Details of a scheme for providing fresh air ventilation to habitable rooms of the dwellings pursuant to condition 24 of planning permission ref: 191309FUL dated 18/09/2020 for 'Demolition of existing buildings and development of 3 blocks of between 3 and 7 storeys, comprising a total of 333 studio, one, two, three and four bed flats, ground floor retail / non-residential institution / assembly & leisure (Class A1 and flexible Class A1 / A2 / A3 / D1 / D2) and commercial (Class B1) units; with vehicle access from Adelaide Road, servicing, car and cycle parking, refuse storage, landscaping, public and private amenity space, and village square open space.'

Application for a Non-Material Amendment (S96a) to planning permission ref: 172913FUL granted on appeal ref: APP/A5270/W/18/3212646 dated 23/07/2019 for: Redevelopment to provide two buildings (demolition of the existing buildings) as a part four and nine storey building and a five storey building comprising a mixed use development of 679sqm of flexible uses retail ( class A1) and/or financial/professional services (class A2), and/or restaurant/café (class A3), and/or assembly and leisure (use class D2) and 59 residential units (including affordable housing); and associated cycle storage, public and private amenity spaces, refuse and recycling storage and hard & soft landscaping. Amendment proposes changes to wording and to allow conditions 3 (Demolition and Construction Management Plan), 4 (Materials), 9 (Intrusive Contaminated Land Investigation, Remediation Scheme), 10 (Waste Water (Thames Water)), 11 (Piling Method Statement (Thames Water), 14 (Insulation between ground floor commercial uses (A1, A2, A3, D2), plantroom and dwellings), 21 (Air Quality), 32 (Site Waste Management Plan and Green Procurement Plan), 33 (Energy Strategy for residential) and 34 (Energy Strategy for Non-residential) a phased approach towards both the delivery of the development, and the work associated with the discharge of conditions for each phase; amendments seeks greater flexibility in relation to the phasing of the S106 contributions