Exploring Environmental Supply Chain Innovation in M&A
Abstract
:1. Introduction
2. Theoretical Foundation
2.1. Sustainable Supply Chain Management Literature
2.2. Merger Motives Literature
2.3. M&A Process (An Operations Management Perspective)
3. Material and Methods
3.1. Research Design
3.2. Case Study Organisation
3.3. Data Collection and Analysis
4. Results
4.1. Strategic Context
4.2. M&A Process Analysis
4.3. Deal Analysis
5. Discussion
5.1. How Innovative Is the Deal?
5.2. Towards a New M&A Process Perspective for Operations Sustainability
6. Conclusions
6.1. Additional Considerations
6.2. Research Limitations
6.3. Future Research
Author Contributions
Funding
Conflicts of Interest
Appendix A
Focus | Exploratory Questions | 1. Initial | 2. Repeatable | 3. Defined | 4. Managed | 5. Optimised |
---|---|---|---|---|---|---|
Product Design | What clean-tech patents and license research/R&D capabilities exist? | Target has little or no awareness of environmental sustainability-related opportunities | Environmental sustainability-related innovation is typically driven by short-term or near-term priorities and seen as a necessity rather than a profit opportunity | Target is in the early-to-middle stages of embedding systematic and repeatable innovation processes with some projects intentionally connected to advance environmental sustainability | Environmental sustainability implications are important, and thoughtful consideration in most innovation efforts is linked to financial performance | All innovation efforts explicitly incorporate environmental sustainability considerations |
What processes, tools, education and metrics govern how sustainability is embedded into the development processes for new products and services? | Regulatory compliance | Sustainability considered in new product development, for suppliers and in reporting metrics | Sustainability considered in new product development, for suppliers and in reporting metrics | Sustainability included throughout much of the enterprise and used as a competitive advantage in some markets | Sustainability fully integrated throughout enterprise, viewed not as an initiative but rather as the way the company does business | |
How are the target customers’ sustainability needs treated by the product design team? | Regulatory compliance | Sustainability considered in new product development, for suppliers and in reporting metrics | Sustainability included throughout much of the enterprise | Sustainability included throughout much of the enterprise and used as a competitive advantage in some markets | Sustainability fully integrated throughout enterprise, viewed not as an initiative but rather as the way the company does business | |
Does a network understanding of customers’ requirements and target-firm leadership for implementation and co-development exist? | No R&D, isolated local processes, strategy for compliance | Opportunities for design for sustainability assessed, awareness and some local implementation of sustainability | Design for sustainability integrated at R&D level. Lean and other appropriate processes in place at all network nodes | Sustainability elements used as initiatives driving new R&D. Knowledge-based scenario management assessed but not implemented across network | Sector leader in sustainable technologies and disruptive sustainable innovation. Network knowledge integration. Industry regulatory roadmaps shaped by target in partnership with regulatory bodies |
Focus | Exploratory Questions | 1. Initial | 2. Repeatable | 3. Defined | 4. Managed | 5. Optimised |
---|---|---|---|---|---|---|
Technology Selection | To what extent is business model innovation for SSCM a strategic and established capability? | Innovation is rarely strategic. Tendency is to regard innovation as the price of doing business, rather than as a net contributor to profit | Innovation is evolutionary and driven by external forces. Changes are small and are more “tweaks” then true design changes | Innovation incorporating social and environmental issues that is partly foresight-based is increasingly regarded as an expectation | Innovation processes exists by which the business model is regularly reviewed, with some change being moderate to revolutionary in scale | There is an established, regular and rigorous business model innovation process with change based on substantial foresight |
What management systems for energy, material and natural resources exist, and to what extent is it optimised? | Consumption measurement/local awareness | Energy consumption continuous improvement process implemented at process/plant level | Energy element incorporated into location decision and make/buy decision tools. Product level continuous improvement process for energy use reduction | Network configuration measurement of consumption. Renewable options locally assessed | Network configuration measurement of consumption. Renewable options locally assessed |
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Strategic Factors | Sustainable Environmental SC Considerations | References |
---|---|---|
Product Design | Innovation for environmental sustainability New product and service design optimization Specification/customer insights Network product and service enhancement | [18,19,20] |
Technology Selection | Business/operating model innovation performance Energy efficiency and effectiveness | [18,19,21] |
Strategic Factors | Sustainable Environmental SC Considerations | Merger Motives Exploratory Questions | References |
---|---|---|---|
Product Design | Innovation for environmental sustainability | What clean-tech patents and license research/R&D capabilities exist? | [18] |
New product and service design optimization | What processes, tools, education and metrics govern how sustainability is embedded into the development processes for new products and services? | [19,20] | |
Specification/customer insights | How are the target customers’ sustainability needs treated by the product design team? | [20] | |
Network product and service enhancement | Does a network understanding of customers’ requirements and target-firm leadership for implementation and co-development exist? | [19] | |
Technology Selection | Business/operating model innovation performance | To what extent is business model innovation for SSCM a strategic and established capability? | [18,21] |
Energy efficiency and effectiveness | What management systems for energy, material and natural resources exist, and to what extent are they optimised? | [18,19] |
Perspective | Phases Reported | References |
---|---|---|
Strategy/Market intelligence | Strategy, formulation, investigation and selection, negotiation and integration Strategy, analysing target, integration strategy | [28,29] |
Workstream models | Planning, implementation and integration Planning, execution and implementation | [27,30,31] |
Acquiring perspectives | Preparation, transaction and integration Policy responsibilities, acquisition planning, acquisition criteria, acquisition candidates, acquirer contact, due diligence, negotiated terms, harvesting the benefits | [32] |
Selling perspective | Several models discuss the process of disposal but in broad terms only | Various |
Contractual and legal frameworks | Strategic and financial perspective, transaction stage, transition stage, integration stage and evaluation | [33] |
Stakeholder perspective | Mapping stakeholders, managing stakeholders and measuring acquisition outcomes | [34] |
Manufacturing operations perspective | Identify value creation drivers, initial operations assessment, develop operations strategy and value delivery | [35,36] |
Case Study Interviews | Identification of Value Creation Drivers | Initial Operations Assessment | Develop Operations Strategy | Value Delivery |
---|---|---|---|---|
COO | ✓ | ✓ | ||
Chief Sustainability Officer | ✓ | ✓ | ✓ | |
VP Supply Chain | ✓ | ✓ | ||
Integration Manager | ✓ | ✓ | ✓ |
Case Study Data Collection | Results (Selected) |
---|---|
Strategy |
|
Sustainability Goals |
|
M&A Experience |
|
SSCM Experience |
|
Transaction Details |
|
Case Study Data Collection | Results (Selected) |
---|---|
Merger Motives |
|
Identify Value Drivers |
|
Perform Operations Assessment |
|
Develop Operations Strategy |
|
Value Delivery and Post Merger Integration (PMI) |
|
Exploratory Questions | Identification of Value Creation Drivers | Initial Operations Assessment | Develop Operations Strategy | Value Delivery |
---|---|---|---|---|
What clean-tech patents and license research/R&D capabilities exist? | “IP (for stevia concentrate formulation) was definitely a factor in the acquisition” | |||
What processes, tools, education, and metrics govern how sustainability is embedded into the development processes for new products and services? | “…good alignment with Sustainable agriculture initiative (SAI)” | “reliance on pre-merger survey feedback to guide the scope and types assessment teams established” | “Extra consideration needed to be given to the Rep Risk search as the target had prison labour accusations, that potentially eroded some value delivery, opportunity missed to get ahead of the customer messaging” | |
How are the target customers’ sustainability needs treated by the product design team? | “very seriously as customers are looking for no or low caloric sweeteners” | |||
Does a network understanding of customers’ requirements and target-firm leadership for implementation and co-development exist? | “pre-acquisition it’s usually just which country the product is sourced from, don’t get to a more granular level until day-1” | “… don’t want to expand into these new customers at the expense of cutting out the old ones” | “trick will be integrating the operations into our business without messing things up” | |
To what extent is business model innovation for SSCM a strategic and established capability? | “eliminate operations and transportation costs by closing Brazil production and consolidate raw material growing and Stevia production in one region (China)” | “evaluation of waste streams, particularly leaf extracts […] day-1 discussion, revenue generation opportunity assessment” | ||
What management systems for energy, material and natural resources exist, and to what extent are they optimised? | “product sustainability customer value comes at a higher environmental footprint” | “Integration lead responsible for capturing what they think are the potential synergies” |
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Manocha, P.; Srai, J.S. Exploring Environmental Supply Chain Innovation in M&A. Sustainability 2020, 12, 10105. https://doi.org/10.3390/su122310105
Manocha P, Srai JS. Exploring Environmental Supply Chain Innovation in M&A. Sustainability. 2020; 12(23):10105. https://doi.org/10.3390/su122310105
Chicago/Turabian StyleManocha, Pavan, and Jagjit Singh Srai. 2020. "Exploring Environmental Supply Chain Innovation in M&A" Sustainability 12, no. 23: 10105. https://doi.org/10.3390/su122310105
APA StyleManocha, P., & Srai, J. S. (2020). Exploring Environmental Supply Chain Innovation in M&A. Sustainability, 12(23), 10105. https://doi.org/10.3390/su122310105