Mill Lane Path Works

Brockworth Parish Council is inviting tenders to be submitted for the installation of new paths around Mill Lane Park, Brockworth from suitably qualified and competent contractors as per the description contained within this tender document.

Quotations should be submitted on the attached form.

Tenders should be sent via email to Clerk@brockworth-pc.gov.uk and clearly marked as Mill Lane Pathworks Tender. Alternatively tenders can be returned by post to: Brockworth Parish Council, Community Centre, Court Road, Brockworth, Gloucestershire, GL3 4ET.

Further information is available at: www.brockworth-pc.gov.uk

The contractor will price up the works using the Quotation Form available from our website.

The quotation will be based on a per liner metre rate. It is anticipated that any additional length of paths required will be added at the pro-rata rate and carried out whilst at the site.

The rate per metre will include all ancillary costs associated with the works including waste disposal and arising removal, equipment, machinery and materials and site welfare facilities.

Tenders should be submitted by: Friday 27th August 2021 12 NOON

Once approval has been obtained from the Council to proceed, it is anticipated that the successful contractor will be notified in early September 2021 with works ideally undertaken by November 2021.

Works Specification

Undertake a survey of site for services and utilities prior to undertaking works.

Excavate existing grass surfaces to a depth of 175mm below required finished level and re-use arisings on site to create an earth security bund around the car park and Clyde Road entrance. These security bunds to be approx 1m high x 2m wide and 75m long (carpark) and 1m highx2m wide and 1m long (Clyde Rd entrance) with suitable pedestrian access points and finished with turf.

Supply and lay 150x50mm PCC edging kerbs on concrete bed and haunch to form new 2m wide footpaths.

Supply, lay and consolidate 100mm thick crushed stone sub-base, 50mm thick 0/20mm binder course and 25mm thick 0/6mm surface course to the following: