Service for waste collection, bulking and marketing of glass and metals from bring banks and civic amenity sites in Carlow, Kilkenny, Tipperary, Waterford and Wexford - Single-party framework

Description

Service for the waste collection, bulking and marketing of glass and metals from bring banks and civic amenity sites in counties Carlow, Kilkenny, Tipperary, Waterford and Wexford - Single-party framework 1. The collection of segregated streams of clear, green and brown glass from receptacles at specified Bring Banks, including specified Bring Banks located beside or within Civic Amenity Sites, in counties Carlow, Kilkenny, Tipperary, Waterford and Wexford. 2. The collection of cans from receptacles at specified Bring Banks, including specified Bring Banks located beside or within Civic Amenity Sites, in counties Carlow, Kilkenny, Tipperary, Waterford and Wexford. 3. The list of bottle banks types and location of sites for which service is initially required under this framework agreement is included in “Five LA Regional Glass and Can Banks 2022 tender”. Bottle banks may be added or withdrawn from this list, in particular when new sites are introduced or when existing sites have to be removed. 4. All machinery and equipment used must be fit for purpose and used/operated and maintained in accordance with best practice and Health and Safety and Transportation legislation. 5. The service provider will be deemed to have inspected all the existing bring sites and recycling centres prior to submitting the Tender to familiarise themselves with the current operating procedures and sites layouts. The tenderer will also ensure that all the proposed collection vehicles are suitable for collection at these locations. 6. The Service Provider shall comply with all Waste Bye-Laws in place or introduced during the Contract Period applicable to the provision of the Service. 7. The Service Provider shall ensure provision for the following: A. Weigh and record each lift by date, receptacle, material type and site name, B. Make provision for seasonal fluctuations by material type