LANDUSE

° Defining nature-based solutions

° Measuring property parcels

° Calculating carbon sequestration

CARBON

° Defining embodied carbon and using LCA’s

° Measuring all building materials, products and AEC supply chain impacts

° Calculating the whole built envelope footprint with tools that are easily translatable in labeled climate processes, offsets, etc.

ENERGY

° Defining net zero energy, electrification and passive design techniques

° Measuring onsite renewable energy and direct green power purchasing by electrical use breakdown, building type and climate zone for high performing EUI and whole built envelope carbon balancing and reductions

° Using passive design measures and principles for core and shell energy efficiency and enhanced  thermal, air radiation, and moisture envelopes’

° Calculating the whole built envelope footprint with toolsets that are easily translatable in energy sectors, building codes, high performing buildings and corporate protocol scopes.

WASTE

° Defining material waste in circularity and using onsite waste to energy techniques

° Measuring the upcycling of building material waste from demolition by material type and weight for carbon reductions

° Converting waste to energy for renewable energy production and calculating the waste reduction by mass

° Calculating the whole built envelope footprint with toolsets that are easily translatable in waste management, recycling facilities and carbon reduction credits

WATER

° Defining zero net water and using closed loop water processing design

° Measuring potable water, non-potable water and rain water capture to achieve up to one-hundred percent water recyclability

° Calculating the whole built envelope footprint with toolsets that are easily translatable in water efficiency measures and waster water treatment

DECARBONIZATION & CARBON REDUCTION

° Defining property land area, demolition, product specification and renewables impact  on the built envelope’s carbon balance

° Calculating the carbon reductions from property land area, demolition, product specification and renewables that decarbonize the measured built envelope

° Summing the whole built envelope footprint with toolsets that are easily translatable in any sector

SOCIAL DESIGN & INCLUSION

° Defining key materiality in the built environment’s social and governance development and performance

° Measuring actual onsite health and safety by preventative measures and injuries

° Calculating value chain inclusion by stakeholders and material supply chain

° Summing the whole built envelope footprint with toolsets that are easily translatable for corporate protocol scope three, social responsibility and health and safety initiatives

GOVERNANCE BEST PRACTICES

° Defining governance asset materiality at the institutional performance level

° Measuring financed emissions by scope, attribution factor and emissions intensity that result in decarbonized portfolios

° Calculating real asset risk by physical climate risk and risk-adjusted valuation

° Incorporating middle market affordable housing by area and unit number

° Summing the whole built envelope footprint with toolsets that are easily translatable for capital markets, asset/project owners, REITs, scope three on-balance sheet loans and investments

° Automating portfolio targets/trajectories by decarbonized real asset

PROJECT MANAGEMENT

° ESG-GRADE Sustainable Building processes by task, timeline and dependency

° ESG-Grade Sustainable Building project management best practices, guides and tools

ASSET ADMIN & iESG Certificate

° Assets & Content Resource Hub