Fakta om udbudet
Udbyder
Danmarks Tekniske Universitet
Vindere
(17.10.2018)
Aage Christensen A/S
Skelmosevej 10
2500 Valby
2 Stainless Steel Fermenters and 6 Glass Fermenters with Individual Control and
Danmarks Tekniske Universitet
Voluntary ex ante transparency notice
Supplies
Directive 2014/24/EU
Section I: Contracting authority/entity
30060946
Anker Engelundsvej 1
Kongens Lyngby
2800
Denmark
Contact person: Alexi Burns-Tang
Telephone: +45 93511670
E-mail: alexi@adm.dtu.dk
Fax: +45 45252525
NUTS code: DK0
Internet address(es):
Main address: www.dtu.dk
Address of the buyer profile: www.dtu.dk
Section II: Object
2 Stainless Steel Fermenters and 6 Glass Fermenters with Individual Control and
DTU is currently building a big fermentation infrastructure, which, in the long run, will accommodate many fermenters, from bench to pilot-scale, carrying out a wide array of biological transformations. DTU needs to work in parallel with fermentation systems that are controlled automatically and independently from each other and have the possibility to accommodate fermentations with different types of microbes and substrates (including gasses) and a very broad variety of operation conditions. Within this frame we are purchasing 2 fermentation systems with stainless steel vessels and 6 fermentation systems with glass vessels.
2 stainless Steel Fermenters
Technical University of Denmark, Lyngby Campus
We are currently building a big fermentation infrastructure, which, in the long run, will accommodate many fermenters, from bench to pilot-scale, carrying out a wide array of biological transformations. So we would like to be able to work in parallel with fermentation systems that are controlled automatically and independently from each other and have the possibility to accommodate fermentations with different types of microbes and substrates (including gasses) and a very broad variety of operation conditions. Within this frame we are purchasing 2 fermentation systems with stainless steel vessels.
We concluded that Sartorius is the only fermentation systems provider currently available in the market worldwide that can fulfill the following requirements:
— working volume between 3L and 10L,
— designed for in-situ sterilization,
— baffles must be included,
— harvest pipe that reaches the bottom of the vessel,
— sampling system for sterile sampling,
— aeration through ring sparger,
— 3 x Rushton Turbine Impellers for each vessel,
— working temperature from 10 oC to 80 oC,
— agitation rate from 0-1500 rpm,
— measurement and control of pO2, pH and Redox,
— integrated pumps for Acid/Base,
— level Control with integrated pump,
— 2 pumps for substrate,
— one of the substrate pumps should be used in the redox controller as the reducing agent,
— one of the substrate pumps should be used in the redox controller as the oxidizing agent,
— overpressure measurement control should be included,
— MFC for Air/O2 with range from 0-20 L/min controlled by pO2-value,
— MFC for CO2 with range from 0-20 L/min manually controlled,
— MFC for premixed mixture of CO, CO2, H2 and CH4 with range from 0-100 ccm/min manu-ally controlled. MFC should be ATEX,
— MFC for H2 with range from 0-100 ccm/min manually controlled. MFC should be ATEX,
— a solution with hollowfiber or similar functionality for removing bacteria free media during the fermentation should be included,
— software for data collection and control should be included,
— The fermenters will be placed in different rooms so they should run completely independent of each other.
6 glass fermenters
Technical University of Denmark, Lyngby Campus
We are currently building a big fermentation infrastructure, which, in the long run, will accommodate many fermenters, from bench to pilot-scale, carrying out a wide array of biological transformations. So we would like to be able to work in parallel with fermentation systems that are controlled automatically and independently from each other and have the possibility to accommodate fermentations with different types of microbes and substrates (including gasses) and a very broad variety of operation conditions. Within this frame we are purchasing 2 fermentation systems with stainless steel vessels.
We concluded that Sartorius is the only fermentation systems provider currently available in the market worldwide that can fulfill the following requirements:
— working volume between 3L and 10L,
— designed for in-situ sterilization,
— baffles must be included,
— harvest pipe that reaches the bottom of the vessel,
— sampling system for sterile sampling,
— aeration through ring sparger,
— 3 x Rushton Turbine Impellers for each vessel,
— working temperature from 10 oC to 80 oC,
— agitation rate from 0-1500 rpm,
— measurement and control of pO2, pH and Redox,
— integrated pumps for Acid/Base,
— level Control with integrated pump,
— 2 pumps for substrate,
— one of the substrate pumps should be used in the redox controller as the reducing agent,
— one of the substrate pumps should be used in the redox controller as the oxidizing agent,
— overpressure measurement control should be included,
— MFC for Air/O2 with range from 0-20 L/min controlled by pO2-value,
— MFC for CO2 with range from 0-20 L/min manually controlled,
— MFC for premixed mixture of CO, CO2, H2 and CH4 with range from 0-100 ccm/min manu-ally controlled. MFC should be ATEX,
— MFC for H2 with range from 0-100 ccm/min manually controlled. MFC should be ATEX,
— a solution with hollowfiber or similar functionality for removing bacteria free media during the fermentation should be included,
— software for data collection and control should be included,
— the fermenters will be placed in different rooms so they should run completely independent of each other.
Section IV: Procedure
- The works, supplies or services can be provided only by a particular economic operator for the following reason:
- absence of competition for technical reasons
We are currently building a big fermentation infrastructure, which, in the long run, will accommodate many fermenters, from bench to pilot-scale, carrying out a wide array of biological transformations. So we would like to be able to work in parallel with fermentation systems that are controlled automatically and independently from each other and have the possibility to accommodate fermentations with different types of microbes and substrates (including gasses) and a very broad variety of operation conditions. Within this frame we are purchasing 2 fermentation systems with stainless steel vessels.
We concluded that Sartorius is the only fermentation systems provider currently available in the market worldwide that can fulfill the following requirements:
— working volume between 3L and 10L,
— designed for in-situ sterilization,
— baffles must be included,
— harvest pipe that reaches the bottom of the vessel,
— sampling system for sterile sampling,
— aeration through ring sparger,
— 3 x Rushton Turbine Impellers for each vessel,
— working temperature from 10 oC to 80 oC,
— agitation rate from 0-1500 rpm,
— measurement and control of pO2, pH and Redox,
— integrated pumps for Acid/Base,
— level Control with integrated pump,
— 2 pumps for substrate,
— one of the substrate pumps should be used in the redox controller as the reducing agent,
— one of the substrate pumps should be used in the redox controller as the oxidizing agent,
— overpressure measurement control should be included,
— MFC for Air/O2 with range from 0-20 L/min controlled by pO2-value,
— MFC for CO2 with range from 0-20 L/min manually controlled,
— MFC for premixed mixture of CO, CO2, H2 and CH4 with range from 0-100 ccm/min manu-ally controlled. MFC should be ATEX,
— MFC for H2 with range from 0-100 ccm/min manually controlled. MFC should be ATEX,
— a solution with hollowfiber or similar functionality for removing bacteria free media during the fermentation should be included,
— software for data collection and control should be included,
— the fermenters will be placed in different rooms so they should run completely independ-ent of each other.
The ATEX configuration with the 2 ATEX Mass flow Controllers, makes this solution unique.
Section V: Award of contract/concession
Skelmosevej 10
Valby
2500
Denmark
NUTS code: DK
Section VI: Complementary information
Nævnenes Hus, Toldboden 2
Viborg
8800
Denmark
Telephone: +45 35291000
E-mail: klfu@erst.dk
Internet address: https://erhvervsstyrelsen.dk/klagenaevnet-for-udbud
Precise information on deadline(s) for review procedures:
— complaint regarding a decision on shortlisting:
complaint regarding a decision on shortlisting must be submitted no later than 20 calendar days from the date after notification to the concerned Candidates informing them of who has been selected has been sent and this notification includes the grounds for the decision, cf. law regarding, complaints board (in danish Klagenævnet for Udbud) § 7, section 1.
— complaint regarding the award of contract:
complaint regarding the award of contract must be submitted no later than 45 calendar days from the date after the Contracting Authority has published a contract award notice in the European Union Official Journal informing that the Contracting Authority has awarded the contract, cf. Law regarding complaints board (in danish Klagenævnet for Udbud) § 7, section 2, No. 1.
— complaint regarding the award of a contract under a Framework Agreement with a reopening of the competition:
complaint regarding the award of a contract under a Framework Agreement with a reopening of the competition must be submitted no later than 30 calendar days form the date after the Contracting Authority has notified the concerned Tenderers that a contract has been awarded, if the notification includes the grounds for the decision, cf. Law regarding complaints board (in danish Klagenævnet for Udbud) § 7, section 2, No. 2.
— complaint regarding the award of a Framework Agreement:
complaint regarding the award of a Framework Agreement must be submitted no later than 6 months from the date after the Contracting Authority have notified the concerned Candidates and tenderers that award of contract has happened, cf. Law regarding the complaints board (in Danish Klagenævnet for Udbud) § 7, section 2, No. 3.
— complaint regarding direct award of contract:
complaint regarding the Contracting Authority’s award of contract without prior publication of a contract notice in the European Union Official Journal must be submitted no later than 30 calendar days from the date after a contract award notice has been published by the Contracting Authority in the European Union Official Journal and that contract award notice includes the grounds for the decision to award the contract directly, cf. Law regarding complaints board (in danish Klagenævnet for Udbud) § 7, section 3.
— compliant regarding public procurements below the EU threshold:
complaint regarding public procurements below the EU threshold must be submitted no later than 45 calendar days from the date after the Contracting Authority has notified the tenderers about the award of contract if this notification includes the grounds for the decision and no later than 6 months after the date where the Contracting Authority has notified the candidates and tenderers about that award of a Framework Agreement, if the notification includes the grounds for the decision, cf. Law regarding complaints board (in danish Klagenævnet for Udbud) § 7, section 4, No. 1 and 2. Compliant regarding a decision on shortlisting on procurement below the EU threshold must be submitted no later than 20 calendar days from the date after the Contracting Authority has sent a notification to the concerned Candidates regarding who has been selected and this notification includes the grounds for the decision, cf. Law regarding complaints board (in danish Klagenævnet for Udbud) § 7, section 5.
Carl Jacobsensvej 35
Valby
2500
Denmark