Common use of Knowledge sharing objectives Clause in Contracts

Knowledge sharing objectives. The knowledge sharing objective of the Study is to provide sufficient information that can lead to replicability and improved final investment decision making across similar industrial settings. The Study must comply with the Applicable Guidelines, and specifically must address the following: [Drafting note: delete items (a) to (f) below if not a Feasibility Study] (a) investigate a technology solution that improves the energy efficiency and/or increases the use of renewable energy and reduces the greenhouse gas emissions of an industrial; (b) investigate the costs and benefits of the technology, and how it would perform compared to the existing or ‘business as usual’ industrial process technology. This should consider any potential impacts on operability, environmental benefits and scheduling of the plant; (c) establish whether or not the potential technology is technically and commercially viable at the proposed site; (d) enable the Recipient to reach a conclusion on whether or not further development of the proposed technology solution is cost-effective, with the aim of deploying the technology permanently; (e) particularly consider whether the technology is sufficiently well-developed and identify any specific barriers to deployment within the industrial process; [and] (f) provide an estimated amount of any additional grant funding required to implement the Project and the basis for this estimate; [Drafting note: delete items (g) to (v) below if not an Engineering Study] (g) technical approach including but not limited to performance and commissioning and acquisition of materials, expertise etc; (h) plan for how and when the intervention would be deployed and how any disruption to existing processes would be managed; (i) process flow diagrams; (j) process and Instrumentation Diagrams; (k) electrical diagrams; (l) facility plot plan; (m) civil and structural design and layout; (n) piping and mechanical design; (o) defined budget and scope for the Project; (p) carbon reduction by volume, cost and/ or analysis of other benefits; (q) health and safety, and permitting; (r) planning and consent; (s) environmental impacts; (t) Project delivery requirements and scheduling including identified contractors; (u) Project risks and risk management strategy; and (v) an estimated amount of any additional grant funding required to implement the Project and the basis for this estimate.

Knowledge sharing objectives. The knowledge sharing objective of the Study is to provide sufficient information that can lead to replicability and improved final investment decision making across similar industrial settings. The Study must comply with the Applicable GuidelinesGuidelines at Item 1.20, and specifically must address the following: [Drafting note: delete items (a) to (f) below if not a Feasibility Study] (a) investigate a technology solution that improves the energy efficiency and/or increases the use of renewable energy and reduces the greenhouse gas emissions of an industrialindustrial facility or process; (b) investigate the costs and benefits of the technology, and how it would perform compared to the existing or ‘business as usual’ industrial process technology. This should consider any potential impacts on operability, environmental benefits and scheduling of the plant; (c) establish whether or not the potential technology is technically and commercially viable at the proposed site; (d) enable the Recipient to reach a conclusion on whether or not further development of the proposed technology solution is cost-effective, with the aim of deploying the technology permanently; (e) particularly consider whether the technology is sufficiently well-developed and identify any specific barriers to deployment within the industrial process; [and] (f) provide an estimated amount of any additional grant funding required to implement the Project and the basis for this estimate; [Drafting note: delete items (g) to (v) below if not an Engineering Study] (g) technical approach including but not limited to performance and commissioning and acquisition of materials, expertise etc; (h) plan for how and when the intervention would be deployed and how any disruption to existing processes would be managed; (i) process flow diagrams; (j) process and Instrumentation Diagrams; (k) electrical diagrams; (l) facility plot plan; (m) civil and structural design and layout; (n) piping and mechanical design; (o) defined budget and scope for the Project; (p) carbon reduction by volume, cost and/ or analysis of other benefits; (q) health and safety, and permitting; (r) planning and consent; (s) environmental impacts; (t) Project delivery requirements and scheduling including identified contractors; (u) Project risks and risk management strategy; and (v) an estimated amount of any additional grant funding required to implement the Project and the basis for this estimate.