COMPANY
ScientAct S.A. was established, on 1995. from people with extremely business and scientific experience at the field of high technology and its applications, at the fields of environmental research equipment and monitoring.
The company was established, with main object the formation of a dynamic and quickly progressive organism. In order to achieve thsi object, from the first day were set the main axes of activity and which briefly were and still are the following:
Collaboration with internationally recognized manufacturers and providers.
Particular emphasis at the quality of the final product.
High quality after – sales support.
Constant communication and support of our customers.
Hig standards at the selection of the executives and the collabrorators of our company.
Constant training of our collaborators with final object the complete and proper support of our customers.
Put in practise every modern way of communication, with final object the quick
The above principals composed and still are inviolable activity rules.
Very soon our selections were rewarded. From the first year of our operation, Scientact presented constant rising course, at the economical results, but mainly at the acceptance in the difficult field of high technology.
Today our company possesses one of the highest places in the market, winning the recognition and the trust of its customers.
Parallel to this, new co-operations with internationally recognized manufacturers and providers strengthened the dynamic of our company, gining us the capability of higher targets and the means for constat investments, expanison of the activity fields and also expansion of the company itself.
CERTIFICATES OF QUALITY
In 2001 our company received the certificate ISO 9001 quality assurance and thereafter operate under regulations of the certification, providing high quality services to our partners. Our company is registered at the Chamber of Commerce and Industry and the Chamber of Crafts In September 2008 our company received the ISO 17025 certificate and has accredited laboratory ESYD (Hellenic Accreditation System S.A.) for the design, installation and the telemetric measurements taking
With the simultaneous application of both of the leading ISO certificates we ensure the high quality of our products and our services
STAFFING OF THE COMPANY
The company’s collaborators are people with great knowledge of their object, since most of them work with us for over 10 years. The constant and complete training in combination with the many years of experience, compose the guarantees for the faultless communication and collaboration with the customers.
Except the permanent collaborators, the company is co-operating with many domestic companies in all Greece, with the form of free co-operation
The company’s management gives special emphasis on the continuous training and information of its collaborators, in order to become knowledgeable and users of the modern technology and also completely informed of the products that promote and support
To achieve this target, the company's executives are constantly trained in advanced technology, participating in international meetings such as:
International meeting of STABLE MICROSYSTEMS. SURREY – U K - 2000
European meeting of DELTA-T Devices PARIS – FRANCE – 2002
International meeting of GILL INSTRUMENTS SOUTHAMPTON – UK – 2003
International meeting PESSL INSTRUMENTS WEIS – AUSTRIA – 2003
International meeting ADC – BRUSSELS – BELGIUM – 2004
International meeting DELTA-T Devices NEW MARKET – UK – 2005
European meeting IN-SITU, LISBON – PORTUGAL – 2006
International meeting PESSL Instruments WEIS – AUSTRIA - 2006
International meeting ADCON telemetry , VIENNA – AUSTRIA -2007
European meeting SENTEK Instruments, CITA di CASTELLO – ITALY -2007
SKYE Global meeting October 2007, WELLS – UK – 2007
ADCON, international meeting, Saltsburg – Austria, January 2008
Εκπαιδευτής ομάδας μηχανικών της EDF, Beziers – France, January 2008
International meeting ADCON telemetry , VIENNA – AUSTRIA -2009
International meeting S::CAN, VIENNA – AUSTRIA -2009
International meeting In-Situ, LONDON – UK - 2009
DESIGN - RESEARCH - DEVELOPMENT PRODUCTS
Our company the last eight years have developed a range of technologies related to environmental monitoring. To achieve this goal have participated and participates in many research projects, scientific publications and conferences either as contractor or as partners. Here is a list of major research projects
Besides developing systems, our company has developed a series of specialized software to serve specific complex environmental monitoring applications.
"NE", software for downloads, log processing and distribution of meteorological parameters
«BALANCE». Software for control electronic weighing lysimeter measurement ETo
"AMINTEO. Software for telematic transmission of meteorological data processing and visualization
«AUTH meteo», software for processing and database management of meteorological parameters
«ERMIS», integrated software package for telemetric control system of Meteorology - Hydrology - Soil information, database management, calculation of secondary parameters, issuing standard reports
«F-Controller», software for telematics and remote monitoring of water savings
«INFILTRO», software for the control of automatic infiltration instrument and calculation of the parameters of infiltration capability of soils
«IRRIGATION». Software for data processing and feedback of soil moisture and conditions change
«KORONIA», software for automated collection, processing telemetric network of meteorological and hydrological measurements
"KRITI, software for automated collection, processing telemetric network of hydrological, quality measurement
"M-Controller», software for control and recording of irrigation automations
«SAMPLING», software for telematics monitoring and control of a compound system of continuous sampling of surface water
«SATELLITE», timing software, world time based on GPS, of logging gravitational and climatic parameters
«STAIN GAUGE», software for automation of measuring systems of mechanical characteristics of soil
«VISIBILITY», Software for download and remote transmission of data of real time weather
«ADAM», Software for download and remote transmission of data from meteorological dual system based on modules of ADVATECH, through radio modems MaxSrteam and promotion - interface via software ERMIS DK
«INPUT SC», software for soil moisture data entry, processing and making decisions on irrigation
INTERNATIONAL RECOGNITION OF THE ENVIRONMENTAL MONITORING SYSTEMS OF OUR COMPANY
Today, after having installed telematics network measurement systems that enumerate more than 500 units, we have highest level of expertise, not only within the Greek borders In 2002 we undertook the design and installation of meteorological and hydrological network stations on behalf of the Bulgarian Institute of Meteorology and Hydrology, which operates to this day with exemplary precision
The next years we undertook and installed measuring systems in the Danube River along the Bulgarian-Romanian borders. Similar systems installed in FYROM as well as in Albania
In August 2007, our company undertook the design and construction of a dedicated weather station on behalf of the French Public Electricity Company (EDF).
The station was delivered and installed in early October 2007.
After a two months pilot operation, EDF has decided to create network of stations in southern Europe but also in other regions such as Central America.
In January of 2008 our company delivered four new stations, while our staff trained engineers at EDF facilities in Beziers and Paris. In March 2008, our company delivered four additional stations. In January 2009, we delivered four other stations.
EDF having very vast experience in renewable energy sources and also in measuring systems, has chosen our system after extensive testing of both the European systems and systems of origin USA
INSTALLED SYSTEMS
Our company has installed and maintains over 500 telemetric systems. There is a table following with the main networks we have installed, from 2003 until today.
At this point we would like to note that we are probably the only private company in Greece, which has, server for routing
measurements
through
GPRS
technology . The company provides free routing metrics for small networks of a -3 station. This gave us the opportunity to study in depth the process of GPRS - Internet, so now you can design and offer the most stable and reliable telemetric networks
Our company has installed and maintains over 500 telemetric systems. There is a table following with the main networks we have installed, from 2003 until today.
At this point we would like to note that we are probably the only private company in Greece, which has, server for routing
Our company has supplied hundreds of digital systems for measuring and recording weather - hydrological - environmental parameters
Overall, our company has installed and maintains more than 500 measuring systems
TECHNICAL INFRASTRUCTURE
The company since 1997 located in owned facilities on 16 Kanari Street - Thessaloniki
The total usable area of our facilities is 350 m2. 180 m2 of them are laboratories of manufacture and assembly. Our company also works continuously with manufactures of metalworking, metal and electronic structures, as well as software developing companies
The company has the following vehicles:
An open-type 4 x 4 truck
A closed-type 4 X 4 SUV
Small truck type VAN
Six vehicles for the personnel transportation
Overall, our company has installed and maintains more than 500 measuring systems
TECHNICAL INFRASTRUCTURE
The company since 1997 located in owned facilities on 16 Kanari Street - Thessaloniki
The total usable area of our facilities is 350 m2. 180 m2 of them are laboratories of manufacture and assembly. Our company also works continuously with manufactures of metalworking, metal and electronic structures, as well as software developing companies
The company has the following vehicles:
An open-type 4 x 4 truck
A closed-type 4 X 4 SUV
Small truck type VAN
Six vehicles for the personnel transportation
General Technical Laboratory Equipment The laboratory equipment includes: B. Machining Laboratory
A. Department of Electronic
1. Complete set of microelectronics tools
2. Dual Channel Memory Oscillograph
3. Frequency generator
4. Power supply for variable voltage / intensity
5. bonding / debonding station for conventional electronic
6. Logic tester
7. Array for design and manufacture of printed circuit boards
8. Tools and equipment for installation and detachment of surface mount components
9. Certified micro-voltmeter / Accuracy Voltmeter
10. Certified accurate ammeter
11. Certified accurate Ohm-meter
12. Standard source of voltage / current with high stability and high temperature accuracy compensation
13. Number of tools and equipment for adjustment of standard pin cables
14. Set up for sealing of compounds / conductors
15. Permanent digital recording system for voltage, current, resistance, high speed scanning (20 KHz) thermocouples, aided by computer
16. Micro-drill
17. Full range of chemicals and gases for cleaning and restoration
18. Hot air pistol
1. Small lathe
2. Floor Drill
3. Electric-soldering Appliance
4. Grinding / treatment wheel of bench metal
5. Two full work benches
6. Full range of gear shaping threading tissue (dies)
7. Full range of measuring instruments (calipers, micrometers, threading counters, etc.)
8. Wheel for vertical cut (bench)
9. Two full sets of tools for general use
10. Full personnel protective equipment
Portable equipment
1. Two complete sets of hand tools
2. Portable apparatus for calibration of temperature sensors
3. Portable apparatus for calibration of barometers
4. Two certified multimeters (Voltmeter, Ammeter, Ohmmeter)
5. Portable petrol ground drill
6. Four portable (battery) drills
7. Two portable electric pneumatic drill
8. Two portable wheels for metal cutting and grinding
9. Two full sets of gear shaping space deployment
10. Two winches to assist in placement of high masts of 10 -50 meters
11. Two Hand 'guitars' controlled traction - release cargo hauling masts up to 50 meters
12. An electric winch on a vehicle 4 x 4
13. Portable mounting device to cement with capsules
14. Two cutting ropes
15. Electric generator
16. Pair of UHF radios
17. Full set of hand drills for soil
18. Two apparatus for welding butane for field
19. Portable set of humidity sensors calibration chamber with salts
20. Three complete sets of notebook procedures on site planning and control with full range of interfaces
21. Series Surveying instruments consisting of, handheld GPS, PDA GPS, Altimeter, inclinometer, Laser distance meter
22. Two analogue oil compasses
23. Order for static and dynamic rain sensor calibration
Special equipment for control - calibration of sensors
1. Portable multiparameter instrument for pH, DO2, conductivity, temperature, salinity for field checking and calibration of water quality sensors
2. Portable layout for control – calibration of water level sensors (maximum load 100 cm H2O), resolution 1mm
3. Laboratory layout for control – calibration of water level sensors (maximum load 250 cm H2O), resolution 1mm
4. Portable equipment for control and calibration of rain tipping bucket sensor
5. Laboratory layout for dynamic control of resolution of rain buckets, dynamic and static control accuracy and linearity of tipping bucket sensors
6. Laboratory layout (three flow cells) for control and calibration of sensors of water quality at multiple points (control linearity - accuracy)
7. Laboratory layout with a high precision digital flow counter for flow meters calibration and related institutions
8. Two temperature-controlled laboratory chambers to create the conditions of moisture with salts and aluminum oxide for the control and calibration of relative humidity and air temperature sensors
9. Portable chambers of unregulated temperature for control and calibration of relative humidity sensors in the field using salts and aluminum oxides
10. pH electrode simulator, for the control of pH transmitters and and general pH layouts
11. Chamber to create zero content and supersaturated water in dissolved oxygen for the control of dissolved oxygen sensors
12. Refrigerated - Thermostatic bath with circulator to create stable conditions of temperature, for the control of temperature sensors
13. Class A, pyranometer for the control and calibration of pyranometers
14. A series of certified standard weights
15. High-precision Thermowire type wind speed sensor
16. Two sets of pH and Conductivity measuring instruments, stick type for the initial set up of installations
17. Ultrasonic bath for cleaning sensors parts and for the degassing of deionised water
18. Portable micro-flowmeter for the control of permanent placement flow sensors
QUALITY ASSURANCE
Beyond the faithful implementation of the above quality systems, the company's provides internal mechanisms to maximize the quality indicators
Briefly we note the following procedures that our followed by our company
1. Strict compliance with the ISO 9001 quality manual
2. Inclusion of the company to ISO 17025 accreditation process
3. Continuous training of the personnel in new technologies
4. Design of systems based on the highest standards
5. Continued support to the end users
6. Continuous monitoring of installed systems
7. Strict observance of maintenance procedures and calibration
1. Portable multiparameter instrument for pH, DO2, conductivity, temperature, salinity for field checking and calibration of water quality sensors
2. Portable layout for control – calibration of water level sensors (maximum load 100 cm H2O), resolution 1mm
3. Laboratory layout for control – calibration of water level sensors (maximum load 250 cm H2O), resolution 1mm
4. Portable equipment for control and calibration of rain tipping bucket sensor
5. Laboratory layout for dynamic control of resolution of rain buckets, dynamic and static control accuracy and linearity of tipping bucket sensors
6. Laboratory layout (three flow cells) for control and calibration of sensors of water quality at multiple points (control linearity - accuracy)
7. Laboratory layout with a high precision digital flow counter for flow meters calibration and related institutions
8. Two temperature-controlled laboratory chambers to create the conditions of moisture with salts and aluminum oxide for the control and calibration of relative humidity and air temperature sensors
9. Portable chambers of unregulated temperature for control and calibration of relative humidity sensors in the field using salts and aluminum oxides
10. pH electrode simulator, for the control of pH transmitters and and general pH layouts
11. Chamber to create zero content and supersaturated water in dissolved oxygen for the control of dissolved oxygen sensors
12. Refrigerated - Thermostatic bath with circulator to create stable conditions of temperature, for the control of temperature sensors
13. Class A, pyranometer for the control and calibration of pyranometers
14. A series of certified standard weights
15. High-precision Thermowire type wind speed sensor
16. Two sets of pH and Conductivity measuring instruments, stick type for the initial set up of installations
17. Ultrasonic bath for cleaning sensors parts and for the degassing of deionised water
18. Portable micro-flowmeter for the control of permanent placement flow sensors
QUALITY ASSURANCE
Beyond the faithful implementation of the above quality systems, the company's provides internal mechanisms to maximize the quality indicators
Briefly we note the following procedures that our followed by our company
1. Strict compliance with the ISO 9001 quality manual
2. Inclusion of the company to ISO 17025 accreditation process
3. Continuous training of the personnel in new technologies
4. Design of systems based on the highest standards
5. Continued support to the end users
6. Continuous monitoring of installed systems
7. Strict observance of maintenance procedures and calibration
