Energy requirements. Before entering into the contract, the Tenant acknowledges that the Institute has shown him/her the Energy Performance Certificate of the building; at the moment of signing of this contract the Institute delivers to the Tenant a copy of said Certificate, as contemplated in Article 6 of Legislative Decree no. 192, dated 19 August 2005 (including subsequent amendments).
Energy requirements. 13.1. The Contractor acknowledges the Owner’s desire to maximize energy efficiency and agrees to take this into consideration in performing its obligations under this Agreement. The Contractor agrees to use commercially reasonable efforts to utilize the best energy practices and technologies relating to the Contractor’s industry, to demonstrate energy conservation in its processes and to supply energy efficient equipment and services.
Energy requirements. Notwithstanding any other provision of this Lease to the contrary, the only obligations of Tenant to satisfy Section 15 and Exhibit 3 of the Settlement Agreement and any indemnification obligations with respect thereto are set forth in Exhibit “O” attached hereto and incorporated herein by reference.
Energy requirements. Notwithstanding any other provision of this Agreement to the contrary, the only obligations of Developer with respect to Section 15 and Exhibit 3 of the Settlement Agreement and any indemnification obligations with respect thereto are set forth in Exhibit O attached hereto and incorporated herein by reference and in the Ground Lease.
Energy requirements. The Design Team shall work with Contra Costa Community College District to establish project specific energy goals and energy use targets. At a minimum, the required software to perform the energy modeling for the project shall be any software as listed acceptable by the California Energy Commission and meets the interoperability requirements mentioned in Section 1.1. A list of approved software can be found at the following link xxxx://xxx.xxxxxx.xx.xxx/title24/2013standards/2013_computer_prog_list.html In addition to this list, the designer may also use the following DOE 2 based software: • Green Building Studios • Ecotect • eQuest Local weather data shall be obtained from TMY2 or TMY3 weather data tables. Weather files can be downloaded from the National Renewable Energy Laboratory website at the following link: xxxx://xxxxx.xxxx.xxx/solar/old_data/nsrdb/tmy2/
Energy requirements. The Consultant acknowledges the Client’s desire to maximize energy efficiency and agrees to take this into consideration in performing its obligations under this Agreement. The Consultant agrees to use commercially reasonable efforts to utilize the best energy practices and technologies relating to the Consultant’s industry, to demonstrate energy conservation in its processes and to supply energy efficient equipment and services.
Energy requirements. Hydrolysate production involves heating raw material and hydrolysis in the first stage, maintenance at hydrolysis temperatures in the second stage, and final heating to end hydrolysis by enzymes in the 3rd stage. Followed by centrifugation and spray drying, which cost is estimated in 1 € /kg final product. The upper bounds of energy consumption for such a process respectively would be 583 kJ of energy for the 1st stage, 3.8 kJ for the 2nd stage, 252 kJ for the 3rd stage and 0.746 kWh for centrifugation and then 4880 kJ for spray drying energy consumption. Costs depend on energy prices in the location of production, but this also clearly emphasizes the enormous contribution spray drying has on energy consumption. Raw materials There is a sustainable supply of mesopelagic fish species currently from harvesting. Seasonal storage may be required like pelagic processors also have the cost of storage though concerning pelagic species/off-cuts. If you make a comparison with the dairy industry, recently a dairy processor in Ireland invested 35€ million for a new I.M.F standards compliant spray dryer (included commissioning and validation). If FPH hydrolysate production includes spray drying a greenfield site near the coast would be preferable. The cost of raw material (20-100 €/t) has a limited influence on the cost of the final product; but the cost of the final product is highly dependent of the amount of raw material available. In terms of capital investment in a plant to process mesopelagic species into hydrolysates and OPEX, companies like Xxxxxx Marine Ingredients announced in 2020 that they would invest $30 million US dollars in two plants to convert salmonid by-products and silage into feed ingredients. Proposed capital investment costs are in the region of 15 million €. A biorefinery approach can be adopted during production of FPH so that three products can be produced - fish oil, peptides, and liquid protein. Spray drying costs are the most expensive part of capital investment. The cost of the raw material for production of mesopelagic FPH is advantageous compared to production of FPH from salmon or sardines. Products that would be competing with mesopelagic FPH from cheaper fish raw materials are produced currently by companies including BII Ltd. and Copalis Sea Solutions and these companies sell to the same markets in the functional foods, cosmetics, pet care space. To offset costs, any company investing in mesopelagic FPH could target the Pharma mark...
Energy requirements. The total energy demand on a Party's system, during the applicable period, expressed in Kilowatt-Hours.
