Green Building Checklist: Your Complete Guide to Sustainable Construction

Introduction

Building green requires attention to multiple systems and strategies. This checklist provides a comprehensive framework for evaluating sustainability across all aspects of your project—from site selection through ongoing maintenance.

Use this checklist during planning, design, and construction phases to ensure your project achieves your sustainability goals.

Site & Location

• [ ] Site is in walkable neighborhood with transit access
• [ ] Proximity to schools, shopping, employment (15-minute walk)
• [ ] Existing infrastructure utilized (vs. greenfield development)
• [ ] Brownfield or previously developed site prioritized
• [ ] Native vegetation and habitats preserved
• [ ] Stormwater management planned
• [ ] Light pollution minimized
• [ ] Heat island effect addressed

Energy & Climate

Envelope & Insulation

• [ ] Insulation levels exceed code minimums
• [ ] Continuous insulation (no thermal bridges)
• [ ] Air sealing throughout envelope
• [ ] Blower door testing performed (target: <0.6 ACH50)
• [ ] Vapor barriers properly installed

Windows & Doors

• [ ] High-performance windows (U-value <0.30)
• [ ] Triple-glazed or equivalent performance
• [ ] Insulated frames and proper installation
• [ ] Operable windows for natural ventilation
• [ ] Exterior shading for solar control
• [ ] Doors weather-stripped and sealed

Heating & Cooling

• [ ] High-efficiency heating system (>95% AFUE)
• [ ] Heat pump or renewable heating considered
• [ ] Passive solar design optimized
• [ ] Radiant heating/cooling for comfort
• [ ] Zoning for occupancy-based control
• [ ] Thermostat programming for efficiency

Ventilation

• [ ] Heat recovery ventilation (HRV) or energy recovery ventilation (ERV)
• [ ] Continuous fresh air supply
• [ ] Humidity control
• [ ] Filtration for air quality
• [ ] Ductwork sealed and insulated
• [ ] Commissioning performed

Lighting

• [ ] LED lighting throughout (>90% of fixtures)
• [ ] Daylighting maximized
• [ ] Occupancy sensors in appropriate spaces
• [ ] Dimming controls for daylight harvesting
• [ ] Color temperature appropriate for use
• [ ] Task lighting to reduce overall illumination

Renewable Energy

• [ ] Solar PV system considered/installed
• [ ] Solar thermal for hot water
• [ ] Wind power evaluated (if appropriate)
• [ ] Geothermal heat pump considered
• [ ] Battery storage for resilience
• [ ] Net-zero or net-positive energy goal

Water

Conservation

• [ ] Low-flow fixtures (toilets, showers, faucets)
• [ ] Greywater system considered
• [ ] Rainwater harvesting system
• [ ] Drought-resistant landscaping
• [ ] Irrigation system efficient (drip, smart timer)
• [ ] Water use 30-50% below baseline

Quality

• [ ] Water filtration system
• [ ] Non-toxic plumbing materials (no lead)
• [ ] Hot water recirculation for efficiency
• [ ] Stormwater management on-site
• [ ] Wetland or bioswale for filtration

Materials & Waste

Sustainable Materials

• [ ] 50%+ of materials from sustainable sources
• [ ] Reclaimed/salvaged materials prioritized
• [ ] FSC-certified wood specified
• [ ] Low-VOC paints, finishes, adhesives
• [ ] Natural, non-toxic materials selected
• [ ] Local materials prioritized (reduce transportation)

Waste Management

• [ ] Construction waste diversion plan (target: 75%+)
• [ ] Recycling program established
• [ ] Salvage/deconstruction prioritized over demolition
• [ ] Hazardous materials properly managed
• [ ] Operational waste reduction plan

Indoor Air Quality

• [ ] Low-VOC materials throughout
• [ ] Formaldehyde-free insulation and finishes
• [ ] Natural ventilation or MERV-13 filtration
• [ ] Air quality testing performed
• [ ] Off-gassing period before occupancy
• [ ] Plants for air purification

Biophilic & Health

• [ ] Natural light maximized (>75% of spaces)
• [ ] Views of nature from primary spaces
• [ ] Living plants integrated throughout
• [ ] Natural materials used
• [ ] Water features incorporated
• [ ] Outdoor space connection
• [ ] Acoustic comfort addressed
• [ ] Thermal comfort optimized

Stormwater & Landscape

• [ ] Permeable surfaces maximized
• [ ] Green roof or living wall installed
• [ ] Native plants prioritized
• [ ] Habitat created/preserved
• [ ] Stormwater retention on-site
• [ ] Bioswale or rain garden installed
• [ ] Pollinator-friendly plantings
• [ ] Irrigation system efficient

Certifications & Standards

• [ ] LEED certification pursued (if applicable)
• [ ] Passive House certification considered
• [ ] Living Building Challenge evaluated
• [ ] Energy Star rating achieved
• [ ] Water efficiency certification
• [ ] Indoor air quality certification
• [ ] Third-party commissioning performed

Operations & Maintenance

• [ ] Building manual and maintenance plan created
• [ ] Occupant education program
• [ ] Monitoring systems installed
• [ ] Energy/water tracking system
• [ ] Maintenance schedule established
• [ ] Replacement parts/materials sourced
• [ ] Ongoing commissioning planned
• [ ] Continuous improvement process

Cost & Financial

• [ ] Life-cycle cost analysis performed
• [ ] Energy savings quantified
• [ ] Water savings quantified
• [ ] Incentives and rebates identified
• [ ] Tax credits evaluated
• [ ] Financing options explored
• [ ] ROI calculated
• [ ] Payback period determined

Project Team

• [ ] Green building professional engaged
• [ ] Architect experienced in sustainable design
• [ ] Contractor with green building experience
• [ ] Mechanical engineer for systems design
• [ ] Energy modeler for performance analysis
• [ ] Commissioning agent assigned
• [ ] Ongoing consultant for operations

Scoring Your Project

Excellent (80-100%): Comprehensive green building implementation

Good (60-80%): Strong sustainability focus with most key elements

Fair (40-60%): Basic green building practices implemented

Minimal (20-40%): Some sustainability measures

Conventional (<20%): Limited green building focus

Implementation Tips

Phase 1: Planning (Before Design)

• Establish sustainability goals
• Assemble experienced team
• Perform energy modeling
• Evaluate site conditions
• Research incentives

Phase 2: Design

• Integrate green strategies
• Specify sustainable materials
• Optimize systems
• Plan for operations
• Develop maintenance strategy

Phase 3: Construction

• Monitor material sourcing
• Ensure proper installation
• Perform testing and commissioning
• Manage waste diversion
• Document performance

Phase 4: Operations

• Monitor energy and water use
• Maintain systems properly
• Educate occupants
• Optimize performance
• Plan upgrades

Resources

Certifications: - LEED: usgbc.org - Passive House: passivehouse.com - Living Building Challenge: living-future.org - Energy Star: energystar.gov

Materials & Products: - GreenGuard: greenguard.org - Declare Label: declareproducts.com - Cradle to Cradle: c2ccertified.org

Tools & Information: - Energy modeling: energystar.gov, openei.org - Material research: buildinggreenproductdirectory.com - Water efficiency: waterwise.org

Professional Support

I help clients implement comprehensive green building strategies. From initial planning through ongoing operations, I ensure your project achieves sustainability goals while maintaining quality and budget.

Services include: - Green building strategy development - Sustainability goal setting - Material specification and sourcing - Energy modeling and optimization - Systems design and commissioning - Ongoing performance monitoring

Contact: gennarobc@gmail.com | LinkedIn: linkedin.com/in/gennarobc | Eco Brooklyn: ecobrooklyn.com

Download & Print: This checklist is available as a PDF for your project reference.

Version: 1.0 | Updated: May 2026