Организации, связанные с мембранными реакторами.

Dьrr Systems GmbH (1)

Umwelttechnik

Otto-Dьrr-Str. 8

D-70435 Stuttgart

Tel.:+49 (7 11) 1 36-10 55

FAX:+49 (7 11) 1 36-10 75

Internet: http://www.durr.com

E-Mail: sales.environmental@durr.com

ACHEMA 2000: 4.1/N34-O34

Dьrr System Solutions in Environmental Technology

Achieving ecological and economical solutions for industrial production facilities is the basis of Environmental Systems supplied by Dьrr, following the principles of "Avoidance - Recycling - Waste Management".

Dьrr offers a variety of system solutions which meet the most stringent economical and regulatory requirements. To achieve this, Dьrr specialists offer full service project management from planning to system service.

DЬRR Ecopure EXHAUST AIR PURIFICATION PLANTS

The Dьrr range of products includes both thermal and adsorptive methods and offers a wide range of possible solutions for many different branches of industry. Combinations of procedures, often with exhaust air conditioning and heat recovery units up and downstream provide advanced solutions with high recovery rates for valuable materials and energy.

Over 2,000 plants, built in 33 years of plant engineering in the environmental systems sector, treat worldwide more than 12 million Nm3 every hour. The plants have capacities between 1,000 and 1,000,000 Nm3/h.

Overview of the most important procedures:

Incineration of exhaust gases and residual liquids Ecopure VAR

The Ecopure VAR units are designed for flue gas volumes from 1,000 to 50,000 Nm3/h. They are used mainly in the chemical and pharmaceutical industry or related industries.

In these cases, exhaust gases with very different pollutant loads, including explosive mixtures and residual liquids have to be treated. With the Ecopure VAR system highly difficult problems such as the incineration of halogenated hydrocarbons, high-NOx exhaust gases and residual liquids containing salts and heavy metals can be solved.

The regenerative thermal oxidation Ecopure RTO

The Ecopure RTO is mainly used in the chemical and pharmaceutical sectors but also in the printing, coating and painting industries. Their application is particularly recommended where an external heat recovery units should not be installed. The major advantage of these units is that the operating costs are low. Furthermore, very low emission levels in the purified air can be achieved.

The Ecopure RTO is used as a compact unit RTO/C for solvent-laden air purification for small air volumes up to max. 50,000 Nm3/h. The Ecopure RTO unit for exhaust air volumes from 3,000 to over 400,000 Nm3/h.

The regenerative catalytic oxidation Ecopure RCO

The Ecopure RCO is mainly used in the paint finishing, coating, chemical industry or wood and timber industry. The operating costs are lower as for the Ecopure RTO systems. The range of air volumes to be treated is the same as for the RTO system.

Thermal exhaust air purification Ecopure TAR

Ecopure TAR incinerators are suitable for the treatment of exhaust air volumes from 1,000 to 40,000 Nm3/h. They are mainly applied in the paint finishing, coating, printing and chemical industries. Ecopure TAR incinerators are used in processes where the abatement system can also be used as a heating system for the related production facility. The higher the pollutant concentration in the exhaust air, the greater the reduction in waste management and production costs

Solvent concentration Ecopure KPR

Ecopure KPR units are used for high volume flow rates and low pollutant concentrations. The process is suitable for a wide variety of solvents and solvent mixtures, and for solving problems of odour.

System Solutions in Water Treatment / Purification and Waste Water Technology

System solutions in water technology include water purification systems, recovery systems, and a complete range of waste water technology that focuses on recycling valuable water and energy resources.

Waste Water Purification

The level of purity required for production is achieved by matching the processes and process combinations to the available raw water. Dьrr has developed individual solutions on the basis of our extensive know-how and the wide variety of processes we have to offer.

·Filtration

·Membrane Technology

·Ion Exchange Technology

·Degasification

·UV-Irradiation

Waste Water Treatment and Recycling

The legal requirements and directives can only be met with appropriate procedures. Suitable methods include:

·Microfiltration

·Ultrafiltration

·Reverse-Osmosis

·Chemo-physical processes like precipitation, sedimentation, filtration, etc.

The appropriate combination of individual equipment provides numerous possibilities for an optimum solution, that is both cost-efficient in operation and that also meets the requirements of legislation. Closed-loop recirculation systems save water and place a high priority in recovering materials and energy.

Austria (A) Dьrr Anlagenbau Ges.m.b.H. · Dьrrweg 2 · A-2225 Zistersdorf · Tel.: +43 (25 32) 2 54 60 · Fax: +43 (25 32) 25 45

Brazil (BR) Dьrr Brazil Ltda · Rua Arnaldo Magniccaro 500 · BR-04691-903 Sao Paulo · Tel.: +55 (11) 56 31 80 66 · Fax: +55 (11) 56 31 38 84

China PR (PRC) Dьrr Paintshop Equipment and Engineering Co. Ltd. Room 1502, New Town Mansion · 55, Loushanguan Road · PRC-200 336 Shanghai · Tel.: +86 (21) 62 95 30 02 · Fax: +86 (21) 62 19 45 19

France (F) Dьrr Systems France S.A. · 10, Rue des Deux · F-78450 Chavenay · Tel.: +33 (1) 30 54 92 92 · Fax: +33 (1) 30 54 40 60

Dьrr Systems France S.A. · 12, Rue du Saule Trapu · F-91882 Massy Cedex · Tel.: +33 (1) 69 93 29 00 · Fax: +33 (1) 69 30 33 23

Great Britain (GB) Dьrr Ltd. · Broxell Close · Warwick CV34 5QF, GB · Tel.: +44 (19 26) 41 88 00 · Fax: +44 (19 26) 40 06 79

India (IND) Dьrr Ltd. · Broxell Close · Warwick CV34 5QF, GB · Tel.: +44 (19 26) 41 88 00 · Fax: +44 (19 26) 40 06 79

Dьrr India Pvt. Ltd. Gowthami Towers, 2-A · Cenotaph 1st Street · Chennai 600 018, IND · Tel.: +91 (44) 4 32 36 20 · Fax: +91 (44) 4 32 36 22

Italy (I) Olpidьrr S.p.A · Via G. Pascoli, 14 · Rodano (MI) · Tel.: +39 (02) 70 20 03 53 · Fax: +39 (02) 70 20 03 53

Verind S.p.A. · Via Papa Giovanni XXII, 25/27 · I-20090 Rodano (MI) · Tel.: +39 (02) 95 32 09 74 · Fax: +39 (02) 95 32 09 14

Korea, South (ROK) Shinhang Dьrr Inc. (Shindьrr) · 604-1 Yoksam-Dong, Kangnam-Ku · ROK-135-080 Seoul · Tel.: +82 (2) 5 69 22 44 · Fax: +82 (2) 5 58 18 81

Mexico (MEX) Dьrr de Mйxico S.A. de C.V. Parque Industrial · Calle Urbina No. 6 · Neucalpan de Juarez 53370, MEX · Tel.: +52 (5) 3 29 39 00 · Fax: +52 (5) 3 29 39 23

Poland (PL) Dьrrpol Sp.z o.o. · UI. Zolkiewskiego 125 · PL-26-600 Radom · Tel.: +48 (48) 3 44 28 71 · Fax: +48 (48) 3 44 28 81

Dьrrpol Sp.z o.o. · Al. Ujazdowskie 33/35 · PL-00-540 Warszawa · Tel.: +48 (22) 6 25 40 23 · Fax: +48 (22) 6 21 77 39

Russian Federation (RUS) Dьrr Systems - Moskow Office Kuznetsky Most 21/5 · Entrance 6, App.5-098 · RUS-103895 Moscow · Tel.: +7 (95) 9 26 06 26 · Fax: +7 (95) 9 21 54 33

Spain (E) Vizdьrr S.A. · Avda. de Zarauz · E-20009 San Sebastiбn · Tel.: +34 (9 43) 31 70 00 · Fax: +34 (9 43) 31 72 00

Vizdьrr S.A. C/Agricultura 39 · Nave 30, Poligono Industrial · E-08840 Viladecans · Tel.: +34 (93) 6 37 46 46 · Fax: +34 (93) 6 37 06 35

United States (USA) Dьrr Environmental Inc. · 50137 Pontiac Trail · Wixom, MI 48393, USA · Tel.: +1 (2 48) 6 68 52 00 · Fax: +1 (2 48) 9 26 65 70

Regenerative Environmental Equipment Co. Inc. · 250 Route 28 · Bridgewater, NJ 08807, USA · Tel.: +1 (9 08) 68 54 60 · Fax: +1 (9 08) 6 85 46 60

____________________________________________________________

Technische Universitдt Mьnchen (2)

Institut fьr Technische Chemie

Lehrstuhl fьr Technische Chemie I

Lichtenbergstr. 4

D-85748 Garching

Tel.:+49 (89) 2 89-1 35 11

FAX:+49 (89) 2 89-1 35 13

Internet: http://tc1.tech.chemie.tu-muenchen.de/tc1_homepage.html

E-Mail: walter.nitsch@ch.tum.de

Head of Institute

Prof. Dr. Walter Nitsch

Cinetics and elementary steps of processes on and through liquid/liquid phase limits; process development for liquid/liquid extraction; production and characterisation of nano layers; structure analysis by electronic microscope.

Large scale equipment

·ICP (inductive coupled plasma)

·Pulsed sieve-plate-column

·Hollow-fiber modules miniplant

·Transmission electron microscope (JEOL 2010, JEOL 100CX) equipped with a cryoholder and CCD camera

·Scanning electron microscope (JEOL 5900 LV)

·Freeze-etching units (Balzer BA 360, BAT 400T)

·SG workstaions with image processing packages IMAGIC and SEMPER

·Light scattering

Research interest

1. Interfacial reactions (liquid/liquid)

Kinetics and modelling of interfacial transport processes. Effect of surfactants (adsorption layers).

2. Microemulsion systems for extraction

Kinetics and mechanism of micellar solubilization. Coupling of ion(solute)exchange and water transfer.

3. Macromolecules at the air/water-interface

Two dimensional phase behaviour of macromolecule monolayers. Identification and kinetics of new phase formation.

4. Organic nano-layers (LB-layers)

Ultrathin polymer layers on solid supports: Preparation, characterization and potential usage as immobilization/reaction matrix.

Transport processes in ultrathin layers: gas permeation and ion exchange. Tayloring of membranes for gas permeation by LB-deposition.

5. Process engineering

Extractive separation in hollow fiber-modules.

Continous LB-transfer by interaction of adsorbed monolayers on moving sub-phase (flow-compression). Emulsion separation by membrane coalescence. Humic acids as complexing agent for trivalent cations (lanthanides, actinides).

6. Proteins and biomacromolecules

(Prof. Dr. S. Weinkauf Tel.: +49 89 289 13517 FAX: +49 89 289 13513 e-mail: sevil.weinkauf@ch.tum.de http://www.ch.tum.de/em)

6.1 Protein structure analysis by electron- and x-ray crystallography

6.2 Studies on mechanism(s) of protein crystal groth by freeze-etching electron microscopy and light scattering

6.3 Vacuum condensation of thin metal films on biomacromolecule surfaces (methods: heavy metal decoration, transmission electron microscopy)

6.4 Protein adsorption on interfaces, biomineralization

_________________________________________________

Borsig GmbH (3)

Egellsstr. 21

D-13507 Berlin

Tel.:+49 (30) 43 01-01

FAX:+49 (30) 43 01-27 36

E-Mail: aborsig@dbbag.de

ACHEMA 2000: 4.0/H6-H8

Pressure vessels for the chemical and petrochemical industries, e.g.: quench coolers (tunnel flow and linear design), scraped surface exchangers, process gas waste heat systems, membrane gas separation technology, pressure vessels for special applications

_________________________

Dьrr Systems GmbH (4)

Umwelttechnik

Otto-Dьrr-Str. 8

D-70435 Stuttgart

Tel.:+49 (7 11) 1 36-10 55

FAX:+49 (7 11) 1 36-10 75

Internet: http://www.durr.com

E-Mail: sales.environmental@durr.com

ACHEMA 2000: 4.1/N34-O34

Dьrr System Solutions in Environmental Technology

Achieving ecological and economical solutions for industrial production facilities is the basis of Environmental Systems supplied by Dьrr, following the principles of "Avoidance - Recycling - Waste Management".

Dьrr offers a variety of system solutions which meet the most stringent economical and regulatory requirements. To achieve this, Dьrr specialists offer full service project management from planning to system service.

The Dьrr range of products includes both thermal and adsorptive methods and offers a wide range of possible solutions for many different branches of industry. Combinations of procedures, often with exhaust air conditioning and heat recovery units up and downstream provide advanced solutions with high recovery rates for valuable materials and energy.

Over 2,000 plants, built in 33 years of plant engineering in the environmental systems sector, treat worldwide more than 12 million Nm3 every hour. The plants have capacities between 1,000 and 1,000,000 Nm3/h.

Incineration of exhaust gases and residual liquids Ecopure VAR

The Ecopure VAR units are designed for flue gas volumes from 1,000 to 50,000 Nm3/h. They are used mainly in the chemical and pharmaceutical industry or related industries.

In these cases, exhaust gases with very different pollutant loads, including explosive mixtures and residual liquids have to be treated. With the Ecopure VAR system highly difficult problems such as the incineration of halogenated hydrocarbons, high-NOx exhaust gases and residual liquids containing salts and heavy metals can be solved.

The regenerative thermal oxidation Ecopure RTO

The Ecopure RTO is mainly used in the chemical and pharmaceutical sectors but also in the printing, coating and painting industries. Their application is particularly recommended where an external heat recovery units should not be installed. The major advantage of these units is that the operating costs are low. Furthermore, very low emission levels in the purified air can be achieved.

The Ecopure RTO is used as a compact unit RTO/C for solvent-laden air purification for small air volumes up to max. 50,000 Nm3/h. The Ecopure RTO unit for exhaust air volumes from 3,000 to over 400,000 Nm3/h.

The regenerative catalytic oxidation Ecopure RCO

The Ecopure RCO is mainly used in the paint finishing, coating, chemical industry or wood and timber industry. The operating costs are lower as for the Ecopure RTO systems. The range of air volumes to be treated is the same as for the RTO system.

Thermal exhaust air purification Ecopure TAR

Ecopure TAR incinerators are suitable for the treatment of exhaust air volumes from 1,000 to 40,000 Nm3/h. They are mainly applied in the paint finishing, coating, printing and chemical industries. Ecopure TAR incinerators are used in processes where the abatement system can also be used as a heating system for the related production facility. The higher the pollutant concentration in the exhaust air, the greater the reduction in waste management and production costs.

Solvent concentration Ecopure KPR

Ecopure KPR units are used for high volume flow rates and low pollutant concentrations. The process is suitable for a wide variety of solvents and solvent mixtures, and for solving problems of odour.

System Solutions in Water Treatment / Purification and Waste Water Technology

System solutions in water technology include water purification systems, recovery systems, and a complete range of waste water technology that focuses on recycling valuable water and energy resources.

Waste Water Purification

The level of purity required for production is achieved by matching the processes and process combinations to the available raw water. Dьrr has developed individual solutions on the basis of our extensive know-how and the wide variety of processes we have to offer.

·Filtration

·Membrane Technology

·Ion Exchange Technology

·Degasification

·UV-Irradiation

Waste Water Treatment and Recycling

The legal requirements and directives can only be met with appropriate procedures. Suitable methods include:

·Microfiltration

·Ultrafiltration

·Reverse-Osmosis

·Chemo-physical processes like precipitation, sedimentation, filtration, etc.

The appropriate combination of individual equipment provides numerous possibilities for an optimum solution, that is both cost-efficient in operation and that also meets the requirements of legislation. Closed-loop recirculation systems save water and place a high priority in recovering materials and energy.

Austria (A) Dьrr Anlagenbau Ges.m.b.H. · Dьrrweg 2 · A-2225 Zistersdorf · Tel.: +43 (25 32) 2 54 60 · Fax: +43 (25 32) 25 45

Brazil (BR) Dьrr Brazil Ltda · Rua Arnaldo Magniccaro 500 · BR-04691-903 Sao Paulo · Tel.: +55 (11) 56 31 80 66 · Fax: +55 (11) 56 31 38 84

China PR (PRC) Dьrr Paintshop Equipment and Engineering Co. Ltd. Room 1502, New Town Mansion · 55, Loushanguan Road · PRC-200 336 Shanghai · Tel.: +86 (21) 62 95 30 02 · Fax: +86 (21) 62 19 45 19

France (F) Dьrr Systems France S.A. · 10, Rue des Deux · F-78450 Chavenay · Tel.: +33 (1) 30 54 92 92 · Fax: +33 (1) 30 54 40 60

Dьrr Systems France S.A. · 12, Rue du Saule Trapu · F-91882 Massy Cedex · Tel.: +33 (1) 69 93 29 00 · Fax: +33 (1) 69 30 33 23

Great Britain (GB) Dьrr Ltd. · Broxell Close · Warwick CV34 5QF, GB · Tel.: +44 (19 26) 41 88 00 · Fax: +44 (19 26) 40 06 79

India (IND) Dьrr Ltd. · Broxell Close · Warwick CV34 5QF, GB · Tel.: +44 (19 26) 41 88 00 · Fax: +44 (19 26) 40 06 79

Dьrr India Pvt. Ltd. Gowthami Towers, 2-A · Cenotaph 1st Street · Chennai 600 018, IND · Tel.: +91 (44) 4 32 36 20 · Fax: +91 (44) 4 32 36 22

Italy (I) Olpidьrr S.p.A · Via G. Pascoli, 14 · Rodano (MI) · Tel.: +39 (02) 70 20 03 53 · Fax: +39 (02) 70 20 03 53

Verind S.p.A. · Via Papa Giovanni XXII, 25/27 · I-20090 Rodano (MI) · Tel.: +39 (02) 95 32 09 74 · Fax: +39 (02) 95 32 09 14

Korea, South (ROK) Shinhang Dьrr Inc. (Shindьrr) · 604-1 Yoksam-Dong, Kangnam-Ku · ROK-135-080 Seoul · Tel.: +82 (2) 5 69 22 44 · Fax: +82 (2) 5 58 18 81

Mexico (MEX) Dьrr de Mйxico S.A. de C.V. Parque Industrial · Calle Urbina No. 6 · Neucalpan de Juarez 53370, MEX · Tel.: +52 (5) 3 29 39 00 · Fax: +52 (5) 3 29 39 23

Poland (PL) Dьrrpol Sp.z o.o. · UI. Zolkiewskiego 125 · PL-26-600 Radom · Tel.: +48 (48) 3 44 28 71 · Fax: +48 (48) 3 44 28 81

Dьrrpol Sp.z o.o. · Al. Ujazdowskie 33/35 · PL-00-540 Warszawa · Tel.: +48 (22) 6 25 40 23 · Fax: +48 (22) 6 21 77 39

Russian Federation (RUS) Dьrr Systems - Moskow Office Kuznetsky Most 21/5 · Entrance 6, App.5-098 · RUS-103895 Moscow · Tel.: +7 (95) 9 26 06 26 · Fax: +7 (95) 9 21 54 33

Spain (E) Vizdьrr S.A. · Avda. de Zarauz · E-20009 San Sebastiбn · Tel.: +34 (9 43) 31 70 00 · Fax: +34 (9 43) 31 72 00

Vizdьrr S.A. C/Agricultura 39 · Nave 30, Poligono Industrial · E-08840 Viladecans · Tel.: +34 (93) 6 37 46 46 · Fax: +34 (93) 6 37 06 35

United States (USA) Dьrr Environmental Inc. · 50137 Pontiac Trail · Wixom, MI 48393, USA · Tel.: +1 (2 48) 6 68 52 00 · Fax: +1 (2 48) 9 26 65 70

Regenerative Environmental Equipment Co. Inc. · 250 Route 28 · Bridgewater, NJ 08807, USA · Tel.: +1 (9 08) 68 54 60 · Fax: +1 (9 08) 6 85 46 60

_______________________________________________

Fachhochschule Mьnster (4)

Fachbereich Chemieingenieurwesen

Stegerwaldstr. 39

D-48565 Steinfurt

Tel.:+49 (25 51) 96 21 93

FAX:+49 (25 51) 96 27 11

Internet: http://www.fh-muenster.de/FB1/index.htm

E-Mail: fb-cheming@fh-muenster.de

ACHEMA 2000: 1.2/G19

Keywords

Head of Institute

Prof. Richard Korff

Thermal separation processes and membrane processes with renewable rawmaterials, organic syntheses with enzymes, bioengineering, bioanalytical chemistry, materials synthesis and colloid chemistry, luminescent hydrid materials, optically functionalized materials, surface-modified powders, plasma-sprayed ceramics, super conductor thick films

Research interest

1. Transesterification in membrane reactors

In the oleochemical industry fatty acid methyl esters are transesterified with higher alcohols to form esters like isopropyl myristate or butyl stearate. These equilibrium reactions can be optimized by a simultaneous separation of the by-product. In a current project a process shall be developed using new methanol selective membranes.

2. Extraction of natural active substances and aromas

In pharmaceutics, cosmetics and food indusry natural aromas and active substances are used. A new extraction process shall be created using emulsifier-water-mixtures instead of organic solvents. These works are done in cooperation with Prof. Dr.-Ing. Ulrich Mьller, Fachhochschule Lippe, Fachbereich Lebensmitteltechnologie.

3. Organic syntheses with enzymes

Several esters will be synthesized with a lipase as a catalytic agent.

4. Biosensors

Low density DNA-chips will be developed to detect DNA changes.

5. Immunoassays

A new detection method is currently being developed.

6. Luminescent hybrid materials

Materials on sol-gel-basis with luminescent entities incorporated have been prepared. Luminescent layers from these materials are under development. References:

M.Bredol, M.Boldhaus, U.Kynast, C.Lau, "Inorganic Luminescent Networks", Berichte der Bunsengesellschaft fьr Physikalische Chemie, in press (1998)

M.Bredol, S. Heitmann, "Elektroakustische Untersuchungen zur Adsorption von Benzoesдure auf einem SiO2-Sol", Bunsentagung 1999, Dortmund

7. Optical functionalization

Optical Functionalization of Crystalline (Zeolites) and Amorphous (Aerogels) Inorganic and "Organomorphous" Matrices by Incorporation of Rare Earth Ions and Complexes

8. Plasma-sprayed superconducting coatings

9. Plasma-sprayed oxide ceramics from corund and mullite

10. Cooperation with LWK Plasmakeramik GmbH, Gummersbach

________________________

RWTH Aachen (5)

Institut fьr Verfahrenstechnik

TurmstraЯe 46

D-52056 Aachen

Tel.:+49 (2 41) 8 05-4 70

FAX:+49 (2 41) 88 88-2 52

Internet: http://www.ivt.rwth-aachen.de

E-Mail: poggel@ivt.rwth-aachen.de

ACHEMA 2000: 1.2/A21-A22

Head of Institute

Prof. Dr.-Ing. Thomas Melin

Teaching and research in chemical and mechanical process engineering, rheology, crystallization, membrane processes, multiple-phase flow, clean air techniques, separation of problematical substances; studies, diploma and doctoral thesis.

Large scale equipment

·Gas and liquid chromatography

·Light scattering particle measurement

·Atomic absorption spectroscopy

·Ultraviolet and visible spectrometry

·Continuous MSMPR and classifying crystallizer

·Various test units for the application of reverse osmosis, pervaporation, ultra-, micro- and nanofiltration, vapour permeation and gaspermeation, most for bench and pilot scale experiments

·Electronic microscope

·LDA (Laser Doppler Anemometer)

Research interest

1. Membrane technology

·Vapour permeation of alcohols, organic acids and esters

·Nanofiltration of binary and ternay salt solutions

·Reverse osmosis of organic mixtures

·Waste water treatment by high pressure reverse osmosis and by combination of bioreactor, nanofiltration and adsorption

·Upgrading of landfill gas by gaspermeation

·Development of ultrafiltration modules for biological systems

2. Crystallization

·Measurement of crystal growth and dissolution kinetics

·Purity of crystals and impurity incorporation

·Precipitation: kinetics and morphology

·Microparticles

·Influence of foreign components on kinetics, purity and morphology

3. Multiphase flow systems

·Experimental and numerical analysis of reverse flow zones and particle trajectories in turbulent vortex flows

·Process design and reactor optimization for biological hydrogen production in a technical scale

4. Rheology

·Rheological investigation of metal alloys in the semi solid state

·Rheological properties of rubber compounds containing carbon black in different concentrations

Membrane technology, municipal waste water treatment, precipitation, production and handling of microparticles, multiphase flow systems, process-integrated environmental protection.