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Zircon-dioxide lambda sensors for the
glass industry
High-performance Cements by
Refinement of Ordinary Portland Cement
High Kinetic Processing of Enamel
NOx burners (oil and gas) for glass
furnaces
High Speed valve for fluid control
applications in the life sciences/medical
sector
New line of goods able to combine
various adhesives and matters on the
same label
System for the purification of sea water
powered by air energy
System for storm water cleaning from
heavy metals, hydrocarbons and other
contaminations
Marker substance for pollution
monitoring
Machine System for defibration, mixing
and compacting (MSZK)
Final Waste Stabilization
A German SME specialised in energy saving and environment protection technologies for the glass industry offers a
lambda sensor for oxygen measurement in glass furnaces with significantly increased lifetime. The sensor is suitable for
process control, even for near or below stoichiometric conditions (NOx emission!). The sensors are available as complete
oxygen measurement system. Commercial agreements with technical assistance with engineering companies related to the
glass industry are aspired.
A German company is developing a high energy milling (HEM) process for operating of Ordinary Portland Cement (OPC).
The HEM offers a fast process route for particle size reduction of OPC. In this process OPC has been mechanically refined
to 2 and 9 mm (50 and 90% PSD, respectively) and mechanically activated through HEM. The observed setting time is 2
to 3 min only. Partners are sought for technical and manufacturing co-operation.
A German company developed a high energy milling (HEM) process for operating of enamels. The HEM offers a dry
process route for particle size reduction of glaze frits, by which the frits with up to 10 mm diameter can be reduced down
to a d50-value of about 6 Ìm. In comparison with the conventional route it is 600 times faster in process duration and
powder particle size is 3 times finer. Partners are sought for technical cooperation and manufacturing agreements.
A German SME specialised in energy saving and environment protection technologies for the glass industry offers NOx-
burners for the glass industry. The burners, available for heavy oil and natural gas, are superior in energy consumption,
DeNOx-emissions and maintenance expenditures. The company is looking for engineering companies working for the glass
industry (process control) and aspires commercial agreements with technical assistance.
A UK company has developed a high speed, bi-stable pinch valve for fluid control applications in the life sciences/medical
sector. The core technology combines a high-power permanent magnet with short pulses of electric power to catapult a
spring-loaded armature between two stable positions. Advantages include portability, high power efficiency, precise
delivery, scalability and digital control. The company is seeking industrial partners interested in a
manufacturing/licensing agreement.
A French company, specialized in developing industrial labelling equipments, has developed and patented a new process
able to combine various adhesives and matters on the same label. So, this new process allows the production of labels
having for example tearable and non-tearable parts, permanent, repositionable and neutral adhesive parts, opaque and
transparent parts, etc. The SME is looking for partners (label manufacturers) to conclude license agreements.
A Spanish researcher has developed a system for the purification of sea water powered by air energy. The main advantage
is that the use of the spiral conveyor for pulling and introducing the steam in the heat exchanger produces an important
saving of power. This researcher is looking for partners interested in investing, producing, and marketing/using this
system.
A Polish SME specialises in consulting and services in the field of environmental engineering and technologies
(neutralisation of industrial wastewater, neutralisation of used reagents and chemical wastes, liquidation and
demolishing of closed, non-operated industrial plants and structures). The company has developed a system for storm
water cleaning from heavy metals, hydrocarbons and other contaminations. The company seeks partners interested in
implementation of this technology.
A leading UK research organisation has developed a method of releasing a marker substance into a fluid over a period of
time without need for repeated manual doses, and without the need to provide ongoing power. Liquids may be dosed
manually for single events or by a pumping system where an ongoing trace is required. The organization is looking for
partners active in the areas of water quality management and pollution monitoring for further development and
licensing.
A German SME has developed the heart of a processing plant for thermo-mechanical treatment of processing materials in
closed substance circuits. Range of activity is defibration of raw materials growing again. Applying this procedure opens a
multitude of novel recycling possibilities for non-depleting resources, organic residues and different kinds of waste. The
company is looking for industry partners for commercial agreement with technical assistance.
A French research laboratory has developed a new matrix for final waste encapsulation. First developed in order to solve
the problem of stabilization of high-level radioactive waste, it can be used for other types of final waste, in particular
those containing mineral elements. Results obtained with this new, patented matrix are very superior to those obtained
with other confinement matrices. The laboratory is looking for co-development or a license agreement with an industrial
partner.
O T H E R I N D U S T R I A L T E C H N O L O G I E S
P R O T E C T I N G M A N A N D E N V I R O N M E N T
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TO 0405
STG1
04 DE XE
0AER
04 DE XE
0AES
TO 0405
STG2
TO UK IRC
EAST 04 026
PDL040600
1-O
SYST/MAY 04
OPI-TO530
TO UKIRC
SWRD 04 011
TAC
19/05/2004
04 FR AA
0AF7
K¿ÓÂÙ ÙȘ ‰ÈΤ˜ Û·˜ ·Ó·˙ËÙ‹ÛÂȘ ÛÙȘ ‚¿ÛÂȘ ‰Â‰ÔÌ¤ÓˆÓ ÁÈ· ÚÔÛÊÔÚ¿ / ˙‹ÙËÛË Ù¯ÓÔÏÔÁÈÒÓ ÛÙË ‰È‡ı˘ÓÛË:
¶ÏËÚÔÊÔڛ˜: EKT, EÏÏËÓÈÎfi K¤ÓÙÚÔ AÓ·‰È·ÓÔÌ‹˜ K·ÈÓÔÙÔÌ›·˜, η K. M·ÏÈ·ÎÚ›‰·,
TËÏ.: 210 72 73 903, Fax: 210 72 46 824, e-mail:
