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Submitting institution
University of Derby
Unit of assessment
17 - Business and Management Studies
Summary impact type
Societal
Is this case study continued from a case study submitted in 2014?
No

1. Summary of the impact

Since 2012, researchers from Derby Business School have pioneered Pro-environmental Enterprise (PE) support strategies and generated impact for individual SMEs and regional policy. This includes:

1) Policy level impact: by developing specific PE practice, informing the LEP Energy Strategy and Local Industrial Strategy, and influencing policymakers and implementers.

2) Economic impact on SMEs: by supporting access to low carbon goods and services markets through the creation of a PE network comprising over 130 SMEs and secondary environmental impacts; including carbon reductions and improved energy performance.

3) Practitioner impacts: increased awareness of pro-environmental business approaches.

2. Underpinning research

Context

For almost two decades, an important strand of Derby Business School’s (DBS) research has focused on effective SME support, acknowledged in REF 2014 as internationally significant. Whilst this research has continued it has also diversified, moving to explore how SMEs can be better engaged and supported towards pro-environmental business outcomes.

Main research contributions:

Over several years (2001–2006), Rae and his team studied entrepreneurial learning to understand how entrepreneurs developed their attitudes, behaviours and practice. They developed several research-driven frameworks [3.1] relating to entrepreneurial learning, underpinned by the development of entrepreneurial capability. The importance of ‘opportunities arising from contextual learning’ – particularly networking, ‘shared learning’, and ‘relational aspects’ of entrepreneurial learning emerged in many examples of Rae’s work (2004) [3.1].

Inspired by Rae’s [3.1] work and driven by early research that identified that enterprise support initiatives were poorly configured towards encouraging pro-environmental practice, Baranova, Paterson and Conway built upon Rae’s earlier enterprise research, applying it to PE practice, capabilities and leadership (2012–2019) [3.2, 3.4, 3.6]. The integration of enterprise research, learning through networking as an enterprise support mechanism and the focus on SMEs’ capabilities in this environmental context was particularly innovative at this time.

Baranova and Conway (2013–2015) [3.2] undertook research commissioned by two local authorities that involved 141 SMEs. They found a desire to engage with pro-environmental activities and access to peer support activity and that SME leaders considered it important to collaborate with their wider supply chains to achieve pro-environmental outcomes. Building upon this, Baranova and Meadows (2017) [3.3] developed an approach to SME pro-environmental

capability-building, that advocated collaboration and stakeholder engagement as pivotal to the wider shift towards a low carbon economy.

Further research by Baranova and Paterson (2015–2017) [3.4], sought to explore SME perceptions of pro-environmental practice and enterprise support provision. Data from 120 SMEs, found an appetite for pro-environmental activity, yet respondents felt there were inadequate PE support interventions. They found that SMEs lacked confidence in managing pro-environmental activity and a lack of advice and knowledge to build pro-environmental business cases [3.4]. This led to recommendations for greater policy-level support.

In 3.5, Foster and Brindley (2016–2018), explored SME owners’ engagement with networking and found that support networks need to be configured carefully to ensure value for participants. They found that SME owners were sceptical about regional, publicly funded initiatives. Where networks were valuable, they were context/sector-specific and brought together various stakeholders in the supply chain. Foster and Brindley concluded by calling for more innovative approaches to networking to maximise their value and usefulness for SME owners.

The subsequent D2N2 LEP commissioned study [G3.2] explored the skills needs of the low carbon sector, finding both significant gaps and niches of PE innovation in every sector (Paterson et al, 2018). On top of this insight, trends research into the regional PE sector (2015–20, summarised in 5.3b - in collaboration with the East Midlands Chamber), both informed the programme of support offered through the ERDF funded pro-environmental business network [G3.1] and influenced local policy development [5.3c].

3. References to the research

Derby Business School researchers are indicated by black, underlined text:

[3.1] Rae, D. (2004) ‘Practical Theories from Entrepreneurs' Stories: Discursive Approaches to Entrepreneurial Learning’, Journal of Small Business and Enterprise Development, 11(2), 195-202. DOI: https://doi.org/10.1108/14626000410537137 (Peer-reviewed).

[3.2] Baranova, P. and Conway, E. (2017) ‘Transition to a Low Carbon Economy: An SME Perspective’. In Baranova, P., Conway, E., Lynch, N. and Paterson, F. (eds.) The Low Carbon Economy: Understanding and Supporting a Sustainable Transition. London. Palgrave Macmillan, 87-115 (Peer-reviewed).

[3.3] Baranova, P. and Meadows, M. (2017) ‘Engaging with environmental stakeholders: Routes to building environmental capabilities in the context of the low carbon economy’, Business Ethics: A European Review, 26(2), 112-129. DOI: https://doi.org/10.1111/beer.12141 (Peer-reviewed).

[3.4] Baranova, P. and Paterson, F. (2017) ‘Environmental capabilities of small and medium sized enterprises: Towards transition to a low carbon economy in the East Midlands’, Local Economy, 32(8), 835-853. DOI: https://doi.org/10.1177%2F0269094217744494 (Peer-reviewed).

[3.5] Foster, C. and Brindley, C. (2018) ‘Female entrepreneurial networking in the marketing services sector’. Qualitative Market Research: An International Journal, 21(2), 182-201. DOI: https://doi.org/10.1108/QMR-11-2016-0106 (Peer-reviewed).

[3.6] Conway, E. (2014) 'Assessing Sustainability Support to Small and Medium Sized Enterprises (SMEs)', International Journal of Performability Engineering, 10(4), 377-386. (Peer-reviewed). Available from the University of Derby online research archive: https://derby.openrepository.com/handle/10545/605213

Two separate projects were funded in relation to this research:

[G3.1]: ERDF (2016–22)

Total funding for University of Derby Business School contribution to the D2EE Low Carbon Project, 2016-2022 is GBP341,000. This is out of a total University of Derby grant award of GBP1,600,000 and an overall project value of GBP4.500,000 with equivalent match from the three partner organisations that takes the overall project value to nearly GBP9,000,000.

[G3.2]: Learn Direct (2018) GBP30,000.

To read the final report on this Learn Direct project, see Paterson, F., Baranova, P., Neary, S., Hanson, J., Wond, T., Lee, A., Clarke, L. (2018) ‘Key skills and training needs of the D2N2 Low Carbon and Environmental Goods & Services Sector’, Final Report, University of Derby (commissioned research quoted in D2N2 Energy Strategy 2019–2030).

4. Details of the impact

The extensive body of research insight into pro-environmental SME needs, cited above, focused activity on two key groups: (1) policy implementers who configure PE provision; and (2) SMEs directly. Impactful activities included:

Forming a Low Carbon Business Network (LCBN):** To embed the principles of shared learning [in 3.1, 3.2, 3.3, 3.5] and capability-building [3.2, 3.3, 3.4], DBS secured ERDF funding for the LCBN as part of the ERDF D2EE project. Activity tailored to the needs of SMEs included: three sustainable business marketplace events; three sustainability summits (two jointly with the East Midlands Chamber of Commerce); network events; a ‘Green Growth’ acceleration programme; expert workshops; bespoke consultancy; and environmental management accreditation (emerging from 3.4 and G3.1). In its latest phase, the network evolved from its focus on local SMEs, to offer support for providers across England – hosting events and providing advice about how to support SMEs with pro-environmental practice to LEPs, local enterprise initiatives, and local authorities nationally. These bespoke sector support needs emerged directly from the underpinning research.

Dissemination of pro-environmental capabilities: Emerging interest in the pro-environmental capabilities framework [3.3, 3.4] led to further practitioner-based dissemination activity and generated advisory opportunities (e.g. West Yorkshire Combined Authorities, Hull City Council, as well as collaborative research opportunities with Aston, Brighton and Liverpool John Moores Universities).

*Regional/national advisory roles: The innovative and timely nature of the research and ensuing activity, led to the team’s involvement in regional strategy development as well as national advisory roles such as the Sustainability Leaders Forum.

Impact on regional policy actors

Statements by policy stakeholders demonstrate a range of impacts [5.2a-e]. Engagement with regional policymakers led to a change in the way enterprise support is delivered to SMEs [5.2c], as well as informing strategic development [5.2e]. Research into low carbon and environmental goods and services trends and skills needs [G3.2, 5.3b] is cited in the LEP’s Regional Energy Strategy [5.3c] and is influencing the ongoing D2N2 Science & Innovation Audit (SIA) as well as the refreshed Strategic Economic Plan (for 2019–2030) [5.2e]. Paterson supported the Regional Energy Strategy as an Advisory Group member with reference to business development, training, skills shortages, sector mapping and supporting low carbon, energy and renewable sector supply chains to strengthen SME energy support programmes [5.2a-e].

The increased profile of these issues at a policy level also resulted in the appointment of pro-environmental SME representatives to the D2N2 Innovation Advisory Board to champion the low carbon sector – and staff representation on the Energy Strategy Group as a direct link to the underpinning research on low carbon leadership [5.2e]. The research [3.3, 3.4, 3.6] has also informed the establishment of the award-winning Energy Efficiency Grant scheme at Derby City and Derbyshire County Councils [5.2b] and has been credited by the D2N2 LEP as providing a blueprint for enterprise support that combines business growth interventions with improved environmental outcomes of participating enterprises [5.2c].

Impact on SMEs

LCBN support for 33 SMEs has resulted in increased awareness and improved practice of SMEs towards environmental objectives, improved access to low carbon and environmental goods and services markets/supply chains. It has also enhanced CSR policies, and supported SMEs to adopt environmental standards [5.1a,b,c, 5.2d].

Since 2016, the wider LCBN has grown by 5% per month on average and currently comprises 150 members representing 130 firms [5.3a]. The impact of the network was evident from 2017 to the present day in the form of improvements to financial, productivity and sustainability indicators of the network SMEs. For example, the network helped Recon Electrical Ltd to embed low carbon capabilities and develop partnerships with LED manufacturers that resulted in tangible savings for customers [5.1a]. One client identified energy savings of GBP2,625 p.a. that meant the return on investment was just 19 months. 11 SMEs have been directly supported to attain environmental accreditations leading Investors in the Environment to estimate associated reductions of up to 5.4t of CO2e by the end of 2020 [5.2d].

The development of three LCEGS marketplaces raised awareness of PE support and improved engagement with PE-focused activity. The East Midlands Chamber of Commerce (EMCC) report increased engagement from businesses in pro-environmental themed events, with a 5% increase in the average participation rate from 2016 [5.2a]. The ‘Investors in the Environment’ (IIE) scheme has also reported increased interest from LCBN SMEs for pro-environmental business management practices. Motion Vehicles Ltd credits the network with improvement in its market position and strengthening ‘green’ credentials of its brand [5.1b]. After participating in the Green Growth acceleration programme, Eco Voltz Ltd experienced an increase in demand for its electric bikes and a 15% increase in the product’s share of the firm’s turnover [5.1c].

5. Sources to corroborate the impact

5.1 Evidence group from SMEs

[5.1a] Online case study in Chesterfield News (published: 11 December 2018) showcasing our project’s impact on Recon Electrical Ltd and their clients (accessed: July 2019).

[5.1b] A statement from the Managing Director/Owner, Motion Vehicles Ltd. This interview data was recorded in December 2019 and transcribed on the 15 March 2020.

[5.1c] Data from Eco Voltz Ltd. This interview data was recorded in August 2019 and transcribed on 13 March 2020.

5.2 Evidence group from regional partners

[5.2a] A statement from the Sector Forum and Representation Manager, East Midlands Chamber of Commerce (25 March 2020).

[5.2b] A statement from the Energy officer, Derby City Council (19 May 2020).

[5.2c] A statement from the Partnership Manager, Growth Hub, D2N2 LEP (31 March 2020).

[5.2d] Data from the Regional Coordinator, ‘Investors in Environment’ Environmental Management Accreditation (7 January 2019).

[5.2e] A statement from the Chair of the D2N2 Energy Steering Group, Head of Energy Services, Nottingham City Council (29 April 2020).

5.3 Public evidence group

[5.3a] Carney Green (2019). ‘ERDF D2EE Low Carbon Project’ evaluation report.

[5.3b] Paterson, F., Baranova, P. and Gallotta, B. (2020) ‘Pro-environmental business and clean growth trends for the East Midlands 2020’, University of Derby.

[5.3c] D2N2 LEP. (2019) ‘Energy strategy 2018-2030: D2N2 Clean Industrial Revolution’.

Submitting institution
University of Derby
Unit of assessment
17 - Business and Management Studies
Summary impact type
Societal
Is this case study continued from a case study submitted in 2014?
No

1. Summary of the impact

Green-lean and lean logistics research by the University of Derby’s Centre for Supply Chain Improvement (CSCI) (Garza-Reyes; Anosike; Nadeem) has addressed productivity and environmental challenges in distribution activities in the logistics, manufacturing and emergency medical service industries. CSCI’s research and engagement with non-profit and private organisations, both nationally and internationally, including companies from Mexico, China, Thailand, Colombia and Oman, has principally generated management and environmental impacts, including:

(a) changed approaches to the management of resources;

(b) improved service delivery and productivity;

(c) enhanced processes and reduction of inefficient process;

(d) improved environmental performance;

(e) informed professional and educational exchanges.

2. Underpinning research

The underpinning research comprises work produced by the Centre of Supply Chain Improvement (CSCI) since 2013. The wider body of work includes over 50 journal papers, 19 conference papers, and 7 projects, funded by the British Council, British Academy, Innovate UK, and the Mexican Council of Science and Technology (Consejo Nacional de Ciencia y Technología - CONACYT), as well as private sector partners. The research relates to the development and application of lean production principles into new contexts and addresses growing environmental concerns.

It began with Garza-Reyes’ research recognising that lean could be adopted in logistics contexts to generate efficiencies, eliminate wastes and improve the environmental impact of organisations, contributing significantly to the notions of green-lean and lean logistics. Road transportation emerged as a particular focus for Garza-Reyes’ research, not least as it has attracted attention for being ecologically/environmentally detrimental. The research addresses important global and national challenges, particularly surrounding environmental and productivity priorities established by the UK’s Industrial Strategy and the United Nations Sustainable Development Goals, e.g. Decent Work and Economic Growth (Goal 8), Sustainable Cities and Communities (Goal 11) and Climate Action (Goal 13).

A comprehensive systematic literature review [3.1], conducted by Garza-Reyes unveiled a conceptual and empirical gap in the consolidation of lean principles despite the mounting green agenda. This gap was pronounced within the road transportation context. This research acted as a catalyst for the green-lean and lean logistics movements. Developing this research agenda, Garza-Reyes [3.2], developed a systematic framework, based on a case study approach, with industry partners in Mexico (and funded by the British Council [G3.1] and British Academy [G3.2]). This extended a leading model (Villareal, 2012) of ‘Transportation Value Stream Mapping’ (TVSM) to consider environmental wastes and the particular characteristics of specialised logistics operations, e.g. ambulance/emergency medical services. Through published research [3.3], Garza-Reyes introduced the notion of ‘Sustainable Transportation Value Stream Mapping’ (STVSM). This identified particular environmental wastes relevant to the transportation context, and Ambulance Transportation Value Stream Mapping (A-TVSM) [3.4] (theorising from the case study data).

The application of STVSM into various world-leading organisations [3.3] has resulted in improving performance efficiencies, e.g. productivity, administrative availability, clients served, quality (reduction of returns, clients not served); reducing distance, fill losses, labour time and CO2 emissions. This created confidence in the further development of this research area and underpinned funded projects, led by Garza-Reyes and Anosike, into other contexts (agriculture) [G3.3]. More recently, CSCI’s work developed into the emergency medical services (EMS) transportation (i.e. ambulance) context where Garza-Reyes identified that, whilst lean was well adopted in healthcare, it had not been in an EMS transportation context [3.4]. The work has also been applied in Fast Moving Consumer Goods settings [3.5]. Approaches to identifying relevant wastes and piloting their implementation in a process of co-design with stakeholders were identified [G3.4].

The underpinning research and wider body of research have not only refined the green-lean concept but resulted in a pioneering green-lean toolkit that, through a process of applied research, has been iteratively developed and implemented in a range of organisations.

3. References to the research

Peer-reviewed journal articles

University of Derby researchers are indicated by black, underlined text:

[3.1] Garza-Reyes, J.A. (2015) ‘Lean and Green - A Systematic Review of the State of the Art Literature’, Journal of Cleaner Production, 102, 18-29.

DOI: https://doi.org/10.1016/j.jclepro.2015.04.064

[3.2] Villarreal, B., Garza-Reyes, J.A. and Kumar, V. (2016) ‘Lean road transportation – a systematic method for the improvement of road transport operations’, Production Planning & Control, 27(1), 865-877. DOI: https://doi.org/10.1080/09537287.2016.1152405

[3.3] Garza-Reyes, J.A., Villarreal, B., Kumar, V. and Molina Ruiz, P. (2016) ‘Lean and green in the transport and logistics sector – a case study of simultaneous deployment’, Production Planning & Control, 27(15), 1221-1232. DOI: http://dx.doi.org/10.1080/09537287.2016.1197436

[3.4] Villarreal, B., Garza-Reyes, J.A., Granda-Gutiérrez, E., Kumar, V. and Lankenau-Delgado, S. (2018) ‘A Lean transportation approach for improving emergency medical operations’, Production Planning & Control, 29(11), 928-942.

DOI: https://doi.org/10.1080/09537287.2018.1494343

[3.5] Udokporo, C., Anosike, A., Lim, M., Nadeem, S.P., Garza-Reyes, J.A. and Ogbuka, C.P. (2020) ‘Impact of Lean, Agile and Green (LAG) on business competitiveness: An empirical study of fast moving consumer goods businesses’, Resources, Conservation & Recycling, 156, 104714. DOI: https://doi.org/10.1016/j.resconrec.2020.104714

Peer-reviewed funding and grants

[G3.1] Garza-Reyes, J.A. and research partners at the Instituto Politecnico Nacional, ESCA Santo Tomas (Mexico), ‘Managing Business Excellence and Adapting Innovation Systems for Supporting a Sustainable Transition towards a Low Carbon Economy’, British Council and National Council of Science and Technology (Mexico) (Researcher Links), 2014–2015, GBP30,000.

[G3.2] Garza-Reyes, J.A. and research partners at the Instituto Politecnico Nacional, ESCA Santo Tomas (Mexico), ‘Adoption of Green Technologies and Sustainability Standards for Emerging Economies: The Case of Mexico’, British Academy (Newton Advanced Fellowships), 2017–2021, GBP101,700. Total grant of GBP101.700 received and administered by the UoD of which GBP7,500 was allocated to UoD.

[G3.3] Garza-Reyes, J.A. Anosike, A. Wond, T. and research partners at the Universidad Autonoma de Aguascalientes (UAA) (Mexico), ‘Developing Food Security and Water Conservation for Economic Growth in Mexico – A Smart Monitoring and Control System (SMCS) Agro-Technology for Sustainable and Efficient Farming Operations’, British Council and National Council of Science and Technology (Mexico) (Institutional Links), 2017-2018, GBP80,000.

[G3.4] Garza-Reyes, J.A. and research partners at the Universidad Autonoma de Aguascalientes (UAA) (Mexico), ‘Sustainable Development - Exploring Energy Efficiency Opportunities through Supply Chain and Operations Innovation’, British Council (Researcher Links), 2015-2016, GBP46,200.

4. Details of the impact

Environmental, practitioner and organisational impact in road transport logistics

The development of the STVSM by Garza-Reyes and his guided implementation in several private sector companies has led to environmental, practitioner and organisational impact in the UK and internationally. In OXXO FEMSA, which is the largest chain of convenience stores in Latin America with over 18,000 stores, Garza-Reyes’ research [3.2] led to sustainable indicators being introduced and, under the guidance of Garza-Reyes, the re-engineering of truck routing processes. This resulted in ‘distance travelled in excess’ reducing to nil, fill loss reducing from 71% to 54.9%, and a 40% reduction of trucks needed to serve daily demand. This also resulted in non-environmental improvements, including 40% reduction in transport operation costs and serving time from circa 41 minutes to 18.7 minutes [5.1, 5.2].

By utilising the STVSM framework, in DHL Transport Operations (Monterey, Mexico), Garza-Reyes’ and his research partners reduced excess distance by 57%, resulting in secondary environmental impacts (such as the reduction of harmful gas emissions) [3.3]. Under the guidance and supervision of Garza-Reyes, his postgraduate students Mr Litao Lou, Mrs Khemchira Kaitwatcharachai and Mr Krishna Balaji and companies’ employees respectively applied the STVSM framework at: (1) HPF Co., Ltd., one of the most well-known medium size 3PL companies in Shenzhen, China; (2) ThailandPost Distribution Co., Ltd., a full-service transportation and distribution provider and affiliate of the Thai Post Company Limited (Thailand Post); and (3) Chandra Transports, a traditional third-party logistics service provider operating in Tamil Nadu, India. As an example of impact on practitioners or future practitioners through pedagogy, Garza-Reyes’ students benefitted from his innovative green-lean, applied pedagogic practice, gaining valuable practical experience through adapting the STVSM framework to solve real business problems. Indeed, in the three cases, STVSM helped the companies in identifying wastes and inefficiencies in their logistics processes, which consequently allowed them to change their practices accordingly to reduce costs and become more competitive [5.3, 5.4, 5.5].

Practitioner and health impacts in ambulance settings

Working with Cruz Roja Mexicana (Mexico’s Red Cross) in two separate projects, CSCI was able to apply its research on lean logistics and, in particular, sustainable (STVSM) and ambulance transportation value stream mapping (A-TVSM) [3.4], directly into the emergency medical context.

Project 1 focused on improving efficiency/agility and through the guided application of Garza-Reyes’ research toolkit, the organisation saw improved ambulance response times (response times within ten minutes increased from 16.4% to 58% post-intervention). Further, ambulance turnaround times increased by 34%, increasing services from 4 to 6 per 8-hour shift (i.e. creating capacity for two additional services in each shift) [5.6].

Project 2 focused on improving ambulance capacity by using lean principles and adopting the Theory of Constraints. With this knowledge and Garza-Reyes’ methodology, ambulance operations were re-routed following a facilitated process with internal stakeholders. Wastes such as over-processing time were identified in facilitated sessions. As a result, a reduction of ambulance cycle and turnaround times by about 50 min/service was achieved, increasing ambulance capacity from 4 to a maximum of 6 services per shift. Additionally, emergency call coverage within 10 minutes increased from 37% to 85% and response time decreased by 10 min on average. This further increased the number of services per ambulance per shift from 6 to 7 [5.7, pg. 269]. These improved efficiencies created better outcomes for the delivery of emergency care with patients being able to access it and receive an enhanced experience.

Extending the impact reach beyond road transportation

In 2016, CSCI recontextualised its research into a slightly different context – agriculture. Garza-Reyes led a British Council Institutional Links project in farming settings in Mexico [G3.3]. Whilst the project was multi-faceted, CSCI delivered best practice exchanges and workshops to local businesses, universities and government organisations in Mexico, where delegates were trained on the green-lean principles [5.8]. The project aimed to address outcomes relating to poverty and food security.

The commercial impact created by CSCI’s research is further demonstrated by its work with academic and industry partners in an iron ore shipping context in Oman. Working with a leading shipping company who had incurred GBP1m+ penalties/demurrage fees, CSCI was able to develop and apply a lean framework which led to the reduction in commercial time (a saving in excess of 30%) and the reduction in demurrage fees by approximately USD300,000 [5.9, pg. 1092; 1096; 1108].

Practitioner and professional impacts through executive education

The research has also been used in a host of educational exchanges with professional and practitioner groups including professional bodies. CSCIs research has led to its engagement with the Chartered Institute of Logistics and Transport (CILT) and its Logistics Research Network (LRN), and CSCI hosting and chairing CILTs LRN conference in 2016. The research has gained the attention of the CILT in the UK and work is currently underway to embed the research in their resources .

5. Sources to corroborate the impact

[5.1] English language testimonial from OXXO FEMSA provided by the Demand Planning (Planeacion de la Demanda) Manager on 21 February 2020 which confirms the improvements.

[5.2] OXXO FEMSA system data (2015–2016) and letter in English (21 February 2020) from OXXO FEMSA Demand Planning Manager which validates the data.

[5.3] English language testimonial from HPF Co., Ltd. provided by the Vice-General Manager on 26 February 2020.

[5.4] English language testimonial from ThailandPost Distribution Co., Ltd. provided by the Operating Staff Manager on 6 July 2020.

[5.5] English language testimonial from Chandra Transport provided by the Operations Director on 27 September 2020.

[5.6] English language testimonial from the Mexican Red Cross provided by the General Director on 11 February 2020.

[5.7] Data published in an academic output: Garza-Reyes, J.A., Villarreal, B., Kumar, V., Diaz-Ramirez, J. (2019) ‘A Lean-TOC Approach for Improving Emergency Medical Services (EMS) Transport and Logistics Operations’, International Journal of Logistics Research and Applications: A Leading Journal of Supply Chain Management, 22(3), 253-272.

DOI: https://doi.org/10.1080/13675567.2018.1513997 (page 269).

[5.8] Group of press releases and articles about the Institutional Links project:

  1. Press release, Autonomous University of Aguascalientes (2016).

  2. Newspaper article, La Jornada (25-06-2016).

  3. Practitioner magazine article, Lider (12-06-2017).

  4. Blog, Aguaardiente (n.d.).

  5. Blog, El Clarinete (24-05-2016).

  6. Blog, La Jornada (27-03-2017).

These documents were originally published in Spanish. The original documents can be provided to REF 2021 in Spanish, with accompanying English translations.

[5.9] Data published in an academic output: Garza-Reyes, J.A., Al-Balushi, M., Antony, J., Kumar, V. (2016) ‘A Lean Six Sigma framework for the reduction of ship loading commercial time in the Iron Ore Pelletising industry’, Production Planning & Control, 27(13), 1092-1111.

DOI: http://dx.doi.org/10.1080/09537287.2016.1185188 (pages 1092; 1096; 1108).

Submitting institution
University of Derby
Unit of assessment
17 - Business and Management Studies
Summary impact type
Economic
Is this case study continued from a case study submitted in 2014?
No

1. Summary of the impact

Access to finance and managerial capability are critical factors for SME survival. This is typically addressed through publicly funded provision of separate finance and training support programmes. Located in a deprived area, LDBG provides GBP1,500,000 of funding and advice and training support to 465 SMEs p.a. Based on a formal evaluation, our research impacted in reshaping LDBG’s business model in two new ways: (1) Differentiation of a suite of financial products designed to support businesses through the key growth stages in their evolution; (2) An integrated portfolio combining both finance and managerial capability support to maximise absorption capability.

2. Underpinning research

Cowling’s regular interaction with UK government policymakers over 30 years has provided unique insights into the UK government agenda in respect of SME financing and the shift towards local, place-based funding. This is underpinned by a strong research base that utilises survey evidence from tens of thousands of UK SMEs. The specific research project for LDBG [G3.1] involved: (i) a new survey administered to 380 recipients of LDBG grants and loans over the last two years; and (ii) the design of a new local funding model.

This research has enhanced our understanding of how smaller businesses interact with financiers. It is capital market rationing that underpins public intervention in capital markets and this is where the LDBG loan and grant finance offer to local small businesses seeks to fill a market gap. The key findings from our research are:

  • Whilst ‘safer’ and less ambitious projects are more likely to be funded, problems remain around the valuation of collateral [3.1]. Many younger and micro businesses lack assets to securitise lending against [3.2]. This formed the basis for the development of a local funding escalator for micro business that was Strand 2 of our LDBG research project.

  • A significant minority of small businesses choose to exclude themselves from the loan market. Our research has shown that more than half of discouraged borrowers would have got a loan had they applied [3.3]. Further research focusing on the UK under-investment problem identified a substantial proportion of SMEs that were at COVID-19 risk of failure due to a lack of liquidity [3.4]. These findings suggest that a distrust of banks has created a space for new providers offering loans on a local basis.

  • Banks interest rate offer is important in shaping ability to service the capital and interest repayments. This is important for younger and smaller businesses who have limited collateral and irregular cash-flows. Our research shows that higher interest rates are levied on smaller firms and on loans issued for working capital purposes, which imposes a ‘double’ penalty on younger and smaller businesses. Businesses that have reached a maximum debt capacity based on collateralized assets face higher interest rates. In this respect a new LDBG loan fund would lower the average interest rate on total borrowing. This is critical in increasing their ability to finance new projects with positive returns.

  • Access to financing is conditional on the local environment. This underpins the policy relevance of financing in local ecosystems, especially in lagging regions. Our research found that proximity between borrower and lender alleviates credit constraints. The clustering of investment opportunities and specialist investors in ‘core regions’ more than in ‘peripheral regions’ reinforces credit constraints in spatially remote regions [3.2]. As the LDBG offer is place specific (i.e. Sussex), their funding offer is a local one that is configured to address the particular finance constraints of local businesses who are primarily young and small. The first strand of the LDBG research focuses explicitly on evaluating their current funding offer and its appropriateness for the local small business community.

3. References to the research

Peer-reviewed journal articles

University of Derby researchers are indicated by black, underlined text:

[3.1] Cowling, M., Marlow, S., and Liu, W. (2020) ‘Gender and bank lending after the global financial crisis: are women entrepreneurs’ safer bets?’, Small Business Economics, 55, 853-880. DOI: https://doi.org/10.1007/s11187-019-00168-3

[3.2] Ughetto, E., Cowling, M., and Lee, N. (2019) ‘Regional and spatial issues in the financing of small and medium-sized enterprises and new ventures’, Regional Studies, 53(5), 617-619. DOI: https://doi.org/10.1080/00343404.2019.1601174

[3.3] Cowling, M., Nadeem, S., Foster, C., and Baranova, P. (2020) ‘Can local finance add value to local small business?’, International Review of Entrepreneurship, 18(1), 133-152.

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[3.4] Cowling, M., Brown, R., and Rocha, A. (2020) ‘Did you save some cash for a rainy COVID-19 day? The crisis and SMEs’, International Small Business Journal, 38(7), 593-604.

DOI: https://doi.org/10.1177%2F0266242620945102

Funding

[G3.1] Let’s Do Business Group (Cowling) (2019/20 – GBP15,000) – an evaluation of Let’s Do Business Group (ERDF funded) investment programmes.

4. Details of the impact

The LDBG provide finance to around 385 local businesses per annum in the Sussex area. They also provide capability enhancing support to a further 80 business per annum. LDBG are expanding their scope to reach more businesses and this research was commissioned to provide answers to two basic questions: Is what we offer relevant and useful to local businesses? And , can we improve and enhance our offer going forward? Thus, even at current support levels the impacts outlined have the potential to have a positive impact on some 450 local businesses each year with the potential to expand their support offer in the future [5.1].

The LDBG (ERDF funded) investment programmes providing total loan and grant capital of GBP1,500,000 to 385 SMEs in Sussex were evaluated in 2019–20 [3.4, 5.1]. The evaluation was conducted in parallel with the co-design of a new local funding model that seeks to address problems around track-record, collateral, and managerial capability that represent a barrier to raising external capital for these firms. Both strands of research build upon three decades of academic and policy related research conducted by Cowling. In particular, his recent work on the UKs regional finance problem [3.2] and his wider body of academic work on borrower discouragement [3.3], gender and collateral [3.1], and loan guarantee schemes [3.4]. The core findings and recommendations of the LDBG evaluation were presented at a conference on ‘Accessing Investment Funds for Regional Innovation and Growth’ held at the University of Derby (2020), which was attended by senior officials from the British Business Bank, Innovate UK, BFG, Midlands Engine, and representatives of local finance and SME support agencies [5.4, 5.5].

This research underpinned the development of the research framework for the LDBG project, (2019-ongoing). The key research findings from the evaluation of LDBG funding recipients are supporting the continual development of the group’s finance offer to local businesses. These research projects and the associated publications have generated an in-depth understanding of how public policy and intermediaries can support capital constrained SMEs to overcome these barriers and enhance their survival and growth prospects [5.5]. The specific findings from our research activities impacted on how LDBG’s offer to local businesses as follows:

LDBG Direct Impacts:

IMPACT 1: LDBG are designing and testing a differentiated portfolio approach to funding - The research found evidence to support the development of a differentiated funding offer based on a business’s growth needs. For example, 27% of businesses surveyed indicated a desire to pursue a more expansionist growth strategy. However, accelerated and more expansive growth typically requires a longer time-scale of integrated support with the potential for multiple funding rounds. Equally, start-up costs differ from innovation or new product development investment. Therefore, matching financial packages with the emergent business growth stages allows for a highly targeted support offer [5.2, 5.4, 5.5].

IMPACT 2: LDGB are implementing an integrated package of funding and advisory support that addresses financial and human capital deficiencies - The research identified concern around managerial capabilities and that these capabilities impacted on the ability to make effective use of financial investment. Hence, combining financial provision with an integrated advisory programme in order to maximise the absorption capability of any investment funding [5.2, 5.5].

IMPACT 3: LDBG are now able to identify the full local economic impacts of their activities - Thorough economic evaluation is necessary to provide a clear understanding of the impact of publicly supported interventions. This is not typically conducted, particularly at the local level, hence we do not know ‘what works’ and what doesn’t. Our evaluation identified impacts of support at the business level through growth in employment, sales, and value added, but more importantly in respect of the local economic multiplier which was estimated to contribute around GBP16,000,000 in additional consumer expenditure from the additional 1,003 jobs created for local workers [5.2].

Wider Impacts:

IMPACT 4: Input into the design of an evaluation template for European Commission (EC) and European Investment Bank (EIB) SME finance interventions. The European Commission ‘Support to SME Initiative evaluation in the Member States (2019CE16BAT136)’, provides a common methodological approach that helps Member States to evaluate the effectiveness, efficiency and impact of SMEi3. This should ensure robust and comparable evaluations, in line with the Common Provision Regulation. The LDBG Evaluation was discussed with the project team at an EC seminar (March 2020) cited in the final report under this project as an example of how small local interventions could be robustly evaluated [5.3, 5.6].

5. Sources to corroborate the impact

[5.1] The Let’s Do Business evaluation report which details the research undertaken with funding recipients from the LDB Loan and Grant Funds (31 January 2020).

[5.2] A statement from the Chief Executive of the Let’s Do Business Group (2 July 2020).

[5.3] A statement from the Director of the European Studies and Evaluation

t33 Srl – Principal Consultant on DG Regio Project – Evaluation Framework for SME Programmes (26 August 2020).

[5.4] A statement from a BGF Investor (22 May 2020).

[5.5] A statement from the Director of Investment, British Business Bank (13 March 2020).

[5.6] [text removed for publication]

Showing impact case studies 1 to 3 of 3

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