workgroup 2 pyrolysis for solid products workgroup leader aleksander sobolewski ph.d

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Centre of Excellence THERMOCHEMICAL CONVERSION OF SOLID FUELS – THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and Processes of pyrolysis, gasification and combustion combustion of biomass an wastes. of biomass an wastes. WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D.

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THERMOCHEMICAL CONVERSION OF SOLID FUELS – Processes of pyrolysis, gasification and combustion of biomass an wastes. WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D. WG2 - Actions during the first year. 10-11.07.2003. - PowerPoint PPT Presentation

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Page 1: WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D

Centre of Excellence

THERMOCHEMICAL CONVERSION OF SOLID THERMOCHEMICAL CONVERSION OF SOLID FUELS – FUELS –

Processes of pyrolysis, gasification and Processes of pyrolysis, gasification and combustioncombustion

of biomass an wastes.of biomass an wastes.

WORKGROUP 2Pyrolysis for solid products

WORKGROUP leaderAleksander Sobolewski Ph.D.

Page 2: WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D

Centre of Excellence WG2 - Actions during the first year

Visit in Deutsche Montan Technologie GmbH (DMT), Germany

Visit in Centre de Pyrolyse de Marienau (CPM), France

• DMT – a fully commercial organization, does not have extra money for additional research program. The cooperation was supposed to be closely connected with current research or service tasks.• Research within the framework of internships was supposed to concentrate on thermal utilizationof waste plastics or on sewage sludge treatment. • The scope of technical cooperation range should have been conducted in “Modern Fuels Unit”.

• CPM - a fully commercial organization, does not have extra money for additional research program. The cooperation is supposed to be closely connected with current research resulting in commercial product. • CPM proposed participation of its individual researchers in conferences and seminars planned in the project and suggested the scope of their presentations. • Topics for bilateral cooperation within the framework of young researcher internship in CPM has been selected.

15-16.07.2003

10-11.07.2003

Page 3: WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D

Centre of Excellence WG2 - Actions during the first year

Visit in Consejo Superior de Investigaciones Cientificas (CSIC), Spain

• The scope of technical research was negotiated. The research will concentrate on pyrolysis of rubber waste. Pyrolysis tests in both fixed bed (8 tests in IChPW) and fluidized bed (4 tests in CSIC) were suggested. Products’ (mainly solids) properties analysis will be conducted in laboratories of both research centres. • The date of Mr. Sławomir Stelmach’s arrival for a three-month scientific internship at CSIC was discussed. CSIC suggested the internship period: March-May 2004.• The Spanish centre proposed participation of its researchers in conferences and seminars planned in the project. The scope of their presentation is described and will be approved in the form of Technical Annex.

Visit of Prof. A. Mastral (Consejo Superior de Investigaciones Cientificas, Spain) in Poland 18 -22.05.2003

The visit included working meetings in IChPW and participation in the conference “Combustion and Gasification of Biomass and Wastes” in Wisła. The following aspects of cooperation were discussed:

• Thermal processing (pyrolysis) of rubber waste, especially the problem of distribution of sulphur and zinc compounds during its thermal transformation, will be the main field of cooperation between IChPW and CSIC. • Cooperation in this field should bring preparation of common application proposals for Projects within 6FP.

9-11.06.2003

Page 4: WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D

Centre of Excellence

Results

• participation in 2 conferences• participation in 2 seminars• scientific internships for 2 young researchers• 7 professional meetings• 1 training cours

Co-operation agreements:

CSIC CPM DMT

Date of signing: June 10th September 4th ?

Technical Annexes to co-operation agreements concern:

2003 2003

Page 5: WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D

Centre of Excellence

Title: Sewage sludge co-pyrolysis with coal blends (1)

The aim: Safe utilization of sewage sludge without deteriation of coke quality and with respectation of all legislative aspectsExperimental results:

0

10

20

30

40

50

coal coal+2% ss coal+4% ss coal+8% ss

Coal blend composition

CR

I, %

0

10

20

30

40

50

60

coal coal+2% ss coal+4% ss coal+8% ss

Coal blend composition

CS

R,

%

Legend:coal – coking blend included 4% of coke dustss – municipal sewage sludgeCSR – coke strength after reaction (Nippon Steel Test)CRI – coke reactivity index (Nippon Steel Test)

WG2 - Research works

Page 6: WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D

Centre of Excellence WG2 - Research works

Title: Sewage sludge co-pyrolysis with coal blends (2)

Industrial implementation:

Partners:

dewatered sewage sludge homogenization

dry componentof coal blends

dosing sysytem

coke dustCoke batteries no 7 and 8

coal blend

Coke Plant

Wastewater Plant

• PHS S.A. – T.Sendzimira Steel Works, Coking Plant – Cracow, Poland

• Municipal Company of Water Supply and Sewerage System, Cracow, Poland

Page 7: WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D

Centre of Excellence

Title: Waste beverage cartons pyrolysis

WG2 - Research works

pyrolysis

22% Al

Problem: 30.000 t/y of waste beverage cartons in Poland

Tetra-Pak / Combiblock composition:

- polyethylene: ca. 20%- paper: ca. 75%- aluminium: ca. 5%

Thermogravimetric analysisof waste beverage cartons decomposition

Products of pyrolysis:

- gas: ca. 40% - solid: ca. 35% (78%-char, 22%-Al)- liquid: ca. 25%

The aim: Possibilities of Al recycling

Preliminary results:

Page 8: WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D

Centre of Excellence

WG2 - Research works

Title: Sewage sludge pyrolysis for cheap adsorbents production

The aim: Utilization of sewage sludge to obtain products for wastewater and flue gases adsorptive cleaning

The idea:

Selected results: flue gas cleaning

dewatered sewage sludge

DRYINGGRANULATION

PYROLYSIS500-600oC

granulated char foradsorptive cleaning

0 20 40 60 80 100 120 140 160 180cza s [m in ]

0

0.2

0.4

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1

M SS10

M SS10 po regeneracji

koks aktyw ny HO K

SO2 removal

NOx reduction

0 20 40 60 80 100 120cza s [m in ]

0

0.2

0.4

0.6

0.8

1

M SS6

koks aktyw ny H O K

Page 9: WORKGROUP 2 Pyrolysis for solid products WORKGROUP leader Aleksander Sobolewski Ph.D

Centre of Excellence Evaluation

New joint research project in 6th Framework Programme

Title of Project: Optimisation of thermo-chemical processes for hydrogen obtaining from bio-sources

Acronym: BIHYDRO

Proposal: Autumn, 2004, Target Action: 6.1.3.2.3 – New and advanced concepts in renewable energy technologies (biomass)

Consortium: 14 participants from Spain (4), Poland (1), Sweden (1), Netherlands (1), Greece (2), Austria (2), Norway (1), UK (1) and Italy (1)

Coordination: Dr Ana M. Mastral, CSIC (Spain)

Role of IChPW: - thermogravimetric analysis of raw materials

- biomass and wastes fixed bed pyrolysis

- production of desired quantity of oil fraction for testing

- cleaning of pyrolysis gas by plasma technology

Preliminary meeting of participants: March 8th, 2004, Brussels