Marsh Lane, Temporary Road Closure

Section 14(1 )(A) Road Traffic Regulation Act 1984 As Amended By The Road Traffic (Temporary Restrictions) Act 1991
Temporary Road Closure - Marsh Lane, Service Road

The Council Of The London Borough Of Harrow Hereby Give Notice

that they intend to make a Temporary Traffic Management order under the provisions of Section 14 (1) (a) of the Road Traffic Regulation Act 1984 as amended by the Road Traffic (Temporary Restrictions) Act 1991. This is to facilitate utility works.
1. The order may be cited as The Harrow (Marsh Lane, service road) Temporary Traffic Order 2022, and would be operational on

12th September 2022 and would remain in effect until 14th December 2022 or until the completion of the works, whichever is the sooner. It is anticipated that all of the work should be complete by 14th September 2022.

2. Vehicles would be prohibited from entering or exiting the service road fronting Nos. 136-98 Marsh Lane.

3. Nothing in paragraph 2 above would apply to:-

(a) any vehicles being used for ambulance, fire brigade or police purposes in an emergency;

(b) anything done with the permission or at the direction of a police constable in uniform or a civil enforcement officer;

(c) any person who causes any vehicle to proceed in accordance with any restriction or requirement indicated by traffic signs placed pursuant to Section 66 or Section 67 of the Road Traffic Regulation Act 1984;

(d) any vehicles used in connection with the utility works;

(e) any vehicles needing to gain access to properties in the closed extents as far as is practicably possible.

4. The provisions of the order will not have effect unless all the signs in accordance with the provisions of the Traffic Signs Regulations and General Directions 2016 are displayed, removed or covered, or unless at the direction of a police constable in uniform or a civil enforcement officer.

Dated 25th August 2022
Ian Slaney
Head of Service - Parking & Network Management,
PO Box 39, Civic Centre, Station Road, Harrow, HA1 2XA