Achieving sustainable business outcomes through eco-innovation adoption in manufacturing firms of Pakistan: a higher-order PLS-SEM approach

Purpose Grounded in the natural resource-based view, this study aims to investigate how eco-innovation drivers influence eco-innovation adoption and competitive benefits, which, in turn, foster sustainable business outcomes in Pakistan’s manufacturing sector. It also examines the moderating roles of firm age and firm size. Design/methodology/approach Adopting a positivist philosophy and deductive, quantitative approach, data were collected from 232 manufacturing managers via a cross-sectional online survey. A higher-order reflective–reflective measurement model was specified, estimated and validated using partial least squares structural equation modeling (PLS-SEM). Findings Eco-innovation drivers significantly shape both eco-innovation adoption and competitive benefits. Competitive benefits emerged as the strongest direct predictor of sustainable outcomes. Both eco-innovation adoption and competitive benefits mediate the path between eco-innovation drivers and sustainability performance. Firm age positively moderates the link between competitive benefits and sustainable outcomes, while firm size shows no significant effect. Research limitations/implications This study enriches eco-innovation paradigm by mapping how eco-innovation drivers initiate eco-process, product and organizational innovations that yield competitive benefits and sustainable performance, moderated by firm age in an emerging-economy context. The higher-order model enhances measurement rigor; however, generalizability may be limited due to the modest sample size. Practical implications Managers should mobilize a comprehensive set of eco-innovation drivers to accelerate innovation adoption and secure competitive and sustainability gains. Accounting for firm age dynamics may further amplify these benefits. Originality/value Applying a higher-order PLS-SEM framework, this study presents an integrated examination of eco-innovation drivers, eco-innovation adoption, competitive benefits and firm age as determinants of sustainable business performance in the manufacturing sector of emerging economy.

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Publication Details

Journal
International Journal of Innovation Science
Published
2026-01-05
DOI
https://doi.org/10.1108/ijis-10-2024-0283
Citations
1
Primary Topic
Environmental Sustainability in Business
Type
article
Field-Weighted Citation Impact
78.11
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article

Achieving sustainable business outcomes through eco-innovation adoption in manufacturing firms of Pakistan: a higher-order PLS-SEM approach

Sadia Shaukat, Masoodul Hassan
1 citations
International Journal of Innovation Science
Environmental Sustainability in Business
78.11
article

Achieving sustainable business outcomes through eco-innovation adoption in manufacturing firms of Pakistan: a higher-order PLS-SEM approach

Sadia Shaukat, Masoodul Hassan
article en
1 citations

Abstract

Purpose Grounded in the natural resource-based view, this study aims to investigate how eco-innovation drivers influence eco-innovation adoption and competitive benefits, which, in turn, foster sustainable business outcomes in Pakistan’s manufacturing sector. It also examines the moderating roles of firm age and firm size. Design/methodology/approach Adopting a positivist philosophy and deductive, quantitative approach, data were collected from 232 manufacturing managers via a cross-sectional online survey. A higher-order reflective–reflective measurement model was specified, estimated and validated using partial least squares structural equation modeling (PLS-SEM). Findings Eco-innovation drivers significantly shape both eco-innovation adoption and competitive benefits. Competitive benefits emerged as the strongest direct predictor of sustainable outcomes. Both eco-innovation adoption and competitive benefits mediate the path between eco-innovation drivers and sustainability performance. Firm age positively moderates the link between competitive benefits and sustainable outcomes, while firm size shows no significant effect. Research limitations/implications This study enriches eco-innovation paradigm by mapping how eco-innovation drivers initiate eco-process, product and organizational innovations that yield competitive benefits and sustainable performance, moderated by firm age in an emerging-economy context. The higher-order model enhances measurement rigor; however, generalizability may be limited due to the modest sample size. Practical implications Managers should mobilize a comprehensive set of eco-innovation drivers to accelerate innovation adoption and secure competitive and sustainability gains. Accounting for firm age dynamics may further amplify these benefits. Originality/value Applying a higher-order PLS-SEM framework, this study presents an integrated examination of eco-innovation drivers, eco-innovation adoption, competitive benefits and firm age as determinants of sustainable business performance in the manufacturing sector of emerging economy.

International Journal of Innovation Science
Bahauddin Zakariya University (PK), University of Sargodha (PK)
Industry, innovation and infrastructure
Openalex Percentile: Top 1%
Environmental Sustainability in Business
78.11
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