Confidential CLEANKER deliverables

D2.1 Engineering and detailed design of the demons…

This document describes the layout and basic engineering of the Calcium Looping (CaL) demonstration plant to be built in Vernasca performed on base of the heat and mass balances calculated with a process model as given in the deliverable D2.3. The

D2.2 Project execution plan including detailed equ…

This document describes the design and detailed engineering of the demonstrator system. The output is the detailed equipment list of items to be purchased together with the technical specifications and drawings for items to be fabricated, including

D2.3: Heat and mass balances of the demonstration …

In this deliverable, pilot plant configuration and heat and mass balances of the CaL pilot plant to be built in the Vernasca plant are presented. Nine different cases have been calculated to support the design of the demonstration plant.

D2.4: Definition of measuring points and instrumen…

In this deliverable, the most suitable gas measurement and solid sampling points and port configurations will be defined. Technical drawings and instrumentation specifications will be given with short explanation/notes of the reasons of the main c

D4.2 Experimental test matrix for characterization…

In this report, an updated experimental text matrix for tests in the 120 kW USTUTT mini-pilot based on outcomes of the first experimental campaign and experimental test matrix for tests in the drop tube reactors at CSIC and TSIU is defined.

D4.3 Characterization of BUZZI demo-plant raw meal…

In this deliverable first results of the characterization of the raw meal used in the demonstration trials at BUZZI cement plant in Vernasca under relevant entrained flow conditions are presented: The focus of this report is on the achieved calcinati

D4.6 Experimental determination of intrinsic calci…

This Deliverable includes the experimental results obtained in a drop tube furnace (L=6.5 m, ID=0.08 m) and in a thermogravimetric set-up available at INCAR-CSIC to determine the intrinsic calcination and carbonation kinetics for various raw meals

D5.3 First stage demo system simulations using the…

In this deliverable, new models for the global pilot plant and for the coupled calciner and carbonator reactors are presented and validated against previous simulations. CFD simulations of the splash boxes for calciner and carbonator indicate that

D5.8 Performance of CaL processes in full scale ce…

The purpose of this deliverable is to evaluate the energy – environmental performances of a full-scale cement plant integrated with the CaL Entrained Flow Reactors (EFR) system. The integrated CaL configuration is analyzed in details through a sens

D7.1 Definition of a methodology for the developme…

Available approaches and data for economic modelling are used and updated according to the national requirements for CO2 storage sites monitoring and with data required for CO2 use suitable for the selected CCUS scenarios. Version 10.6 of the ArcGIS

D7.4 Lab-scale experiments on waste oil shale ash …

Lab tests were performed in order to: (a) specify the recommendations for a pilot design and (b) identify the most promising materials for CO2 capture. The respective mathematical models were implemented, developed and used for clarification and gene

D9.2 First year technical report for ECRA

This deliverable is the first annual report to ECRA. The first part is dedicated to the project description in terms of goals, scope of works, consortium etc. The second part is dedicated to the work carried out during the first year.

D9.3 Second year technical report for ECRA

This deliverable is the second annual report to ECRA. It focuses on the activities carried out during the second year of CLEANKER project and in particular on the design and engineering of the demonstrator.