Ene 01.1 Energy performance.

Ene 01.2 Energy efficient design features.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 09.1 Drying space both credits applicable.

Tra 01.1 Accessibility index.

Tra 01.2 Dedicated bus service.

Tra 02.1 Proximity to amenities criteria (located within proximity of 2 core amenities).

Tra 04.1 Car parking capacity.

Wat 01.1 Assessment of the buildings water efficiency.

Wat 02 Water monitoring.

Wat 03.1 Leak detection system.

Wat 03.2 Flow control devices.

Wat 04 Water efficient equipment.

UK
Tra 3.1 Cycle storage.

Tra 3.2 Cyclist facilities.

Tra 3.3 Cycle storage and cycle facilities.

Wst 05 Adaptation to CC – Structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Hea 04.1 Thermal modelling – required for the second and third credit below.

Hea 04.2 Adaptability for a projected climate change scenario – Using passive and active design principles to show adaptability to extreme temperatures.

Hea 04.3 Thermal Zoning and controls – strategising the temp control within against the users and building use.

Hea 07.1 Hazards – Risk assessments and mitigation measures taken.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – Flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort.

Hea 07.1 Hazards – risk assessments and mitigation measures taken.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – Flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort.

Hea 07.1 Hazards – risk assessments and mitigation measures taken.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – Flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Wst 05 Adaptation to CC – Structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Hea 04.1 Thermal modelling – required for the second and third credit below.

Hea 04.2 Adaptability for a projected climate change scenario – Using passive and active design principles to show adaptability to extreme temperatures.

Hea 04.3 Thermal Zoning and controls – strategising the temp control within against the users and building use.

Hea 07.1 Hazards – Risk assessments and mitigation measures taken.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – Flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Surface water Run-off – 1st credit – ensuring relevant drainage systems are in place with calculations for the allowance of CC. 2nd credit – flooding will not occur due to drainage failure and the relevant techniques are in place with justification.

Pol 03.4 Decrease in impermeable area by 50% or source control methods are in place to handle new run-off areas.

Pol 03.5 No increase in impermeable surfaces or if present, hard standing areas provided with SuDS.

LE 02.1 Protection of ecological features.

LE 04.1 Ecologists report and recommendation – SQE carries out and provides an assessment report, with at least 50% of the ecologist’s findings being brought to the final design and build.

LE 05 Long term impact on biodiversity – SQE ensures the meeting of all regulations. Landscape &habitat plans are in place. (appropriate to the site) with additional measures.

Hea 02.1 prerequisite – Ban on asbestos products.

Hea 02.2 IAQ plan has been produced (considering: removal of contaminants, dilution and control of contaminants, procedures for pre-occupancy etc).

Hea 02.3 Ventilation – suitable fresh air intakes. Intakes on building sides that minimise pollution coming in from outside.

Suitable filtration in HVAC systems, air quality sensors present.

Hea 02.4 Emissions from building products.

Hea 02.5 Post-construction indoor air quality measurement – measurement of formaldehyde, VOC levels ensuring they do not exceed limits.

Hea 02.6 Potential for natural ventilation – openable widow areas, ensuring cross flow of air. User control on the supply of fresh air.

Hea 04.1 Thermal modelling – required for the second and third credit below.

Hea 04.2 Adaptability for a projected climate change scenario – Using passive and active design principles to show adaptability to extreme temperatures.

Hea 04.3 Thermal Zoning and controls – strategising the temp control within against the users and building use.

Hea 05 prerequisite – Suitably qualified Acoustician is appointed at the appropriate stage.

Hea 05.1 Indoor ambient noise and sound insulation.

Hea 05.2 Reverberation times.

Hea 05.3 Acoustic performance standards in residential/long term residential institutions (up to 4 credits).

Prevention of mould growth through wat. 03:.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 03.3 Leak Isolation – isolation valves are present to separately isolate different supplies within residential buildings.

Pol 02. Use of low emission heat sources in the building to control the NOx levels within.

Pol 05.1 Reducing the likelihood of noise arising from fixed installations.

Hea 02.1 prerequisite – Ban on asbestos products.

Hea 02.2 IAQ plan has been produced (considering: removal of contaminants, dilution and control of contaminants, procedures for pre-occupancy etc).

Hea 02.3 Ventilation – suitable fresh air intakes. Intakes on building sides that minimise pollution coming in from outside.

Suitable filtration in HVAC systems, air quality sensors present.

Hea 02.4 Emissions from building products.

Hea 02.5 Post-construction indoor air quality measurement – measurement of formaldehyde, VOC levels ensuring they do not exceed limits.

Hea 02.6 Potential for natural ventilation – openable widow areas, ensuring cross flow of air. User control on the supply of fresh air.

Hea 04.1 Thermal modelling – required for the second and third credit below.

Hea 04.2 Adaptability for a projected climate change scenario – Using passive and active design principles to show adaptability to extreme temperatures.

Hea 04.3 Thermal Zoning and controls – strategising the temp control within against the users and building use.

Hea 05 prerequisite – Suitably qualified Acoustician is appointed at the appropriate stage.

Hea 05.1 Indoor ambient noise and sound insulation.

Hea 05.2 Reverberation times.

Hea 05.3 Acoustic performance standards in residential/long term residential institutions (up to 4 credits).

Man 03.6 Second monitoring credit – responsibility has been assigned for monitoring…transport data. Monitoring transport movements and impacts resulting from delivery of the majority construction materials to site and construction waste. – responsible practices with regards to transport.

Hea 02.1 prerequisite- Ban on asbestos products.

Hea 02.2 IAQ plan has been produced (considering: removal of contaminants, dilution and control of contaminants, procedures for pre-occupancy etc).

Hea 02.3 Ventilation – suitable fresh air intakes. Intakes on building sides that minimise pollution coming in from outside.

Suitable filtration in HVAC systems, air quality sensors present.

Hea 02.4 Emissions from building products.

Hea 02.5 Post-construction indoor air quality measurement – measurement of formaldehyde, VOC levels ensuring they do not exceed limits.

Hea 02.6 Potential for natural ventilation – openable widow areas, ensuring cross flow of air. User control on the supply of fresh air.

Pol 02. Use of low emission heat sources in the building to control the NOx levels within.

Leads to better ambient air quality through reduction in fossil fuel use:.

Tra 01.1 Accessibility index.

Tra 01.2 Alternative transport measures.

Tra 02.1 Proximity to amenities criteria (located within proximity of 2 core amenities).

Tra 04.1 Car parking capacity.

Tra 05 Travel plan – Site specific travel assessment or statement has been undertaken – Reduction in reliance on modes with high environmental impact.

UK
Tra 3.1 Cycle storage.

Tra 3.2 Cyclist facilities.

Tra 3.3 Cycle storage and cycle facilities.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Pol 01 (all credits) No refrigerant use.

Pol 01 prerequisite – Compliance with institute of refrigeration ammonia refrigeration systems code of practice.

Pol 01.4 Leak detection – built in leak detection and capability of automatically isolating and containing the remaining refrigerant.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Man 03.1 Environmental management – environmental management system covering main operations in place with best practice pollutions control policies.

Ene 01.2 Energy efficient design features.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 03.3 Leak Isolation – Isolation valves are present to separately isolate different supplies within residential buildings.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water.

Similar to HQM – Efficient measures put in place may indirectly affect the future access to safe and affordable drinking water for all.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 03.3 Leak Isolation – isolation valves are present to separately isolate different supplies within residential buildings.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water.

Similar to HQM – Efficient measures put in place may indirectly affect the future access to safe and affordable drinking water for all.

Wat 01.1 (criteria number 4) Greywater or rainwater system is specified – use of non-potable water for features that usually use potable water.

Wat 01.2 (criteria number 5) Greywater systems specified and installed.

Wat 04 Water efficient equipment – encouraging the reuse of non-potable water, reduction in the use of potable water in unnecessary areas.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Man 03.1 Environmental management – best practice with regards to management of pollution coming from site.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water.

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water.

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water.

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

LE 02.1 Protection of ecological features.

LE 04.1 Ecologists report and recommendation – SQE carries out and provides an assessment report, with at least 50% of the ecologist’s findings being brought to the final design and build.

LE 05 Long term impact on biodiversity – SQE ensures the meeting of all regulations. Landscape &habitat plans are in place. (appropriate to the site) with additional measures.

Man 03.1 Environmental management – best practice with regards to management of pollution coming from site.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water:

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water:

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Ene 04 Low carbon design – promotion of low carbon designs – low and zero carbon technology.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Drying space both credits applicable.

Pol 02 Use of low emission heat sources in the building to control the NOx levels within.

Ene 04 Low carbon design – promotion of low carbon designs – low and zero carbon technology.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Drying space both credits applicable.

Pol 02 Use of low emission heat sources in the building to control the NOx levels within.

Ene 04 Low carbon design – promotion of low carbon designs – low and zero carbon technology.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Drying space both credits applicable.

Pol 02 Use of low emission heat sources in the building to control the NOx levels within.

Ene 04 Low carbon design – promotion of low carbon designs – low and zero carbon technology.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Drying space both credits applicable.

Pol 02. Use of low emission heat sources in the building to control the NOx levels within.

Ene 04 Low carbon design – promotion of low carbon designs – low and zero carbon technology.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Drying space both credits applicable.

Pol 02. Use of low emission heat sources in the building to control the NOx levels within.

Ene 04 Low carbon design – promotion of low carbon designs – low and zero carbon technology.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Dying space both credits applicable.

Pol 02. Use of low emission heat sources in the building to control the NOx levels within.

Not applicable to RFO.

Mat 01.1 BREEAM based calculator using a LCA for the buildings life cycle impacts.

Mat 01.2 Elemental assessment of environmental performance information.

Mat 03.prerequisite – All timber and timber based products used legally harvested &a,p; traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Wat 03.exp Where 70% of the available RSM points are achieved.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Mat 06 Material efficiency – Optimising the use f materials.

Wst 01.1 Pre-refurbishment audit.

Wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Wst 02.1 Recycled aggregates – use of recycled material, with an exemplary credit for 50% + used on site.

Wst 02.exp Total recycled aggregate used > 50%

Wst 03a Dedicated space for segregation and storage of operational waste with the use of compactors/balers when necessary etc.

Wst 04.1 Speculative finishes – encourage the specification and fitting of finishes to avoid unnecessary waste of materials.

Wst 05 Adaptation to CC – Structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort.

Ene 01 Reduction in energy use and carbon emissions.

Mat 01/02 Monitoring the environmental impact of materials.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Dying space both credits applicable.

Wat 01 Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water:

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Mat 01.1 BREEAM based calculator using a LCA for the buildings life cycle impacts.

Mat 01.2 Elemental assessment of environmental performance information.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Wat 03.exp Where 70% of the available RSM points are achieved.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Mat 06 Material efficiency – optimising the use f materials.

Wst 01.1 Pre-refurbishment audit.

Wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Wst 02.1 Recycled aggregates – use of recycled material, with an exemplary credit for 50% + used on site.

Wst 02.exp Total recycled aggregate used > 50%

Wst 03a Dedicated space for segregation and storage of operational waste with the use of compactors/balers when necessary etc.

Wst 04.1 Speculative finishes – encourage the specification and fitting of finishes to avoid unnecessary waste of materials.

Wst 05 Adaptation to CC – Structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort.

Ene 01 Reduction in energy use and carbon emissions.

Mat 01/02 Monitoring the environmental impact of materials.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Dying space both credits applicable.

Wat 01 Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water:

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Not Applicable to RFO Criteria.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Tra 02 Proximity to amenities includes access to cash points.

Tra 01.1 Accessibility index.

Tra 01.2 Alternative transport measures.

Tra 02.1 Proximity to amenities criteria (located within proximity of 2 core amenities).

Tra 04.1 Car parking capacity.

Tra 05 Travel plan – site specific travel assessment or statement has been undertaken – Reduction in reliance on modes with high environmental impact.

Tra 05.1 Travel plan – involves looking at existing and future travel patterns for the site.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Drying space both credits applicable.

Mat 01.1 BREEAM based calculator using a LCA for the buildings life cycle impacts.

Mat 01.2 elemnetal assessment of environmental performance information.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Innovation credits.

Tra 01.1 Accessibility index.

Tra 01.2 Alternative transport measures.

Tra 02.1 Proximity to amenities criteria (located within proximity of 2 core amenities).

Tra 04.1 Car parking capacity.

Tra 05 Travel plan – site specific travel assessment or statement has been undertaken – reduction in reliance on modes with high environmental impact.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Drying space both credits applicable.

Wat 01.1 Assessment of the buildings water efficiency.

Wat 02 Water monitoring.

Wat 03.1 Leak detection system.

Wat 03.2 Flow control devices.

Wat 04 Water efficient equipment.

Tra 01.1 Accessibility index.

Tra 01.2 Alternative transport measures.

Not applicable to RFO Criteria.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Tra 01.1 Accessibility index.

Tra 01.2 Alternative transport measures.

Tra 02.1 Proximity to amenities criteria (located within proximity of 2 core amenities).

Tra 04.1 Car parking capacity.

Tra 05 Travel plan – site specific travel assessment or statement has been undertaken – reduction in reliance on modes with high environmental impact.

LE 02.1 Protection of ecological features.

LE 04.1 Ecologists report and recommendation – SQE carries out and provides an assessment report, with at least 50% of the ecologist’s findings being brought to the final design and build.

LE 05 Long term impact on biodiversity – SQE ensures the meeting of all regulations. Landscape &habitat plans are in place. (appropriate to the site) with additional measures.

Wst 01.1 Pre-refurbishment audit.

Wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Wst 02.1 Recycled aggregates – use of recycled material, with an exemplary credit for 50% + used on site.

Wst 02.exp Total recycled aggregate used > 50%

Wst 03a Dedicated space for segregation and storage of operational waste with the use of compactors/balers when necessary etc.

Wst 04.1 Speculative finishes – encourage the specification and fitting of finishes to avoid unnecessary waste of materials.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort.

Pol 02 Use of low emission heat sources in the building to control the NOx levels within.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation

Hea 07.1 Hazards – risk assessments and mitigation measures taken.

Wst 01.1 Pre-refurbishment audit.

wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Wst 02.1 Recycled aggregates – use of recycled material, with an exemplary credit for 50% + used on site.

Wst 02.exp Total recycled aggregate used > 50%

Wst 03a Dedicated space for segregation and storage of operational waste with the use of compactors/balers when necessary etc.

Wst 04.1 Speculative finishes – encourage the specification and fitting of finishes to avoid unnecessary waste of materials.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort.

Pol 02 Use of low emission heat sources in the building to control the NOx levels within.

Mat 01.1 BREEAM based calculator using a LCA for the buildings life cycle impacts.

Mat 01.2 Elemental assessment of environmental performance information.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Wat 03.exp Where 70% of the available RSM points are achieved.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Mat 06 Material efficiency – optimising the use of materials.

Pol 02 Use of low emission heat sources in the building to control the NOx levels within.

Man 03.1 Prevent and minimise air pollution on site and in the local community.

LE 02.1 Protection of ecological features.

LE 04.1 Ecologists report and recommendation – SQE carries out and provides an assessment report, with at least 50% of the ecologist’s findings being brought to the final design and build.

LE 05 Long term impact on biodiversity – SQE ensures the meeting of all regulations. Landscape &habitat plans are in place. (appropriate to the site) with additional measures.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZCT tech specification and installation.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Wat 01 Minimum components are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Wst 05 Adaptation to CC – Structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Wst 06.1 Functional adaptability – Features incorporated into the building to facilitate future adaptation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Mat 01.1 BREEAM based calculator using a LCA for the buildings life cycle impacts.

Mat 01.2 Elemental assessment of environmental performance information.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receive credits with regards to the responsible sourcing table in the manual.

Mat 03.exp Where 70% of the available RSM points are achieved.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Mat 06 Material efficiency – optimising the use of materials.

Wst 01.1 Pre-refurbishment audit.

Wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZCT tech specification and installation.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Wat 01 Minimum components are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Dying space both credits applicable.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water.

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Tra 01.1 Accessibility index.

Tra 01.2 Alternative transport measures.

Tra 02.1 Proximity to amenities criteria (located within proximity of 2 core amenities).

Tra 04.1 Car parking capacity.

Tra 05 Travel plan – Site specific travel assessment or statement has been undertaken – reduction in reliance on modes with high environmental impact.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Mat 03.exp Where 70% of the available RSM points are achieved.

Mat 01.1 BREEAM based calculator using a LCA for the buildings life cycle impacts.

Mat 01.2 Elemental assessment of environmental performance information.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Wat 03.exp Where 70% of the available RSM points are achieved.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Mat 06 Material efficiency – optimising the use f materials.

Wst 01.1 Pre-refurbishment audit.

wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Wst 02.1 Recycled aggregates – use of recycled material, with an exemplary credit for 50% + used on site.

Wst 02.exp Total recycled aggregate used > 50%

Wst 03a Dedicated space for segregation and storage of operational waste with the use of compactors/balers when necessary etc.

Wst 04.1 Speculative finishes – encourage the specification and fitting of finishes to avoid unnecessary waste of materials.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort.

Ene 01 Reduction in energy use and carbon emissions.

Mat 01/02 Monitoring the environmental impact of materials.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

ENE 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Dying space both credits applicable.

Wat 01 Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water:

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Mat 01.1 BREEAM based calculator using a LCA for the buildings life cycle impacts.

Mat 01.2 Elemental assessment of environmental performance information.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Wat 03.exp Where 70% of the available RSM points are achieved.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Mat 06 Material efficiency – optimising the use of materials.

Wst 01.1 Pre-refurbishment audit.

Wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Wst 02.1 Recycled aggregates – use of recycled material, with an exemplary credit for 50% + used on site.

Wst 02.exp Total recycled aggregate used > 50%

Wst 03a Dedicated space for segregation and storage of operational waste with the use of compactors/balers when necessary etc.

Wst 04.1 Speculative finishes – encourage the specification and fitting of finishes to avoid unnecessary waste of materials.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort.

Ene 01 Reduction in energy use and carbon emissions.

Mat 01/02 Monitoring the environmental impact of materials.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero met CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

ENE 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Drying space both credits applicable.

Wat 01 Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Reduction in the use of potable water:

Man 03.4 Water consumption credit – responsibility has been assigned for the management of water use on site.

Wst 01.1 Pre-refurbishment audit.

Wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Wst 02.1 Recycled aggregates – use of recycled material, with an exemplary credit for 50% + used on site.

Wst 02.exp Total recycled aggregate used > 50%

Wst 03a Dedicated space for segregation and storage of operational waste with the use of compactors/balers when necessary etc.

Wst 04.1 Speculative finishes – encourage the specification and fitting of finishes to avoid unnecessary waste of materials.

Pol 01 (all credits) No refrigerant use.

Pol 01.prerequisite – Compliance with institute of refrigeration ammonia refrigeration systems code of practice.

Pol 01.4 Leak detection – built in leak detection and capability of automatically isolating and containing the remaining refrigerant.

Wst 01.1 Pre-refurbishment audit.

Wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Wst 02.1 Recycled aggregates – use of recycled material, with an exemplary credit for 50% + used on site.

Wst 02.exp Total recycled aggregate used > 50%

Wst 03 Dedicated space for segregation and storage of operational waste with the use of compactors/balers when necessary etc.

Wst 04.1 Speculative finishes – encourage the specification and fitting of finishes to avoid unnecessary waste of materials.

Pol 01 (all credits) No refrigerant use.

Pol 01.prerequisite – Compliance with institute of refrigeration ammonia refrigeration systems code of practice.

Pol 01.4 Leak detection – built in leak detection and capability of automatically isolating and containing the remaining refrigerant.

Wst 01.1 Pre-refurbishment audit.

Wst 1.2 Reuse and direct recycling of materials.

Wst 1.3 Resource efficiency.

Wst 1.4 Diversion of resources from landfill.

Wst 1.exp Where non-hazardous and hazardous waste meet the resource efficiency targets.

Wst 02.1 Recycled aggregates – use of recycled material, with an exemplary credit for 50% + used on site.

Wst 02.exp Total recycled aggregate used > 50%

Wst 03 Dedicated space for segregation and storage of operational waste with the use of compactors/balers when necessary etc.

Mat 06 Material efficiency – reuse of materials.

Man 01.3 Sustainability champion (design).

Man 01.4 Sustainability champion (monitoring progress) – Reporting must be carried out during and prior to completion of each stage, as a minimum.

Man 03.2 Sustainability champion – appointed to ensure compliance throughout construction and handover.

Man 03.5 Monitoring of refurbishment or fit-out sites.

Man 05.3 Post-occupancy evaluation – post occupancy reports must be created and disseminated about performance.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Man 03.prerequisite – Legally harvested timber.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Ene 09.1 Drying space both credits applicable.

Minimum components for wat 01 are all safe water, sanitation and hygiene related (UK). Water efficiency tested using the calculator of WASH services, domestic or commercially sized.

Wat 02 Water metering and submetering to monitor consumption.

Wat 03.1 A programmable and sophisticated leak detection system in place.

Wat 03.2 Flow control devices – regulate supply of water to each WC area.

Wat 04 Water efficient equipment – systems in place to reduce water demand and demonstrate a meaningful reduction in total demand.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Hea 04.1 Thermal modelling – required for the second and third credit below.

Hea 04.2 Adaptability for a projected climate change scenario – using passive and active design principles to show adaptability to extreme temperatures.

Hea 04.3 Thermal Zoning and controls – strategising the temp control within against the users and building use.

Hea 07.1 Hazards – risk assessments and mitigation measures taken.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – Flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Hea 04.1 Thermal modelling – required for the second and third credit below.

Hea 04.2 Adaptability for a projected climate change scenario – using passive and active design principles to show adaptability to extreme temperatures.

Hea 04.3 Thermal Zoning and controls – strategising the temp control within against the users and building use.

Hea 07.1 Hazards – risk assessments and mitigation measures taken.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – Flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Hea 04.1 Thermal modelling – required for the second and third credit below.

Hea 04.2 Adaptability for a projected climate change scenario – using passive and active design principles to show adaptability to extreme temperatures.

Hea 04.3 Thermal Zoning and controls – strategising the temp control within against the users and building use.

Hea 07.1 Hazards – risk assessments and mitigation measures taken.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – Flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Hea 04.1 Thermal modelling – required for the second and third credit below.

Hea 04.2 Adaptability for a projected climate change scenario – using passive and active design principles to show adaptability to extreme temperatures.

Hea 04.3 Thermal Zoning and controls – strategising the temp control within against the users and building use.

Hea 07.1 Hazards – risk assessments and mitigation measures taken.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – Flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Wst 05 Adaptation to CC – structural and fabric resilience.

Wst 05.exp Responding to adaptation to climate change (requires achievement of other areas that promote resilience to climate change e.g. thermal comfort).

Hea 04.1 Thermal modelling – required for the second and third credit below.

Hea 04.2 Adaptability for a projected climate change scenario – using passive and active design principles to show adaptability to extreme temperatures.

Hea 04.3 Thermal Zoning and controls – strategising the temp control within against the users and building use.

Hea 07.1 Hazards – risk assessments and mitigation measures taken.

Mat 01.1 BREEAM based calculator using a LCA for the buildings life cycle impacts.

Mat 01.2 Elemental assessment of environmental performance information.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receives credits with regards to the responsible sourcing table in the manual.

Mat 05.1 Protecting vulnerable parts of the building from damage/protecting exposed part of the building from material degradation.

Pol 03.1 Low flood risk – development in a low risk zone.

Pol 03.2 Medium or high flood risk – flood risk assessment taken, and steps taken to increase resilience of the development.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

Ene 01.1 Elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.).

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Man 03.1 Environmental management – pollution prevention – relevant if next to coast.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

LE 02.1 Protection of ecological features.

LE 04.1 Ecologists report and recommendation – SQE carries out and provides an assessment report, with at least 50% of the ecologist’s findings being brought to the final design and build.

LE 05 Long term impact on biodiversity – SQE ensures the meeting of all regulations. Landscape &habitat plans are in place. (appropriate to the site) with additional measures.

Reducing GHG emissions:

Ene 01.1 elemental energy model.

Ene 01.2 Historic buildings only – Specialist study.

Ene 01.exp.1 Zero net CO2 emissions.

Ene 01.exp.2 Carbon neutral.

Ene 02.1 Sub-metering of major energy-consuming systems.

Ene 02.2 Sub-metering of high energy load and tenancy areas.

Ene 04.1 Passive design analysis.

Ene 04.2 Free cooling.

Ene 04.3 LZCT feasibility.

Ene 04.4 LZC tech specification and installation.

Ene 05.1 Energy efficient design, installation and commissioning (cold storage).

Ene 05.2 Energy efficiency criteria – use of robust and tested components.

Ene 05.3 Indirect GHG emissions – savings in indirect GHG emissions.

Ene 06.1 Energy consumption (Transport) – efficiency of transport systems within the building (e.g. escalators/lifts etc.)

Ene 06.2 Energy efficient features – lifts and escalators.

Ene 08 Energy efficient equipment – reducing the equipment energy use within the building.

Mat 01.1 BREEAM based calculator using an LCA for the building’s life cycle impacts (both options).

Pol 02 Use of low emission heat sources in the building to control the NOx levels within.

Man 03.1 Environmental management – Pollution prevention – relevant if next to coast.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

LE 02.1 Protection of ecological features.

LE 04.1 Ecologists report and recommendation – SQE carries out and provides an assessment report, with at least 50% of the ecologist’s findings being brought to the final design and build.

LE 05 Long term impact on biodiversity – SQE ensures the meeting of all regulations. Landscape & habitat plans are in place. (appropriate to the site) with additional measures.

Man 03.prerequisite – Legally harvested timber.

Mat 03.prerequisite – Legally harvested/sourced timber products.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receive credits with regards to the responsible sourcing table in the manual.

Man 03.1 Environmental management – Pollution prevention – relevant if next to coast.

Pol 03.3 Neutral impact on surface water.

Pol 03.4 Reducing Run off.

Pol 03.5 Minimising watercourse pollution.

Pol 03.6 Minimising watercourse pollution – water course pollution risk is assessed and addressed appropriately through separators or suitable containment.

Pol 03.exp There is no runoff discharged into watercourses and sewers.

LE 02.1 Protection of ecological features.

LE 04.1 Ecologists report and recommendation – SQE carries out and provides an assessment report, with at least 50% of the ecologist’s findings being brought to the final design and build.

LE 05 Long term impact on biodiversity – SQE ensures the meeting of all regulations. Landscape & habitat plans are in place. (appropriate to the site) with additional measures.

Man 03.prerequisite – Legally harvested timber.

Mat 03.prerequisite – Legally harvested/sourced timber products.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receive credits with regards to the responsible sourcing table in the manual.

LE 02.1 Protection of ecological features.

LE 04.1 Ecologists report and recommendation – SQE carries out and provides an assessment report, with at least 50% of the ecologist’s findings being brought to the final design and build.

LE 05 Long term impact on biodiversity – SQE ensures the meeting of all regulations. Landscape & habitat plans are in place. (appropriate to the site) with additional measures.

Not Applicable to the Criteria in RFO.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receive credits.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receive credits.

Mat 03.prerequisite – All timber and timber based products used legally harvested & traded.

Mat 03.1 Sustainable procurement plan – encouragement of the responsible sourcing of products.

Mat 03.2 Responsible sourcing of construction products receive credits.