards
Roundtable handout from February Community Event
|
FTD Solutions;
|
Bonnie Marion;
|
SEMI; Data Management; Metrology and Analytical Technology; Water Conservation; Sustainability; UPW System |
View |
... |
2022 |
Please login or subscribe to view UPM Resources.
|
Sustainable Water Usage in Semiconductor Manufacturing
Roundtable event opening remarks at February Community Event
|
Intel;
|
Paul Kerr;
|
Sustainability; Water Reclaim; Water Management; Water Conservation; SEMI |
View |