LCMH offers a digital platform that aggregates and analyzes data on low-carbon construction materials, enabling users to efficiently identify, compare, and procure sustainable options. The platform integrates real-time carbon footprint data into project workflows, streamlining compliance and ESG reporting for decarbonization initiatives.
Funding
Funding not disclosed
Founders
Product
Problem
The construction industry faces challenges in accurately assessing and reducing embodied carbon due to fragmented data sources and manual processes for material selection. This complexity hinders compliance with sustainability regulations and the achievement of ESG reporting objectives.
Solution
LCMH provides a digital platform that aggregates and analyzes data on low-carbon construction materials, enabling users to efficiently identify, compare, and procure sustainable options. The platform integrates real-time carbon footprint data directly into project workflows, streamlining compliance and reporting for sustainability initiatives. By eliminating manual data maintenance, LCMH facilitates compatibility with established Life Cycle Assessment (LCA) and Building Information Modeling (BIM) tools. This approach supports developers, contractors, and architects in making informed decisions to decarbonize their projects.
Target Audience
Primary customers include developers, contractors, architects, and sustainability consultants within the construction sector who are responsible for project planning, material procurement, and sustainability compliance.
Features
- Centralized database of verified low-carbon construction materials with integrated Environmental Product Declarations (EPDs).
- AI-powered engine for rapid comparison of material carbon footprints, including Scope 3 embodied emissions.
- Workflow integration capabilities for seamless data import into LCA and BIM software.
- Tools for tracking material sustainability compliance and generating auditable data for ESG reporting.
- Support for various sustainability rating schemes, such as Green Star and NABERS.
- Functionality to identify and procure specific low-carbon material variants based on project requirements.
- Data validation and verification processes to ensure the accuracy and reliability of carbon metrics.