Stakeholder Mapping Sample Clauses
The Stakeholder Mapping clause defines the process for identifying and documenting all parties who have an interest in or are affected by a project or agreement. Typically, this involves creating a list or matrix that details each stakeholder's role, level of influence, and specific interests or concerns related to the project. By systematically mapping stakeholders, the clause ensures that communication and engagement strategies can be tailored appropriately, ultimately helping to manage expectations and reduce the risk of misunderstandings or overlooked interests during the course of the project.
Stakeholder Mapping. The aim of this will be to ensure that all the stakeholders likely to be affected or influence the Project are identified and targeted as part of the ESIA study. The following stakeholders are necessary and require to be engaged in the ESIA study, they include;-
Stakeholder Mapping. Stakeholder mapping is an essential and basic step complementing the communication activities of the PLATOON project. In the process we identify the individuals and groups that are likely to affect or be affected by our proposed actions and results. Then, we group them based on their impact and interest factors on the actions as well as the impact the actions may have on them. By assessing this information, the consortium gets a clearer vision on how the interests of those stakeholders should be addressed both in the project communication and dissemination plan as well as relevant activities. The following project stakeholders are identified and categorized in connection to the PLATOON project based on the figure below:
Stakeholder Mapping. All TSOs.
Stakeholder Mapping. A stakeholder mapping will be carried out, monitored, and updated throughout the course of the project to identify the most relevant players in the target groups defined above. An initial list will be created starting from contacts from Project Consortium partners' networks belonging to identified stakeholder groups. As WP6 leader, EHPA will actively disseminate the project objectives, activities, and results within EHPA Research and Innovation Committee. The R&I Committee has more than 110 and provides an opportunity to share information on HP Research and Innovation. The initiative's goal is to establish a group and promote synergies between group members. PUSH2HEAT will be disseminated during the periodic meetings of the committee to grow its outreach. In addition, EHPA will introduce PUSH2HEAT in the EHPA Manufacturers Committee (MCO). This committee has more than 100 members and aims to provide a platform for manufacturers in the association to discuss topics relevant to manufacturers. It defines and suggests areas of strategic interest to the manufacturers. Presenting the project during one of the MCO periodic meetings could add value to the project and the MCO members. It would contribute to expanding the stakeholder network of the project and therefore, increase the transferability of the outcomes.
Stakeholder Mapping. Developer shall identify and categorize the various individuals, groups, and organizations that have an interest or stake in the project or are affected by it. Stakeholders can include residents, local businesses, community leaders, houses of worship, nonprofits, government agencies, utilities and Common Choice Aggregators, and other relevant entities.
Stakeholder Mapping. Potential stakeholders for the project results can be found from all parts of the value chain throughout the lifecycle of the REFCS. From operation perspective, these range from fuel feedstock suppliers to the customers using the produced electricity. Taking into account the system manufacturing, an even broader scope is established, starting from raw material extraction to system integrators and recycling of the components. The following sections describe the potential stakeholders, divided by industrial and other economic sectors. In addition, the geographical division of the potential stakeholder types is presented.
4.1 Fuel processing and distribution As most of the fuel processing plants are designed for production of very pure bioethanol, upscaling of the crude bioethanol production, yielding lower retail prices, may not be in direct interest of the distilleries. However, with the fractional distillation process, for a portion of high quality pure bioethanol, a portion of low quality bioethanol is also produced. As markets for low quality bioethanol are currently very limited, fuel processing industry will benefit of the increased sales of this fraction. Another sector, slowly emerging, includes companies establishing hydrogen distribution networks based on hydrogen refuelling stations (HRS), mainly for dispensing hydrogen for use as fuel in transport applications. This sector will be very interested on the possibility on- site production of hydrogen from bioethanol. Exchanging information on hydrogen buffer tank solutions and end user requirements within the project also serves these stakeholders.
4.2 Electricity supply and security, industrial end users