Heat Carrier Vessel Reformer Thermolysis  pure organic waste  MOISTURE  WASTE INPUTS PRODUCT GAS BYPRODUCTS ELECTRICITY IS CREATED PRODUCTS ORGANIC INPUT WASTE PRECONDITIONING WASTE STORAGE WASTE INP
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Heat Carrier Vessel Reformer Thermolysis pure organic waste MOISTURE WASTE INPUTS PRODUCT GAS BYPRODUCTS ELECTRICITY IS CREATED PRODUCTS ORGANIC INPUT WASTE PRECONDITIONING WASTE STORAGE WASTE INP

The preconditioned waste travels into a wastestorage vessel to ensure a constant supply of input material When traveling from the waste storage to the reformer vessel oxygen is removed allowing for conversion without combustion Working in an oxygens

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Heat Carrier Vessel Reformer Thermolysis pure organic waste MOISTURE WASTE INPUTS PRODUCT GAS BYPRODUCTS ELECTRICITY IS CREATED PRODUCTS ORGANIC INPUT WASTE PRECONDITIONING WASTE STORAGE WASTE INP




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Presentation on theme: "Heat Carrier Vessel Reformer Thermolysis pure organic waste MOISTURE WASTE INPUTS PRODUCT GAS BYPRODUCTS ELECTRICITY IS CREATED PRODUCTS ORGANIC INPUT WASTE PRECONDITIONING WASTE STORAGE WASTE INP"— Presentation transcript:


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Heat Carrier Vessel Reformer Thermolysis 99% pure organic waste <20% MOISTURE 50+ WASTE INPUTS PRODUCT GAS BY-PRODUCTS ELECTRICITY IS CREATED PRODUCTS ORGANIC INPUT WASTE PRE-CONDITIONING WASTE STORAGE WASTE INPUTS THREE STAGE REFORMER PROCESS As a first stage, untreated waste is processed to remove the recyclables and then dried to a moisture content of 20% or lower. The pre-conditioned waste travels into a waste-storage vessel to ensure a constant supply of input material. When traveling from the waste storage to the reformer vessel, oxygen is removed, allowing for

conversion without combustion. Working in an oxygen-starved envi ronment means the facility doesn't produce toxic oxidized pollutants, such as dioxins and furans. The syn-gas then directly fuels combustion engines to produce electricity, unlike similar technologies that use lower-efficiency steam turbines. The initial start-up of the power plant requires an external fuel source, after which it is a fully self-sustaining system, powered by waste. All by-products created during energy production can be recycled/reused, including:

&MS'LEVJSVEKVMGYPXYVEPERHJMPXVEXMSRETTPMGEXMSRW 'PIER[EXIV %WL ,IEXJSVGSRZIVWMSRSJJYVXLIVIRIVK] ,IEXJSVTVSHYGMRKLSX[EXIV ,IEXJSVGSSPMRK Our 100% recycler creates high quality syn-gas through a patented reforming process in which waste is cleanly processed into electricity. Inputs include: 1YRMGMTEP7SPMH;EWXI &MSQEWW

7I[EKI 1ERYJEGXYVMRK;EWXI ;EWXITPEWXMGW ,SWTMXEP;EWXI %KVMGYPXYVEP;EWXI %R]SXLIVSVKERMG[EWXIQEXIVMEP In a two-stage thermolysis process, the waste, heated to over 400 degrees Celsius, is converted directly into gaseous form, due to the lack of oxygen. Unlike other waste-to-energy technologies, Concord Blue uses heat transfer instead of incineration to convert the waste. The gas produced in the thermolyser then travels to the separate

reforming vessel, where it is transformed into high quality syn-gas. Heat carrier balls are heated to a high temperature and dropped from the heat carrier vessel to be mixed in with the organic waste. HYDROGEN SYN-GAS with twice the efficiency rate of standard technologies CONCORD BLUE REFORMER