Government Initiatives to Unlock Private Participation in Infrastructure

Kacaribu, Febrio; Gultom, Yohanna M. L.; Desdiani, Nauli A.; Sabrina, Syahda

doi:10.4324/9781003228790-16

Cited by 3 publications

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Section: The Swedish Railwaymentioning

confidence: 99%

“…The IM provides user-oriented services by renting capacity and availability of the railway infrastructure to the train operating companies. The IM is responsible for the overall long-term infrastructure planning as well as for the planning, construction, operation and maintenance including monitoring and repairs of infrastructure (Kacaribu, Gultom, Desdiani, & Sabrina, 2022;Tra kverket, 2023).The objective for maintaining the Swedish transport infrastructure is to maintain the function of the infrastructure. Maintenance is outsourced according to the public procurement law, mostly as so-called performance contracts to a lump sum.…”

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confidence: 99%

“…Buying services with a performance contract means that the customer/client procures the functionality of the tracks, while contractors are expected to take appropriate measures while following maintenance regulations. The most widespread revenue model strategies in the railway industry regarding infrastructure management are cost-plus ( xed fee) and usage-base revenue models (Kacaribu et al, 2022). The communication and exchange of information are handled through contracts between individual stakeholders.…”

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Roadmap for implementing climate adaptation innovations in railway

Jägare,

Juntti,

Garmabaki

2023

Preprint

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This paper proposes a system-level innovation roadmap for implementing innovations for climate adaptation of railway infrastructure. The aim of this research was to explore, identify, and analyse the barriers and enablers related to implementing the CliMaint1 innovation. The CliMaint innovation is a decision support system that will aid adaptation to climate change for railway infrastructure. To achieve the aim of the research, barriers and enablers related to five system innovation dimensions have been explored, identified, and analysed. Two interview studies and a review of the literature have been conducted. In total, 45 experts from a population with knowledge in infrastructure and transportation networks have been selected and interviewed for the study. The interviews have been analysed and the related barriers and enablers for implementation associated to each system innovation dimension have been identified. It was concluded that when identifying barriers and enablers to introducing new business models, two categories stand out: 1) barriers related to the external environment, e.g., policy and industry and low digitalisation readiness level, and 2) barriers related to the internal environment, e.g., tendering process, business models, and client-supplier relationships. The barriers and enablers concerning the implementation of the innovation is related to policy, regulations, process, digitalisation, business models, and finance. The findings concerning barriers and enablers has been used to propose a roadmap, suggesting appropriate measures to accelerate the implementation of the CliMaint innovation. [1] www.ltu.se/climaint

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Section: The Swedish Railwaymentioning

confidence: 99%

mentioning

confidence: 99%

mentioning

confidence: 99%

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Roadmap for implementing climate adaptation innovations in railway

Jägare,

Juntti,

Garmabaki

2023

Preprint

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System Innovation Challenges for Climate Adaptation

Jägare,

Juntti,

Garmabaki

2024

Lecture Notes in Mechanical Engineering

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Roadmap for implementing climate adaptation innovations in railway

Jägare,

Juntti,

Garmabaki

2024

Int J Syst Assur Eng Manag

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The railway is often perceived as an industry where new technology is not utilised to its full potential. However, the future of the railway and its ability to respond to future transportation demands lies in its ability to implement emerging technology. The aim of this research was to propose a system-level innovation roadmap for implementing innovations that can support climate adaptation of railway infrastructure. To achieve the aim of the research, barriers, and enablers for implementing innovations have been explored, identified, and analysed. Two interview studies and a workshop have been conducted. In total, 58 experts from a population with knowledge in railway have been interviewed. The innovation is a decision support system (DSS) enhancing knowledge regarding effects of climate change on railway infrastructure and suggesting climate adaptation measures. The barriers and enablers concerning the implementation of the innovation are related to technology, business models, procurement, infrastructure, regulations, policy, and culture, values, and behaviour. Procurement processes and business models are vital enablers for the introduction of new solutions for a more climate-change-resilient infrastructure. Tendering documentation must include a broader scope of climate-change risk management indicators. A conclusion is that climate adaptation action has a multi-dimension aspect which require various stakeholders to be engaged. This work proposed a holistic system-level innovation roadmap for implementing DSS for climate adaptation of railway infrastructure.

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Government Initiatives to Unlock Private Participation in Infrastructure

Cited by 3 publications

References 0 publications

Roadmap for implementing climate adaptation innovations in railway

Roadmap for implementing climate adaptation innovations in railway

System Innovation Challenges for Climate Adaptation

Roadmap for implementing climate adaptation innovations in railway

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