From efficiency to effectiveness: Where technology innovation meets sustainability

Research output: Contribution to conferenceConference abstract for conferenceResearchpeer-review

Abstract

Ever-growing population and consumption has put continuously increasing pressure on our planet's health including humans, ecosystems, and natural resources [1]. At the same time, efficiency in production and techno-economic are the drivers of today's economy. These unsustainable global trends push our industrial civilization toward crossing our planet's boundaries for a resilient climate, functional geochemical cycles, and healthy environments [2]. To ensure that future technologies move away from contributing to an unsustainable future, we need a radical paradigm shift. New designs and developments need to be fundamentally aligned with sustainability constraints. Considering such constraints comes with several key requirements. We need to determine the physical limits of ecosystems, human health, and environmental assets for resources extraction, environmental pollution and global exposure. We also need to understand the complexity of environmental pressure of the thousands of new chemicals, materials and products entering the global market every year along their entire life cycle. Finally, we need to benchmark all new designs against the physical limits of our planet. Physics, material science, and sustainability assessment are all crucial elements to meet these requirements. This will ultimately lead to sustainability-driven innovation in technology design and development of absolutely sustainable products and supply chains [3].
Original languageEnglish
Publication date2019
Publication statusPublished - 2019
EventSustainable Industrial Processing Summit & Exhibition, SIPS 2019 - Paphos, Cyprus
Duration: 23 Oct 201927 Oct 2019

Conference

ConferenceSustainable Industrial Processing Summit & Exhibition, SIPS 2019
CountryCyprus
CityPaphos
Period23/10/201927/10/2019

Cite this

Fantke, P. (2019). From efficiency to effectiveness: Where technology innovation meets sustainability. Abstract from Sustainable Industrial Processing Summit & Exhibition, SIPS 2019, Paphos, Cyprus.
Fantke, Peter. / From efficiency to effectiveness: Where technology innovation meets sustainability. Abstract from Sustainable Industrial Processing Summit & Exhibition, SIPS 2019, Paphos, Cyprus.
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abstract = "Ever-growing population and consumption has put continuously increasing pressure on our planet's health including humans, ecosystems, and natural resources [1]. At the same time, efficiency in production and techno-economic are the drivers of today's economy. These unsustainable global trends push our industrial civilization toward crossing our planet's boundaries for a resilient climate, functional geochemical cycles, and healthy environments [2]. To ensure that future technologies move away from contributing to an unsustainable future, we need a radical paradigm shift. New designs and developments need to be fundamentally aligned with sustainability constraints. Considering such constraints comes with several key requirements. We need to determine the physical limits of ecosystems, human health, and environmental assets for resources extraction, environmental pollution and global exposure. We also need to understand the complexity of environmental pressure of the thousands of new chemicals, materials and products entering the global market every year along their entire life cycle. Finally, we need to benchmark all new designs against the physical limits of our planet. Physics, material science, and sustainability assessment are all crucial elements to meet these requirements. This will ultimately lead to sustainability-driven innovation in technology design and development of absolutely sustainable products and supply chains [3].",
author = "Peter Fantke",
year = "2019",
language = "English",
note = "Sustainable Industrial Processing Summit & Exhibition, SIPS 2019 ; Conference date: 23-10-2019 Through 27-10-2019",

}

Fantke, P 2019, 'From efficiency to effectiveness: Where technology innovation meets sustainability', Sustainable Industrial Processing Summit & Exhibition, SIPS 2019, Paphos, Cyprus, 23/10/2019 - 27/10/2019.

From efficiency to effectiveness: Where technology innovation meets sustainability. / Fantke, Peter.

2019. Abstract from Sustainable Industrial Processing Summit & Exhibition, SIPS 2019, Paphos, Cyprus.

Research output: Contribution to conferenceConference abstract for conferenceResearchpeer-review

TY - ABST

T1 - From efficiency to effectiveness: Where technology innovation meets sustainability

AU - Fantke, Peter

PY - 2019

Y1 - 2019

N2 - Ever-growing population and consumption has put continuously increasing pressure on our planet's health including humans, ecosystems, and natural resources [1]. At the same time, efficiency in production and techno-economic are the drivers of today's economy. These unsustainable global trends push our industrial civilization toward crossing our planet's boundaries for a resilient climate, functional geochemical cycles, and healthy environments [2]. To ensure that future technologies move away from contributing to an unsustainable future, we need a radical paradigm shift. New designs and developments need to be fundamentally aligned with sustainability constraints. Considering such constraints comes with several key requirements. We need to determine the physical limits of ecosystems, human health, and environmental assets for resources extraction, environmental pollution and global exposure. We also need to understand the complexity of environmental pressure of the thousands of new chemicals, materials and products entering the global market every year along their entire life cycle. Finally, we need to benchmark all new designs against the physical limits of our planet. Physics, material science, and sustainability assessment are all crucial elements to meet these requirements. This will ultimately lead to sustainability-driven innovation in technology design and development of absolutely sustainable products and supply chains [3].

AB - Ever-growing population and consumption has put continuously increasing pressure on our planet's health including humans, ecosystems, and natural resources [1]. At the same time, efficiency in production and techno-economic are the drivers of today's economy. These unsustainable global trends push our industrial civilization toward crossing our planet's boundaries for a resilient climate, functional geochemical cycles, and healthy environments [2]. To ensure that future technologies move away from contributing to an unsustainable future, we need a radical paradigm shift. New designs and developments need to be fundamentally aligned with sustainability constraints. Considering such constraints comes with several key requirements. We need to determine the physical limits of ecosystems, human health, and environmental assets for resources extraction, environmental pollution and global exposure. We also need to understand the complexity of environmental pressure of the thousands of new chemicals, materials and products entering the global market every year along their entire life cycle. Finally, we need to benchmark all new designs against the physical limits of our planet. Physics, material science, and sustainability assessment are all crucial elements to meet these requirements. This will ultimately lead to sustainability-driven innovation in technology design and development of absolutely sustainable products and supply chains [3].

M3 - Conference abstract for conference

ER -

Fantke P. From efficiency to effectiveness: Where technology innovation meets sustainability. 2019. Abstract from Sustainable Industrial Processing Summit & Exhibition, SIPS 2019, Paphos, Cyprus.