Philippine Green Building Initiative Version 3.0 2021 PDF

GREEEN  CATEGORIES GREEEN Energy & the Sustainable & Material Indoor Water Responsive Sites Environmental Efficiency Environment...

GREEEN  CATEGORIES GREEEN Energy & the Sustainable & Material Indoor Water Responsive Sites Environmental Efficiency Environment Sustainability Quality Construction Building Waste Water Climate Change O &M Special Resiliency Organization Management & Management Credits Management GREEEN  Climate Change Resiliency GREEEN Adaptation Knowledge Provisions Redundancy Preparedness Plan Climate Change Resiliency GREEEN Climate Change Resiliency GREEEN Climate Change Resiliency GREEEN NEW CONSTRUCTION & MAJOR RENOVATION CLIMATE CHANGE RESILIENCY PREREQUISITES & CREDITS POINTS CC-P1 Passive Systems REQUIRED gr n CC-P2 Soundness of Structure REQUIRED CC-C1 Water and Wind Tightness 3 CC - C1.1 Building Envelope 1 CC - C1.2 Leak Testing 2 CC-C2 GREEEN Spatial Flexibility 1 CC-C3 Food Storage 1 CC-C4 Edible Gardening 1 Climate Change Resiliency GREEEN NEW CONSTRUCTION & MAJOR RENOVATION CLIMATE CHANGE RESILIENCY CREDITS POINTS CC-C5 Water Use Independence 3 gr n CC-C6 Energy Use Independence 1 CC-C7 Safe Emergency Egress 1 CC-C8 Disaster Risk Management Plan 1 GREEEN CATEGORY POINTS 10 Climate Change Resiliency GREEEN PASSIVE SYSTEMS Climate Change Resiliency GREEEN PASSIVE SYSTEMS  Climate Change Resiliency GREEEN CC-P1 Passive Systems RATIONALE INTENT BASIS REQUIREMENT STRATEGY The In times of 1. RA 9729 Buildings shall exhibit at least 50% Refer to natural light Philippin power failure Climate of total floor area of all habitable and air harvesting es’ climate brought about by Change rooms provided with ample day methodologies or offers the effects Act lighting and natural air systems: o 2. PD 1096 movement REQUIRED 1.Light shelves, massive f National 1.Day lighting provided from clerestories, skylights, opportunity to Building extreme climate 8:00 AM to 4:00 PM, ample scoops, insulated take advantage conditions, or Code of passive enough for most human window systems, some natural 3. Philippine activities. Harvested natural overhangs, screens, systems that disaster Green daylight shall at least meet baffles allow buildings to occurrence, Building minimum lighting properties 2.Wall / window louvers, operate even buildings shall Code values for working table 4. CIBSE operable windows, stacks, without electro- be able to surfaces. non-motorized mechanical provide Guidelines 2.Naturally ventilated and ventilators, cross- ample support for Naturally support. insulated habitable rooms ventilation systems for continuity Ventilated Passive systems shall maintain ample air 3.Insulation, insulated of spaces are integrated in movement, and acceptable and/ or reflective operations, 5. ASHRAE the design of 90.1- average ambient temperature building envelope productivity components buildings utilizing and 2016 and humidity, sustaining minimum thermal comfort for 4.Wind flow study natural means to comfort through 6. PSVARE Standar occupants. 5.Sun path & cool, warm or passively ds building light a designed Use EDGE Software to orientation building. ventilation 7. ASHRAE calculate compliance to 6.Consult an HVAC and 62.1 & natural ventilation Engineer lighting systems. 62.2 7.Consult a Lighting  Passive Design GREEEN passive systems operate without any mechanical parts or power supply and warm cool and light buildings naturally divided into three categories: ▪ passive heating systems ▪ natural lighting systems and techniques ▪ passive natural cooling systems http://aglsolarenergy.com.au/site/media/solar-hot-water-diagram.png  Passive Heating GREEEN uses the energy of the sun to keep occupants comfortable without use of mechanical systems Solar Water Heating conversion of sunlight into heat for water heating using a solar thermal collector http://aglsolarenergy.com.au/site/media/solar-hot-water-diagram.png Passive Lighting GREEEN windows light shelves skylight shoji screen translucent concrete light wells atrium roof monitor light tubes Passive Lighting GREEEN sunlight transport external reflectors bottle walls clerestory Passive Cooling Methods GREEEN Building Configuration, Site Planning and Layout a building can be protected from direct sunlight by placing it on a location within the site that utilizes existing features such as trees, terrain etc. Passive Cooling Methods GREEEN Building Orientation in tropical countries such as the Philippines, it is best to place service areas in the west and east facing sides of the building because these sides are exposed to direct sunlight Passive Cooling Methods GREEEN Façade Design insulation Passive Cooling Methods GREEEN Façade Design high efficiency glazing low-emissivity glass (low-e glass) double glazing film Passive Cooling Methods Façade Design GREEEN double façade Passive Cooling Methods GREEEN Wind & Natural Ventilation Prevailing Wind in the Philippines : Amihan (NE) November to April (Winter) Habagat (SW) May to October (Summer) Passive Cooling Methods GREEEN Wind & Natural Ventilation Cross Ventilation circulation of fresh air through open windows, doors or other openings on opposite sides of a room Passive Cooling Methods GREEEN Wind & Natural Ventilation Stack / Chimney Effect tendency of air or gas in a shaft or other vertical space to rise when heated, creating a draft that draws in cooler air or gas from below Passive Cooling Methods GREEEN Wind & Natural Ventilation Wind Gradient wind speeds increase with the height above the ground, and the smoothness of the ground surface Passive Cooling Methods GREEEN Sun Shading Devices Horizontal Types generally used on the north facing and south facing sides of a building Passive Cooling Methods GREEEN Sun Shading Devices Horizontal Types generally used on the north facing and south facing sides of a building Passive Cooling Methods GREEEN Sun Shading Devices Vertical Types generally used on the east facing and west facing sides of a building Passive Cooling Methods GREEEN Sun Shading Devices Egg Crate Types combination of horizontal and vertical shades Principles of Passive Design GREEEN continuous insulation airtight construction optimized windows balanced ventilation minimal dependence on mechanical systems vernacular traditions Climate Change Resiliency GREEEN CC-P1 Passive Systems BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Reduced 1. ENERGY & THE ENVIRONMENT Category 1. Floor Plans, Roof GHG 2. SR-C2 Connectivity & Density Plans, Building emissions 3. SR-C5 Site Development: USA Elevations and 2. Reduced 4. SR-C6.1 Site Protection: Enhanced Site Ecology Sections and Details threat to the 5. SR-C7 Neighborhood Daylight and Natural Ventilation showing provisions of 6. IE-P1 Basic Indoor Air Quality Performance ozone layer daylighting and 7. IE-P2 Basic Indoor Lighting Quality 3. Reduced 8. IE-C2 Ventilation Effectiveness natural ventilation contribution 9. IE-C5 Thermal Comfort 2. GB Code Spreadsheet to global 10. IE-C6.1 System Controls: Lighting Calculation on warming 11. IE-C7 Natural Lighting compliance to minimum 4. Reduced 12. IE-C8 Outdoor Views operable / fixed energy 13. CC-C1 Water & Wind Tightness opening areas consumption 14. CC-C5 Water Use Independence 5. Reduced 15. CC-C6 Energy Use Independence 3. EDGE Report on power 16. CC-C8 Disaster Risk Management Plan Natural Ventilation requirements 17. OM-P1 Building Operations & Maintenance requirements Management compliance 6. Leads to 18. OM-C1 Building Management Organization Zero Energy 4. Daylighting Simulation 19. OM-C2.1 Monitoring & Metering: Energy / Zero 20. OM-C5 Building As-Built Plans using DIALUX or any Carbon 21. SC-C2 Re-use of Existing Building similar software Building 22. SC-C6 Basement Natural Lighting & Ventilation 5. Photo Narrative (date 7. Health & Well- 23. SC-C8 Building Sustainability Promotion and time stamped) of being 24. SC-C9 Health Risk Management building envelope 8. Living & Climate Change Resiliency GREEEN SOUNDNESS OF STRUCTURE Climate Change Resiliency GREEEN CC-P2 Soundness of Structure RATIONALE INTENT BASIS REQUIREMENT STRATEGY The National Building should 1. National Various studies, reports, 1. Follow updated NBC, Structural Code be structurally Structural calculators and design criteria NSCP, structural of the capable to Code of shall be required to support the parameters, setbacks from Philippines withstand the design and construction of waterways, bodies of (NSCP), a Philippines water, radius of safety from active referral code various building. volcanoes and prescribed of the stresses, 2. PD 1096 REQUIRED setback from fault lines National based on Nation al 1.Submit structural criteria and 2. Refer to PHIVOLCS, Building establish analysis study, which should PAGASA data and to hazard Code, was ed seismic, Buildin or thematic maps. g show considerations of site designed to floodwater Code characteristics and potential 3. Overlay maps such as ensure that flows and wind liquefaction hazards with mitigation buildings can pressure recommendations map, flood prone 3. RA 9729 withstand thresholds. areas, soil analysis, Climate tremors as Building should 2.Structural Certification issued slope, etc. Change high as also be Act by a Structural Engineer, 4. Refer to government line magnitude 8. capable in indicating the building’s agencies and local Compliance compliance to the NBC and government units for protecting or to this is NSCP various data on the area reducing risks therefore to its 5. Use Geographical equated to Information System occupants. earthquake- (GIS) resilient 6. Hire services of structural engineers Climate Change Resiliency GREEEN SOUNDNESS OF STRUCTURE Climate Change Resiliency GREEEN SOUNDNESS OF STRUCTURE Climate Change Resiliency GREEEN SOUNDNESS OF STRUCTURE Climate Change Resiliency GREEEN SOUNDNESS OF STRUCTURE  Climate Change Resiliency GREEEN https://www.resilienceindex.org/ SOUNDNESS OF STRUCTURE Climate Change Resiliency GREEEN CC-P2 Soundness of Structure BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Safety, 1. EE-P1 Mandatory Building Envelope Performance 1. Structural Analysis community 2. EE-P2 Basic Building Systems Commissioning criteria, analysis and resilience & 3. SR-P1 Sound Site Selection results showing responsibility compliance of building 2. Health & Well- 4. SR-C1 Site Feasibility structural design to local being 5. SR-C2 Connectivity & Density codes. 3. Living & 6. SR-C7 Neighborhood Daylight and Natural Ventilation operations 2. Structural Design 7. MS-C3 Durable Materials continuity Certification 8. SR-P1 Sound Site Selection by Licensed Structural Engineer 9. SR-C1 Site Feasibility 10. CC-C1 Water & Wind Tightness 3. Test Results 11. CC-C5 Water Use Independence compressive and tensile 12. CC-C8 Disaster Risk Management Plan strength of materials 13. OM-P1 Building Operations & Maintenance Management 4. OPTION: Building 14. OM-C1 Building Management Organization Resilience Index IFC 15. OM-C2.1 Monitoring & Metering: Energy software report showing 16. OM-C5 Building As-Built Plans minimum PASS grade for the 17. SC-C1 Redevelopment of Built-Up Sites project 18. SC-C2 Re-use of Existing Building 19. SC-C8 Building Sustainability Promotion Climate Change Resiliency GREEEN WATER & WIND TIGHTNESS Climate Change Resiliency GREEEN CC-C1 Water and Wind Tightness RATIONALE INTENT BASIS REQUIREMENT STRATEGY The The whole building 1. RA 9729 Water and Wind Tightness Refer to: effectiveness envelope shall be Climate 1.Building envelope shall PD 1096 National of a building sealed, within Change Building Code have complete barrier and the acceptable limits, Act accessories for wind and ASHRAE 90.1 presence of from wind flow and water tightness, which can PSVARE Energy openings can rain / storm 2. PD 1096 be based from the Efficiency Standards on be tied to water. National Building Envelope Building Philippine GB Code 1 building This is to protect point Window, door, and roof energy usage Code system suppliers and the building users 2.Perform leak testing of and the and occupants from 3. Philippi manufacturers as to their users’ building envelope products air leakage / the harmful effects ne (pressurized water leak comfort. of exposure to water seepage ratings Green test or any other Waste of energy extreme climatic Building compared with accepted is pinned methods that show minimum conditions and the Code actual performance) down to Complete air / water building’s energy 2 points leakage use. 4. ASHRAE tightness details for an 90.1 fenestration, roof, wall and d infiltration floor through Commission building unnecessary envelope openings. CREDIT POINTS 3 Climate Change Resiliency GREEEN Building Envelope Testing WATER & WIND TIGHTNESS Climate Change Resiliency GREEEN CC-C1 Water and Wind Tightness BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Safety, 1. EE-P1 Mandatory Building Envelope Performance 1. Floor plans, Elevations, community 2. EE-P2 Basic Building Systems Sections & Window resilience & Commissioning Schedule responsibility 3. IE-P1 Basic Indoor Air Quality Performance including window details 4. IE-C4 Pollutant-Free Indoor Environment showing compliance to 2. Health & Well-being 5. IE-C5 Thermal Comfort requirement 6. OM-P1 Building Operations & 2. GB Code Architectural 3. Living & Maintenance Management Spreadsheet Air tightness operations 7. OM-C1 Building Management Organization requirements compliance continuity 8. OM-C2.1 Monitoring & Metering: Energy checklist 4. Reduced 9. OM-C5 Building As-Built Plans energy 10. SC-C1 Redevelopment of Built-Up Sites 3. Leak Test Results of consumption 11. SC-C2 Re-use of Existing Buildings building envelope 12. SC-C8 Building Sustainability Promotion 5. Reduced 13. SC-C9 Health Risk Management 4. Photo Narrative (date and GHG time stamped) of building emissions envelope components showing compliance to requirements Climate Change Resiliency GREEEN SPATIAL FLEXIBILITY  Climate Change Resiliency GREEEN CC-C2 Spatial Flexibility RATIONALE INTENT BASIS REQUIREMENT STRATEGY During heavy rains, Interior 1. RA 9729 Provide flexible space where basic Consider in the typhoons, storm spaces Climate necessities (sleeping, eating, toilet building design the surges and flooding, shall Change and social activities) are accessible to following: or even man-made be flexible to Act trapped building occupants 1.Zoning or disasters such as accommodate 1 point centrally locating riots, war or the 2. Disaster 1.Emergency plan indoor terrorism, building differe Risk 2. Flexible space to be lived in for evacuation areas occupants may not be nt needs Managem at least seven (7) continuous able to travel or of ent days 2.Open-planned commute home as trapped 3.Total area for flexible spaces to office space with their lives may be in occupants, hold movable furniture danger. especially least 50% of the total building (ex. Conference during occupants at 1.80 sqm per room, classrooms, Building users may multi- purpose halls, need shelter and long- occupant term 4. Flexible spaces can be etc.) provisions for survival and buildings should floodin divided and distributed among 3.Pantry or food be able to provide for g and / the many areas or floors of a closet stocked these temporary or building to total the required with food and necessities. stormy need water good for 7 conditions 5.Location of flexible spaces for days within or survival shall start from the adjacent to second floor level or at designated 3.50 meters from ground floor level flexible spaces CREDIT Climate Change Resiliency GREEEN SPATIAL FLEXIBILITY Climate Change Resiliency GREEEN CC-C2 Spatial Flexibility BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Safety, 1. EE-C5 Energy Efficient Lighting 1. Floor plans, community 2. EE-C6 On-Site Renewable Energy Elevations, & resilience & 3. EE-C7 Off-Site Renewable Energy Sections showing responsibility 4. SR-C1 Site Feasibility location and details of 5. SR-C7 Neighborhood Daylight & Natural Ventilation designated 2. Health & Well- 6. IE-P1 Basic Indoor Air Quality Performance indoor evacuation space. being 7. IE-C5 Thermal Comfort 8. IE-C7 Natural Lighting 2. CC Form 1 Description 3. Living & 9. IE-C8 Outdoor Views of operations 10. CC-P1 Passive Systems indoor evacuation continuity 11. CC-C3 Food Storage space and amenities 4. Reduced 12. CC-C5 Water Use Independence including calculator for energy 13. CC-C6 Energy Use Independence required indoor consumption 14. CC-C7 Safe Emergency Egress evacuation space 5. Reduced 15. CC-C8 Disaster Risk Management Plan 3. Photo Narrative (date GHG 16. OM-P1 Building Operations & Maintenance and time stamped) of emissions Management building envelope 17. OM-C1 Building Management Organization components showing 18. OM-C5 Building As-Built Plans compliance to 19. SC-C8 Building Sustainability Promotion requirements 20. SC-C9 Health Risk Management Climate Change Resiliency GREEEN FOOD STORAGE Climate Change Resiliency GREEEN CC-C3 Food Storage RATIONALE INTENT BASIS REQUIREMENT STRATEGY Food is one of man’s Building 1. RA 9729 Provision of food storage Consider in the basic needs. A occupa Climate 1 point building design the human can survive nts who Change following: for 3 weeks without become Act Food and water storage good for 1.Pantry or food closet food. transients 2. Disaster 7 days for 50% of occupants stocked with food and In cases of calamities in buildings Risk water good for 7 days and people may be should Management Storage can be centrally within or adjacent to stranded, provisions have located or in separate zones designated flexible of food and water access to spaces should be food an 2.Potable water available. storage tanks can d water provisions also help provide for for the water provisions sustenance CREDIT POINTS 1 Climate Change Resiliency GREEEN CC-C3 Food Storage BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Safety, 1. SR-C1 Site Feasibility 1. Floor plans, elevations community and sections showing resilience & 2. CC-C4 Edible Gardening location and details of responsibility designated pantry/food 3. CC-C8 Disaster Risk Management Plan storage. 2. Health & Well- being 4. OM-P1 Building Operations & Maintenance 2. CC Form 1 Description of 3. Living & Management indoor evacuation space operations and amenities including continuity 5. OM-C1 Building Management Organization calculation of required food storage capacity 6. OM-C5 Building As-Built Plans 7. SC-C8 Building Sustainability Promotion 3. Photo Narrative (date and time stamped) of food storage space and containers, showing compliance to requirements Climate Change Resiliency GREEEN EDIBLE GARDENING Climate Change Resiliency GREEEN CC-C4 Edible Gardening RATIONALE INTENT BASIS REQUIREMENT STRATEGY Urban forestry and urban To provide 1. RA 10611 Self-grown Consider including a farming / agriculture has possibility Strengtheni edible plot for vegetation in long been encouraged fo ng the vegetation the building design, and supported by the r building Philippine 1 point within the structure Department of occupants to Food such as decks, or Agriculture. have an Safety a.located within within the open building premises space as part of the This not only helps in alternative Regulat contributing to sustainable source of food, ory b.using sustainable unpaved surface development, closer to them. System farming methodologies area th This can also help 2. RA 9729 c.to supplement Consider organic e reduction of pollution building occupants Climate building occupants farming and and urban heat island to manage and Change emergency food sustainable method effect, but also promotes select particular, Act requirement of irrigation food supply self-reliance, edible vegetation especially during times of and calamities and crises. methodology of farming. CREDIT POINTS 3 Climate Change Resiliency GREEEN EDIBLE GARDENING Climate Change Resiliency GREEEN CC-C4 Edible Gardening BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Safety, 1. SR-C1 Site Feasibility 1. Site Development plan, community 2. SR-C2.1 Connectivity & Density: Community floor plans, elevations resilience & Continuity and sections showing responsibility 3. SR-C5 Site Development: USA location and details of 4. SR-C6.1 Site Protection: Enhanced Site Ecology self-grown edible 2. Health & Well- vegetation planting area being 5. WE-C2 Rainwater Harvesting 3. Living & 2. Plumbing and Sanitary 6. WM-C2 Air Conditioning Condensate Recovery & Re-use operations Documents showing 7. WM-C3 Wastewater Effluent Recovery & Re-use continuity layout, diagrams and 8. CC-C3 Food Storage details of 9. CC-C5 Water Use Independence irrigation system 10. CC-C8 Disaster Risk Management Plan 3. CC Form 2 Description 11. OM-P1 Building Operations & Maintenance of edible garden or Management planting system, 12. OM-C1 Building Management Organization including summary of 13. OM-C3 Waste Disposal Best Practices proposed edible vegetation to be planted 14. OM-C5 Building As-Built Plans 15. SC-C8 Building Sustainability Promotion 4. Photo Narrative (date and time stamped) of edible garden or planting area as implemented Climate Change Resiliency GREEEN WATER USE INDEPENDENCE Climate Change Resiliency GREEEN CC-C5 Water Use Independence RATIONALE INTENT BASIS REQUIREMENT STRATEGY Building occupants may not To provide a 1. RA 9729 Water Use Consider in the be able to source basic reserve potable Climate Independence building design and necessities such as water capacity Change 1 point operation the food and water in times of for building Act following: a.Dedicated Potable natural or man-made occupant use water storage good 1.determination of disasters. durin for at least 7 days for the storage tank g calamities or min. 50% of building capacity Man can survive only 3 times of crises. occupants days without water. It is not 2.elevated or only essential for survival but This is to support a.Recommended overhead water for hygiene and sanitation building occupant that water storage for gravity or as well. survivability. storage and down-fed water Redundant water supply is distribution are distribution therefore vital. independent of energy- 3.distribution outlet use can be at or near designated evacuation space within the building development CREDIT POINTS 3 Climate Change Resiliency GREEEN CC-C5 Water Use Independence BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Safety, 1. SR-C1 Site Feasibility 1. Plumbing & Sanitary community Documents showing 2. SR-C5 Site Development: USA resilience & layout, diagrams and responsibility 3. SR-C6.1 Site Protection: Enhanced Site Ecology details of water storage 2. Health & Well- 4. WE-C2 Rainwater Harvesting and distribution system being 3. Living & 5. WM-C2 Air Conditioning Condensate Recovery & Re-use 2. CC Form 3 Utilities operations 6. WM-C3 Wastewater Effluent Recovery & Re-use systems narrative and continuity calculation of capacities 7. CC-C3 Food Storage 3. Photo Narrative (date 8. CC-C8 Disaster Risk Management Plan and time stamped) of 9. OM-P1 Building Operations & Maintenance water storage and Management distribution system 10. OM-C1 Building Management Organization showing compliance to 11. OM-C5 Building As-Built Plans requirements 12. SC-C8 Building Sustainability Promotion Climate Change Resiliency GREEEN ENERGY USE INDEPENDENCE Climate Change Resiliency GREEEN CC-C6 Energy Use Independence RATIONALE INTENT BASIS REQUIREMENT STRATEGY Typhoons, heavy To provide a 1. RA 9729 Building shall Consider in the monsoon rains, reserve Climate exhibit capacity to building design and earthquake, volcanic energy / power Change provide own operation the activities, and other capacity for Act limited basic power following: emergencies, bring a building service to its 1.use of back-up high probability that occupant use occupants. power generators power supply and during 1 point with the necessary distribution may be calamities or 1.Emergency fuel storage interrupted. times of provision of 5% of capacity crises. power requirements, With all the technology at our disposal, energy This is to 10% of lighting 2.use of renewable supply is fundamental support requirements for energy sources such in building operations. building seven (7) days. as photovoltaic (PV) occupant 2.Emergency power or wind turbines, survivability, shall ideally be with battery storage productivity, through means of welfare and renewable energy way of life. source CREDIT POINTS 3 Climate Change Resiliency GREEEN ENERGY USE INDEPENDENCE Climate Change Resiliency GREEEN CC-C6 Energy Use Independence BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Safety, 1. ENERGY & THE ENVIRONMENT Category 1. Electrical Design community 2. SR-C1 Site Feasibility Documents showing resilience and 3. SR-C2.1 Connectivity & Density: Community load schedule, layout, responsibility Continuity diagrams and details of 4. SR-C5 Site Development: USA emergency power 2. Health & Well- generator set and being 5. SR-C6.1 Site Protection: Enhanced Site Ecology distribution system 3. Living & 6. SR-C7 Neighborhood Daylight & Natural Ventilation operations 2. CC Form 3 Utilities 7. SR-C8 Site Potential for Renewable Energy continuity systems narrative and 8. IE-C7 Natural Lighting calculation of capacities 9. CC-P1 Passive Systems 3. Photo Narrative (date 10. CC-C5 Water Use Independence and time stamped) of 11. CC-C8 Disaster Risk Management Plan emergency power generator set and 12. OM-P1 Building Operations & Maintenance Management distribution system showing compliance to 13. OM-C1 Building Management Organization requirements 14. OM-C4 Emergency Power Generator Maintenance 15. OM-C5 Building As-Built Plans 16. SC-C8 Building Sustainability Promotion Climate Change Resiliency GREEEN SAFE EMERGENCY EGRESS Climate Change Resiliency GREEEN CC-C7 Safe Emergency Egress RATIONALE INTENT BASIS REQUIREMENT STRATEGY In critical Occupants 1. RA 9729 National Building Code and Fire Code 1. Refer to Codes. events such shall, have Climate Standards. Provisions should be substantially 2. Design should as typhoons, unimpeded Change more than the minimum requirement. be more than heavy access to the Act 1 point minimum monsoon exit of 2. PD 1096 rains, structures in earthquake, case of Nation 1.Corridor and doorway widths (at standards volcanic emergency al least 10% wider than the minimum 3. Refer to local activities, whether natural Buildin required in PD 1096), disaster and other or man made. g 2.Width of stairway shall be 10% coordinating emergencies, Code wider than the minimum standard, or councils This means survivability of 3. Fire Code additional stairway, (DCC) or going beyond building of the more than that required as with the the minimum occupants is Philippines per Total Occupant Load in barangay standards or also PD 1096) coordinating practices set dependent on 3.Shortest possible travel distances (at least councils (BCC) forth in the their capacity 25% shorter than the minimum or with the national and to exit required in PD 1096) from occupied barangay and local codes, buildings spaces going municipality to ordinances safely and towards safe outdoor spaces. discuss and easily. 4.Major exit ways shall lead to procedures local outdoor collector or transition areas which and means for development shall be safe as practicable from egress and authorities. flood, falling debris and for easy evacuation. Climate Change Resiliency GREEEN CC-C7 Safe Emergency Egress BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Safety, 1. SR-P1 Sound Site Selection 1. Electrical Design community 2. SR-C1 Site Feasibility Documents showing resilience & 3. SR-C2 Connectivity & Density: Community load schedule, layout, responsibility Continuity diagrams and details of 4. SR-C5 Site Development: USA emergency power 2. Health & Well- 5. SR-C6.1 Site Protection: Enhanced Site Ecology generator set and being 6. SR-C7 Neighborhood Daylight & Natural Ventilation distribution system 7. MS-C3 Durable Materials 3. Living & 8. IE-C2 Ventilation Effectiveness 2. CC Form 4 Checklist operations 9. IE-C6 System Controls of key safety / egress continuity 10. IE-C7 Natural Lighting requirements from the 11. CC-P1 Passive Systems National Building 12. CC-P2 Soundness of Structure Code, and related 13. CC-C6 Energy Use Independence codes, 14. CC-C8 Disaster Risk Management Plan including 15. OM-P1 Building Operations & Maintenance calculator for Management capacities 16. OM-C1 Building Management Organization 17. OM-C4 Emergency Power Generator 3. Photo Narrative (date Maintenance and time stamped) of key 18. OM-C5 Building As-Built Plans building elements 19. SC-C1 Redevelopment of Built-Up Sites showing compliance to 20. SC-C2 Re-Use of Existing Buildings requirements 21. SC-C8 Building Sustainability Promotion Climate Change Resiliency GREEEN DISASTER RISK MANAGEMENT PLAN Climate Change Resiliency GREEEN CC-C8 Disaster Risk Management Plan RATIONALE INTENT BASIS REQUIREMENT STRATEGY Disaster risk Use of an 1. United Commercial buildings of 1. Refer to the management acceptable Nations more than three (3) National Disaster as defined by document, Office for storeys, and/ or gross Coordinating UNDRR is the a Disaster Disaster floor area of more than Council (NDCC) for application of Risk Risk 3,000 sqm shall format, consider Reduction implement a design and disaster risk Management (UNDRR) Disaster Risk Management situation of building reduction Plan featuring Plan, acceptable to the 2. Refer also to ISO policies and how building 2. RA 9729 local Disaster Climate 9001 format strategies to occupants Coordinating Council prevent new shall adapt, Change Act (DCC) disaster risk, and how 1 point 3. PD 1096 reduce existing buildings 1.Details of emergency National disaster risk shall be Building Code procedures on the egress and manage managed of the building occupants residual risk, during 4. Fire Code of contributing to emergency 2.Description of the the situations emergency provisions, Philippines strengthening their capacities, use and of resilience 5. ISO 9001: distribution and reduction 2015 3.Evacuation plan of disaster losses. CREDIT Climate Change Resiliency GREEEN DISASTER RISK MANAGEMENT PLAN Climate Change Resiliency GREEEN CC-C8 Disaster Risk Management Plan BENEFITS GREEEN SYNERGIES SUBMITTALS 1. Safety, 1. SR-P1 Sound Site Selection 1. Disaster Risk community 2. SR-C1 Site Feasibility Management resilience & 3. SR-C2.1 Connectivity & Density: Community Manual including building responsibility Continuity organization, policies, 4. SR-C5 Site Development: USA roles 5. SR-C6.1 Site Protection: Enhanced Site Ecology and responsibilities, 2. Health & Well- 6. SR-C7 Neighborhood Daylight & Natural Ventilation procedures and protocols, being 7. MS-C3 Durable Materials 8. IE-C2 Ventilation Effectiveness drills, emergency 3. Living & 9. IE-C5 System Controls operations contact details, risks 10. IE-C7 Natural Lighting and hazards continuity 11. WE-P1 LWUA Connection identification with degree 12. WE-C2 Rainwater Harvesting System of 13. WM-C2 Air Conditioning Condensate Recovery & Re-Use priorities, mitigation and 14. WM-C3 Wastewater Effluent Recovery & Re-Use 15. CLIMATE CHANGE RESILIENCY Category prevention 16. OM-P1 Building Operations & Maintenance Management 2. Evacuation plan showing 17. OM-C1 Building Management Organization indoor and outdoor 18. OM-C4 Emergency Power Generator evacuation Maintenance spaces, egress routes 19. OM-C5 Building As-Built Plans 20. SC-C1 Redevelopment of Built-up Sites 21. SC-C2 Re-Use of Existing Buildings 22. SC-C8 Building Sustainability Promotion 23. SC-C9 Health Risk Management BUILDING RESILIENCE GREEEN ability to absorb or avoid damage without suffering complete failure an objective of design, maintenance and restoration for buildings, infrastructure, and communities ability to respond and adapt to, as well as recover in a disruptive event https://www.resilienceshift.org/work-with-us/faqs/ COMPONENTS OF BUILDING RESILIENCE GREEEN Robustness ability to maintain critical operations and functions in the face of crisis Resourcefulness ability to skillfully prepare for, respond to and manage a crisis or disruption as it unfolds Rapid recovery ability to return to and/or reconstitute normal operations as quickly and efficiently as possible after a disruption Redundancy back-up resources to support the originals in case of failure RESILIENT DESIGN GREEEN intentional design of buildings, landscapes, communities, and regions in order to respond to natural and manmade disasters and disturbances, as well as long-term changes resulting from climate change, including sea level rise, increased frequency of heat waves and regional drought RESILIENT vs. GREEN BUILDINGS GREEEN “many of the strategies needed to achieve resilience are exactly the same strategies we have been promoting for years in the green building movement” “solutions are largely the same, but the motivation is one of life-safety, rather than simply doing the right thing” Alex Wilson BuildingGreen, founder resiliency is part of sustainable design sustainable design = green buildings RESILIENT DESIGN STRATEGIES GREEEN design and construct (or renovate) buildings to handle severe storms, flooding, wildfire, and other impacts that are expected to result from a warming climate locate critical systems to withstand flooding and extreme weather events model design solutions based on future climatic conditions as much as possible, rather than relying on past data RESILIENT DESIGN STRATEGIES GREEEN create buildings that will maintain livable conditions in the event of extended loss of power or heating fuel through energy load reductions create durable buildings using such features as rainscreen details, windows that can withstand hurricane (typhoon) winds, and interior finish materials that can dry out if they get wet and not require replacement RESILIENT DESIGN STRATEGIES GREEEN create beautiful buildings that will be loved and maintained rely on passive lighting, heating and cooling strategies (passive survivability) reduce dependence on complex building controls and systems ▪ provide manual overrides in case of malfunction or temporary power outages optimize the use of on-site renewable energy RESILIENT DESIGN STRATEGIES GREEEN carry out water conservation practices and rely on annually replenished water resources, including, potentially, harvested rainwater, as the primary or back-up water supply provide redundant water supplies or water storage for use during emergencies ▪ deep-well pumps ▪ gravity-fed water storage RESILIENT DESIGN STRATEGIES GREEEN consider an option for human waste disposal in the event of non-operating municipal wastewater system ▪ composting toilets ▪ waterless urinals use locally available products and skill-sets specify products and materials that will not off gas or leach hazardous substances in the event of flooding or fire damage RESILIENT DESIGN STRATEGIES GREEEN rely on vernacular design practices that were prevalent before the advent of air conditioning and central heating combine these design strategies with modern materials to optimize resilient design provide redundant electric systems with at least minimal back-up power capacity fuel-fired electric generator solar-electric system with islanding capability Climate Change Resiliency GREEEN NEW CONSTRUCTION & MAJOR RENOVATION CLIMATE CHANGE RESILIENCY PREREQUISITES & CREDITS POINTS CC-P1 Passive Systems REQUIRED gr n CC-P2 Soundness of Structure REQUIRED CC-C1 Water and Wind Tightness 3 CC - C1.1 Building Envelope 1 CC - C1.2 Leak Testing 2 CC-C2 GREEEN Spatial Flexibility 1 CC-C3 Food Storage 1 CC-C4 Edible Gardening 1 Climate Change Resiliency GREEEN NEW CONSTRUCTION & MAJOR RENOVATION CLIMATE CHANGE RESILIENCY CREDITS POINTS CC-C5 Water Use Independence 3 gr n CC-C6 Energy Use Independence 1 CC-C7 Safe Emergency Egress 1 CC-C8 Disaster Risk Management Plan 1 GREEEN CATEGORY POINTS 10 GREEEN  CATEGORIES GREEEN Energy & the Sustainable & Material Indoor Water Responsive Sites Environmental Efficiency Environment Sustainability Quality Construction Building Waste Water Climate Change O &M Special Resiliency Organization Management & Management Credits Management GREEEN