Net Zero with SLC Rail

May 2022: CFG completed Net Zero Policy and Strategy work for SLC Rail.

Springham Biodynamic Farm

May 2022: CFG completed energy strategy and scoping assessment for Springham Farm

Innovation Feasibility Pilot: Festival 2022

Aug 2021: CFG beginning renewable energy innovation feasibility study for DCMS

Net Zero for Halton Tennis Club

Mar 2020: CFG delivered energy and sustainability strategy work

Net-Zero/Sustainability Strategy Work

Jan 2022: CFG is drafting net zero and sustainability strategies for FE Colleges

Year 1 Net-Zero Plan for FE Colleges

Jan 2022: CFG began preparation to deliver goals for sustainability strategy

Newham Health Centres Decarbonisation

Mar 2022: Health and Care space Newham engaged CFG on their net zero NHS projects

Sustainable Procurement for Kent FE

Mar 2022: CFG will advise Morley, East and Mid Kent Colleges on sustainable procurement

Biodiversity Net Gain Pilot

Mar 2022: CFG began biodiversity net gain R&D for Morley, East and Mid Kent Colleges

Market research and IP Assessment

Mar 2020: CFG begins technology, market & IP assessment for innovative CHHRV technology

IP Assessment for DLT in the energy sector

Aug 2020: CFG commenced IP assessment and patent application for Power Transition

Oyster Reach is a development of 5 two bed luxury sea facing apartments, all surpassing Code Level 4 of the Code for Sustainable Homes and achieving Passivhaus standards.

The new building, named Oyster Reach is situated along the top of Tankerton slopes, on Herne Bay Road. The property has stunning sea views of the Thames Estuary, Sheppey and the Essex coast line.

The external walls are constructed with both leaves consisting of 100mm Aircrete blockwork, a 150mm fully insulated cavity, Sto render to the external and wet plaster internally.

The apartments have all achieved double A ratings SAP calcs, with EPC's of 94 and 95; considered to be a 1st in the UK for a commercial development with 'u' values c.015 and outstanding air test results below 1. This outstanding result was partly achieved with the use of hybrid PV-T (photovoltaic thermal) panels that produce much of the domestic hot water for the flats and electricity that is used for both space heating (through electric underfloor heating mats), the MVHR (Mechanical Heat Recovery Ventilation) and other specified electrical goods.

The project was delivered for Wye Mange Ltd as a design and build project by Masonry Frame Systems Ltd. The energy system was designed and supplied by Carbon Free Group members.