Construction work for sports facilities

Description

Dublin City Council (DCC) is to build a new international standard White-Water Rafting Centre (WWRC) in George's Dock, Dublin 1. The WWRC will consist of the white-water rafting course, swift water rescue training facility, kayaking and canoe polo pool and urban street scene. As part of this WWRC, DCC wish to procure a specialist to design, manufacture, supply and installation of a new conveyor belt system to carry rafts from the lower to upper pool of the WWRC. Please consult the appropriate documentation, which contains full instructions regarding the submission of expressions of interest and is available to download from www.etenders.gov.ie using RFT ID 168834 Please note that this project is subject to funding. Dublin City Council (DCC) is to build a new international standard White-Water Rafting Centre (WWRC) in George's Dock, Dublin 1. The WWRC will consist of the white-water rafting course, swift water rescue training facility, kayaking and canoe polo pool and urban street scene. As part of this WWRC, DCC wish to procure a specialist to design, manufacture, supply and installation of a new conveyor belt system to carry rafts from the lower to upper pool of the WWRC. The following specialist works are required: • White-water rafting conveyor belt system: — semi-submersible conveyor belt system; — conveyor belt shall be designed to carry 6 nr. Rafts at 1 000 kg each; — conveyor belt shall be 1.88 m width or greater. • See separate specification document in Appendix A (for information only). The specialist providers are to design, supply, install and commission the works in compliance with all statutory regulations, National and E.U. Law, and industry standards particularly in relation to the preparation of technical drawings/specifications and the contractor tender process. Please consult the appropriate documentation, which contains full instructions regarding the submission of expressions of interest and is available to download from www.etenders.gov.ie using RFT ID 168834 Please note that this project is subject to funding.