2020-06-29RFT — UCC — Hydrogen Generators (Education Procurement Service (EPS))
Due to age of current hydrogen generator, Tyndall National Institute needs to install 2 x hydrogen generators capable of supplying hydrogen at a combined 8 Nm per hour, (17.26 kg/24 hr), at a pressure of 30 barg. Each system must be capable of supplying ½ of the total demand, i.e. up to 4 Nm/hr. Systems should be capable of running independently or together. Generators must be capable of providing flow in the range of 0 Nm/hr to 8 Nm/hr, i.e. system must be able to handle flow dependent on demand. …
View the procurement » Mentioned suppliers:GPE Scientific Limited
2020-05-12UCC — Two (2) Hydrogen Generators (Education Procurement Service (EPS))
Due to age of current hydrogen generator, Tyndall National Institute needs to install two hydrogen generators capable of supplying hydrogen at a combined 8 m per hour at a minimum 225 psi. Systems should be capable of running independently or together. Generators must be capable of providing flow in the range of 0 m/hr to 8 m/hr, i.e. system must be able to handle flow dependent on demand. Minimum hydrogen quality: 99.9995. (Details of any systems that can improve on the quality should be included as an …
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2019-07-24Framework Agreement for Mechanical and Electrical Services (University College Dublin (UCD))
UCD wishes to set up single operator framework agreement for the following lots:
Lot 1: mechanical maintenance and operational services – single operator framework;
Lot 2: electrical maintenance and operational services – single operator framework.
UCD is issuing this pre-qualification questionnaire inviting expressions of interest as the first stage of a 2-stage process. The purpose of the first stage is to obtain information from the applicants to determine their suitability on the basis of financial …
View the procurement » Mentioned suppliers:Burlington EngineeringEureka Electrical
2018-08-15Design and supply of a power take off converter and control system for a 60 kw hydro-kinetic turbine (Design Pro Ltd.)
DesignPro is developing a hydro-kinetic turbine to generate electrical power from water flows. The turbine design deploys 2 hydrokinetic turbines connected to in-line gearboxes that drive standard 3 phase induction motors. Given the fluctuating power to be derived from variable water flows, the rotational speed of the turbines must be controlled to standardise the power output, which will need to be adapted to a standard acceptable for grid connection. Accordingly, the Company requires the design, supply …
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