A novel Chemical Looping Reforming (CLR) process is proposed in which a highly recyclable iron oxide composite particle is reduced with coal and then oxidized back with steam to generate hydrogen. The reduction of iron oxide with coal results in a mixture of CO2 and H2O in the exhaust stream which after water condensation provides a ready to sequester relatively pure CO2 stream. This eliminates...

Pyrolysis coupled to either thermal or catalytic cracking of mattress foam waste was performed in a laboratory-scale facility consisting fixed-bed reactor joined tubular reactor. The results showed great potential for the production syngas specially at high temperatures. Particularly, fixing 800 °C reactor, CO and CH4 rich gas with remarkable amount H2 obtained. addition catalysts (dolomite, ol...

This paper presents a software architecture that enables the application-specific processing of messages on network processors attached to cluster machines. Such processing is performed by stream handlers executed on such attached network processors (ANPs) and able to manipulate both message headers and their data content. Handler execution can be associated with the ANPs’ receive side, its tra...

Long-chain branching (LCB) with peroxydicarbonates (PODIC) is known as a suitable post-reactor process to introduce strain-hardening behaviour and an increase of melt strength to a linear polypropylene (PP). This opens up new possibilities for processing and therefore application. Especially in the case of adding value to PP post-consumer waste, LCB is a promising approach. LCB takes place by a...

Different photocatalysts based on the combination of TiO2 and CuxO have been prepared by simple reproducible procedures. The synthesized systems applied in photoreduction CO2 to yield CH4 inside a 2-dimensional flow reactor which gas stream was passed over thin layer catalyst under UV irradiation. Analysis reveals that oxidation state Cu changes throughout reaction, thus modifying physicochemic...