LEED certification promotes environmental sustainability in the construction and operation of buildings, ensuring responsible practices in resource use, energy efficiency, and occupant well-being. Based on a point system, LEED evaluates projects in categories such as energy efficiency, sustainable materials, indoor air quality, and innovative design.

Main Features:

• Focus on energy performance and carbon emission reduction.

• Inclusion of innovative strategies for water, energy, and materials.

• Flexibility to adapt to new projects, existing buildings, and renovations.

What Can Be Certified

Commercial buildings, residential buildings, industrial buildings, hospitals, schools, campuses, communities, and neighborhoods.

Certification Levels:

• Certified: 40-49 points.

• Silver: 50-59 points.

• Gold: 60-79 points.

• Platinum: 80+ points.

Project Types

Did you know that LEED offers different certification systems to fit all types of construction projects? From new builds and major renovations to commercial interiors, existing buildings, and neighborhood developments, LEED can adapt to the unique needs of each project.

• LEED for Design and Construction for New Buildings and Major Renovations

• LEED for Interior Design and Construction for Commercial Interiors

• LEED for Operations and Maintenance for Existing Buildings

• LEED for Neighborhood Development for New Developments

• LEED for Homes and Multi-family Residences

In Mexico, more than 660 projects have already been registered and certified under LEED, with a total of over 31 million square meters! From hotels to industrial buildings, more and more developers and property owners are adopting LEED certification as a way to demonstrate their commitment to sustainable construction and environmental care.

LEED is designed to address all environmental challenges while also meeting the needs of a competitive market by demonstrating leadership, innovation, environmental protection, and social responsibility.

LEED-certified buildings are designed to provide the following benefits:

+ Economic Benefits

• LEED buildings typically have rental rates 20% higher than the average.

• 25% less energy consumption.

• 11% less water consumption.

+ Health Benefits

• LEED buildings report happier employees, more satisfied occupants, and therefore higher productivity.

• LEED-certified buildings have cleaner air, access to natural light, and are free from harmful chemicals.

• Companies in LEED buildings report higher hiring and retention rates.

+ Environmental Benefits

• 34% less CO2 emissions.

• 1.3 million equivalent tons of carbon saved each year.

• 78 million tons of CO2 emissions avoided.

The LEED certification process begins with the developer's vision of building a sustainable building and covers all stages of the project, from conceptual design to occupancy and operation. For this reason, we offer the following services for managing LEED certification:

LEED Diagnosis

We conduct research and analysis of the client's expectations and the specific conditions of the project that make it a strong candidate for certification. Additionally, we develop a summary of the project's goals and select the most appropriate LEED rating system.

LEED Management During Design

We start with a session called a Charrette, where we present the action plan for obtaining LEED certification and define strategies to be evaluated throughout the design process, from the concept to construction documents. For this, we use Integrated Project Delivery (IPD), a collaborative approach that optimizes project results.

LEED Management During Construction

Once the design is complete, LEED construction plans are developed, and best management practices (BMP) are presented for implementation. We then follow up throughout the entire construction process until commissioning.

Documentation (QC/QA)

We gather all information generated from design and construction for LEED certification submission. During this process, we perform quality control (QC) of the information to confirm the prerequisites and credits achieved. Finally, we conduct a Quality Assurance (QA) process to close the documentation phase and confirm the project's sustainability goals (OPR).

Commissioning (Cx) is a comprehensive process designed to ensure that a building's systems perform according to design intent and the owner's operational expectations. At TAAGBUILD, we provide specialized Commissioning services that not only optimize the performance of the project's systems but also ensure their long-term efficiency and durability.

Our experts work closely with design and construction teams to align building systems with the owner's objectives, reducing operational issues, maintenance costs, and energy consumption from the early stages of the project.

LEED and Commissioning

In LEED certification systems, the Energy and Atmosphere (EA) category emphasizes the importance of reducing energy consumption, improving efficiency, and promoting the use of renewable energy. TAAGBUILD offers services that meet the requirements of the Prerequisite EAp1 - Fundamental Commissioning, necessary for LEED certification, as well as the option of Credit EAc3 - Enhanced Commissioning for projects seeking to further optimize performance and ensure continuous improvements.

Commissioning with TAAGBUILD ensures compliance with these standards and maximizes the project's sustainable potential.

Benefits of Commissioning with TAAGBUILD

• Performance Optimization: We verify that building systems operate efficiently and meet the project's needs.

• Energy and Cost Savings: We reduce energy and water consumption, resulting in lower operating costs.

• Increased Comfort: We improve indoor environmental quality to ensure occupant well-being.

• Operational Issue Prevention: We minimize installation errors and future issues through thorough reviews and testing.

• Effective Training: We ensure that the operational staff is fully trained to maintain and optimize building systems.

Our Commissioning Services

• Fundamental + Enhanced Cx

• Building Enclosure Commissioning (BECx)

• Monitoring-Based Commissioning (MBCx)

Energy Simulation (Building Energy Modeling, BEM) is an advanced tool that uses physics-based software to analyze and optimize the energy performance of buildings. This process allows for simultaneous simulation of key design aspects, including:

• Solar Energy: Assessment of solar incidence on the building.

• Shading: Identification of strategies to control solar radiation.

• Natural Light: Optimization of natural light usage to reduce energy costs.

• Glare: Mitigation of glare to enhance visual comfort.

• Thermal Comfort: Design of spaces with optimal conditions for occupants.

• Natural Ventilation: Promotion of airflows to reduce mechanical loads.

Energy Simulation and LEED

LEED certification recognizes the importance of energy simulation as a key tool for validating project performance.

• LEED Requirements: A minimum improvement in building energy performance compared to the baseline is required, aligning with international standards (ASHRAE 90.1 Appendix G).

• Impact on LEED Credits: An accurate energy simulation can maximize points for the Energy Efficiency credit, contributing to achieving higher certifications and meeting the project’s sustainability goals.

Benefits of Energy Simulation

Implementing energy simulation early in the design process offers key benefits for the project, such as:

• Reduction in Initial Costs: Identification of cost-effective design strategies.

• Optimization of Operating Costs: Long-term energy consumption improvements.

• Sustainability: Reduction of environmental impacts associated with the building's life cycle.

• Increased Design Value: Ensures a design aligned with efficiency and comfort goals.

Moreover, the energy model enables the design team to make informed decisions, supported by quantitative data, to create a functional, efficient, and sustainable building.

Our Energy Simulation Services

At TAAGBUILD, we offer professional Whole-Building Energy Modeling (BEM) services, integrating building systems and components into an advanced computerized model.

Our services include:

• Creation of the Baseline Building: Based on efficiency values established in ASHRAE 90.1 Appendix G, which serves as a reference point to measure design improvements.

• Identification of Energy-Saving Strategies: We evaluate alternatives for mechanical, electrical, and architectural design systems, optimizing the project’s energy performance.

• Simulation of Multiple Variables: We analyze the complex interaction between building systems (lighting, ventilation, thermal comfort, etc.) to ensure comprehensive results.

• Documentation for Certifications: We provide the necessary reports and calculations to meet LEED requirements and other international standards.

Trust TAAGBUILD to maximize the energy efficiency of your project and ensure a sustainable design that meets the highest international standards.

Natural Light Analysis is the simulation strategy used to control the use of natural light within and around buildings. This analysis aims to quantify areas with optimal natural light exposure levels (not excessive) to ensure the required lighting levels, prevent glare, and minimize or eliminate the use of electric lighting.

The objectives to evaluate with this tool during the design phase include:

• Control heat gains during summer through windows.

• Control heat losses during winter through windows.

• Provide good visual balance.

• Create a comfortable environment.

Benefits

A high-quality lighting design offers architects and designers the opportunity to provide healthy and comfortable spaces for occupants. To ensure an efficient and high-quality lighting design, the analysis of natural light evaluates various parameters specific to each project.

The benefits of using natural light analysis during the early design phase and the resulting quality lighting design can be summarized as follows:

• Improved productivity of occupants.

• Enhanced well-being.

• Energy savings.

LEED and WELL

For both certifications, LEED and WELL, Daylight Analysis is crucial, as this analysis evaluates mandatory parameters for prerequisites and conditions as well as for credits and optimizations, such as:

WELL

• Precondition L01: Light Exposure and Education

• Optimization L05: Enhanced Daylight Access

• Optimization L03: Circadian Lighting Design

• Optimization L04: Glare Control

LEED

• Prerequisite EA: Minimum Energy Performance and Energy Optimization

• Credit EQ: Natural Light

The Whole Building Life-Cycle Assessment (WBLCA) is a scientific methodology that evaluates the environmental impacts of a building throughout all stages of its life cycle: from raw material extraction, manufacturing, and transportation to construction, use, maintenance, and end-of-life disposal. This analysis is key to measuring and reducing both embodied carbon and operational carbon, which together represent the total environmental impact of a building.

The WBLCA is widely recognized in sustainable building certifications such as LEED, BREEAM, and DGNB, and it is mandatory in various international regulations aimed at limiting embodied carbon in construction projects.

What We Do

At TAAGBUILD, we conduct a comprehensive building life-cycle analysis that includes:

• Comparative Assessments: We compare the baseline building with the proposed project, identifying opportunities to reduce emissions.

• Identification of Critical Points: We detect materials and processes with the highest environmental impacts to prioritize optimization.

• Regulatory Compliance: We ensure that the results of the WBLCA comply with international standards such as ISO 14040/14044 and EN 15978, as well as with environmental certifications.

• Continuous Optimization: We provide strategies to reduce emissions in both new and existing projects, leveraging advanced technologies and best practices.

• Clear and Actionable Results: We deliver detailed reports and visualizations that facilitate decision-making at every stage of the project.

WBLCA Process at TAAGBUILD

1. Objective and Scope Definition: We define the goals of the analysis and the phases of the life cycle to be evaluated.

2. Material Inventory and Data: We collect key information on materials, processes, and building usage to build an accurate model.

3. Impact Assessment: We quantify the environmental impacts using indicators such as Global Warming Potential (GWP), Acidification, and Eutrophication.

4. Analysis and Optimization: We identify improvement opportunities to reduce impacts at each life-cycle stage.

5. Result Delivery: We provide a final report with practical recommendations and compliance with certifications.

Delivery Time and Adaptability

• Average Time: We deliver complete analyses within 2 to 4 weeks, depending on the scope and level of detail required.

• Customized Solutions: We adapt to the needs of each client, offering analyses that meet specific certification, regulatory, and sustainability requirements.

Why Conduct a WBLCA?

With growing concerns about climate change, sustainable construction has focused attention on embodied carbon, which now accounts for up to 50% of a building's emissions in high-energy-efficiency projects. Conducting a WBLCA enables owners, designers, and builders to:

• Identify critical environmental impact points in materials and processes.

• Optimize building design to reduce emissions before construction.

• Comply with international regulations limiting environmental impact.

• Ensure environmental certifications that provide competitive advantages and meet sustainability goals.

WBLCA Benefits

• Reduction of Environmental Impact: We help reduce at least 10% in three impact categories, such as global warming, acidification, and depletion of non-renewable resources.

• Certification Compliance: We support obtaining up to 3 LEED points (Credit MRc1) related to life-cycle impact reduction.

• Design Optimization: We evaluate materials and strategies from the early design phases to ensure more sustainable and efficient buildings.

• Informed Decisions: We use updated databases and advanced tools that ensure reliability in material selection.

• Resilient and Circular Projects: We promote the reuse of materials and optimize projects to align with circular economy principles and net-zero carbon goals.

Why Choose TAAGBUILD for Your WBLCA

• Proven Experience: We have a team of experts in sustainability and environmental certifications.

• Advanced Tools: We use best practices and global databases to ensure precise and actionable results.

• Comprehensive Approach: Our service spans from strategy definition to final documentation for certifications.

Not all WELL elements apply to every building, as it depends on its phase of construction. Therefore, WELL is organized into project types, which take into account a specific set of considerations that are particular to each building type or construction phase. The project types are as follows:

• New and Existing Buildings

• New and Existing Interiors

• Core and Shell

Certification Levels

Projects seeking WELL certification can earn points based on performance results for various policies, design, and operational strategies. These points determine the level of certification achieved, which can be one of the following four levels:

• Bronze

• Silver

• Gold

• Platinum

Through this verification of design and policies, WELL can help buildings achieve better levels of lighting, ventilation, and ultimately, improved well-being for the building's occupants, which translates into a higher quality of life.

The benefits a WELL-certified building offers include:

• An 8% improvement in employee performance due to better Indoor Air Quality.

• More than 80% of employees report that staying active and having access to clean, high-quality indoor air contributes to their job happiness.

• Promoting health and well-being for 100% of employees.

Since EDGE covers the entire life cycle of buildings, it allows existing buildings or major renovations to achieve certification. EDGE is available for a wide range of building types, including:

• Residential Units

• Hospitality

• Offices

• Hospitals

• Retail

• Warehouses

• Industries

• Educational Buildings

Certification Levels

There are three ways to achieve EDGE certification based on energy savings: EDGE Certified, EDGE Advanced, and Zero Carbon.Existen tres formas de lograr la certificación EDGE en base al nivel de ahorro energético: EDGE Certified, EDGE Advanced y Zero Carbon.

+ EDGE Certified

• Achieving a 20% savings in energy, water, and embedded energy in materials.

+ EDGE Advanced

• Achieving a 40% savings in energy, at least 20% savings in water, and embedded energy in materials.

• No recertification required.

+ Zero Carbon

• Achieving carbon neutrality with 40% or more energy savings and 100% on-site renewable energy or offsets.

• Requires recertification every four years with 100% renewable energy and the purchase of offsets every two years if applicable.

The numbers show the most economically viable path for green construction and allow real estate developers to use the best strategy for sustainable building. These strategies are integrated into the project design, verified by an EDGE auditor, and certified by GBCI.

GBCI offers certification at a modest cost to validate the project's achievements, both for financial stakeholders and the community.

EDGE brings international prestige to your project at the design stage.

EDGE helps mitigate climate change by encouraging development that makes efficient use of resources. EDGE consists of an online software application, a universal standard, and a certification system.

+ Objectives

EDGE creates a new global standard by requiring a green building to achieve at least:

• 20% savings in energy use

• 20% savings in water consumption

• 20% savings in embedded energy in materials

• 40% savings in energy use, for buildings with EDGE Advanced certification

• 100% renewable energy, for buildings with Zero Carbon certification

With EDGE, it is possible to obtain a preliminary certification during the design phase, allowing projects to be promoted with the EDGE brand even before they are built. This is achieved by gathering information and including documentation in the EDGE online application. After construction, the project phase shifts to post-construction to follow up and receive the final certification.

During this process, we offer the following services:

• EDGE Expert consulting for platform management

• Strategy determination

• Communication between Auditor and Client

• Documentation

During the construction phase, the building must be reviewed by a trained EDGE auditor, and once the project is completed, an on-site audit must be carried out to achieve certification.

TAAGBUILD has a trained team and offers a professional EDGE Audit service, approved by GBCI, which allows us to review the project and submit the recommendation for project certification.

The EDGE Auditor is responsible for:

• Reviewing the project documentation

• Verifying compliance with EDGE requirements

• Conducting a thorough verification of the project submission

• Recommending the evaluation of the project to a certification provider

The Living Building Challenge is versatile and applies to different project scopes and typologies. There are four typologies:

• New Buildings

• Existing Buildings

• Commercial Interiors

• Landscaping or Infrastructure

Certification Level

To obtain LBC certification, projects must meet a series of ambitious performance requirements for a minimum of 12 months of continuous occupancy. There are several types of certifications under LBC:

• Living Building Certification

• Core Green Building Certification

• Petal Certification

• Zero Energy Certification

• Zero Carbon Certification

Living Building Challenge is the most rigorous standard in the world for green buildings. Therefore, living buildings are characterized by:

• Achieving net-zero or net-positive energy

• Being free of toxic chemicals

• Reducing their energy footprint often far below that of a generic commercial structure

Managed by Green Business Certification Inc. (GBCI), SITES offers a comprehensive certification system designed to distinguish sustainable landscapes, measure their performance, and elevate their value.

SITES certification is for:

• New or existing projects located on sites with or without buildings, ranging from national parks to corporate campuses, from streets to homes, and more.

Certification Levels

SITES certification is based on a point system. The number of points each project achieves determines the certification level:

• SITES Certified: 70-84 points
  

• SITES Silver: 85-99 points
  

• SITES Gold: 100-134 points
  

• SITES Platinum: 135+ points

SITES is the culmination of years of research and development by leading professionals in the fields of soil, water, vegetation, materials, and human health. Therefore, projects with SITES certification:

• Help reduce water demand.
  

• Filter and reduce stormwater runoff.
  

• Provide habitat.
  

• Reduce energy consumption.
  

• Improve air quality, human health, and increase opportunities for outdoor recreational activities.

In the LEED certification systems, the Energy and Atmosphere (EA) category emphasizes the importance of reducing energy consumption, improving efficiency, and promoting the use of renewable energy. TAAGBUILD offers services that meet the requirements of Prerequisite EAp1 - Fundamental Commissioning, necessary for LEED certification, as well as the option for Credit EAc3 - Enhanced Commissioning for projects seeking to further optimize performance and ensure continuous improvements.

Performing Commissioning with TAAGBUILD ensures compliance with these standards and maximizes the sustainable potential of the project.

• Performance optimization: We ensure that the building's systems operate efficiently and in line with the project's needs.

• Energy and cost savings: We reduce energy and water consumption, leading to lower operating costs.

• Increased comfort: We improve indoor environmental quality to ensure the well-being of occupants.

• Prevention of operational issues: We minimize installation errors and future problems through thorough reviews and testing.

• Effective training: We ensure that the operation staff is fully trained to maintain and optimize the building's systems.

The Commissioning process includes the essential building systems, such as HVAC, plumbing, electrical, renewable energy, and, if requested, the thermal envelope.

In the case of Enhanced Commissioning, we add key activities such as:

• Review of contractor submittals.

• Development and updating of system manuals.

• Verification of operator and occupant training.

• Monitoring of building performance up to 10 months after delivery.

Ideal for ensuring the thermal performance and durability of the building envelope, this service complements the Fundamental and Enhanced Commissioning, aligning with LEED requirements and guidelines such as ASHRAE and NIBS.

This innovative approach uses monitoring tools to assess the ongoing performance of energy and water-consuming systems. It allows for identifying long-term improvement opportunities and maintaining operational efficiency.

The LEED certification recognizes the importance of energy simulation as a key tool to validate the project's performance.

• LEED Requirements: A minimum improvement in the building's energy performance compared to the baseline is required, in line with international standards (ASHRAE 90.1 Appendix G).

• Impact on LEED Credits: Accurate energy simulation can maximize points for the Energy Efficiency credit, contributing to achieving higher certifications and meeting the project's sustainability goals.

Implementing an early energy simulation in the design process offers key benefits for the project, such as:

• Reduction of initial costs: Identification of cost-efficient design strategies.

• Optimization of operational costs: Improvements in long-term energy consumption.

• Sustainability: Reduction of environmental impacts associated with the building's life cycle.

• Greater design value: Ensures a design aligned with efficiency and comfort objectives.

Additionally, the energy model allows the design team to make informed decisions, supported by quantitative data, to create a functional, efficient, and sustainable building.

At TAAGBUILD, we offer professional Whole-Building Energy Modeling (BEM) services, integrating the systems and components of the building into an advanced computerized model.

Our services include:

• Creation of the Baseline Building: Based on the efficiency values established in ASHRAE 90.1 Appendix G, which serves as a benchmark to measure design improvements.

• Identification of energy-saving strategies: We evaluate alternatives for mechanical, electrical, and architectural design systems, optimizing the project's energy performance.

• Simulation of multiple variables: We analyze the complex interaction between building systems (lighting, ventilation, thermal comfort, etc.) to ensure comprehensive results.

• Documentation for certifications: We provide the necessary reports and calculations to meet the requirements for LEED and other international standards.

Trust TAAGBUILD to maximize the energy efficiency of your project and ensure a sustainable design that meets the highest international standards.

A quality lighting design provides architects and designers with the opportunity to create healthy and comfortable spaces for occupants. To ensure an efficient and high-quality lighting design, natural light analysis evaluates various parameters specific to each project.

The benefits of using natural light analysis during the early design phase and the result of a quality lighting design are summarized in the following points:

• Improved productivity of occupants

• Greater well-being

• Energy savings

For both certifications, LEED and WELL, Daylight Analysis is highly important as this analysis evaluates parameters that are required in prerequisites, preconditions, and credits, such as:

WELL

• Precondition L01: Exposure to Light and Education

• Optimization L05: Enhanced Access to Daylight

• Optimization L03: Circadian Lighting Design

• Optimization L04: Glare Control

LEED

• Prerequisite EA Minimum Energy Performance and EA Energy Optimization

• Credit EQ Daylight

At TAAGBUILD, we perform a comprehensive life cycle analysis of buildings that covers:

1. Comparative Assessments: We compare the baseline building with the proposed project, identifying opportunities to reduce emissions.

2. Identification of Critical Points: We detect materials and processes with the greatest environmental impacts to prioritize their optimization.

3. Regulatory Compliance: We ensure that WBLCA results meet international standards such as ISO 14040/14044 and EN 15978, as well as environmental certifications.

4. Continuous Optimization: We provide strategies to reduce emissions in both new and existing projects, utilizing advanced technologies and best practices.

5. Clear and Actionable Results: We deliver detailed reports and visualizations that facilitate decision-making at every stage of the project.

WBLCA Process at TAAGBUILD

1. Goal and Scope Definition: We define the objective of the analysis and the life cycle stages to evaluate.

2. Inventory of Materials and Data: We collect key information about materials, processes, and building usage to create an accurate model.

3. Impact Assessment: We quantify environmental impacts using indicators like Global Warming Potential (GWP), Acidification, and Eutrophication.

4. Analysis and Optimization: We identify improvement opportunities to reduce impacts at each life cycle stage.

5. Delivery of Results: We provide a final report that includes practical recommendations and compliance with certifications.

Delivery Time and Adaptability

Average Time: We deliver complete analyses within 2 to 4 weeks, depending on the scope and level of detail required.

Customized Solutions: We adapt to each client's needs, offering analyses that meet specific certification, regulatory, and sustainability requirements.

With growing concerns about climate change, sustainable construction has focused its attention on embedded carbon, which now represents up to 50% of a building's emissions in high-energy efficiency projects. Conducting a WBLCA allows owners, designers, and builders to:

• Identify critical points of environmental impact in materials and processes.

• Optimize building design to reduce emissions before construction.

• Comply with international regulations that limit environmental impact.

• Secure environmental certifications that provide competitive advantages and meet sustainability goals.

Why choose TAAGBUILD for your WBLCA?

• Proven Experience: We have a team of experts in sustainability and environmental certifications.

• Advanced Tools: We use best practices and global databases to ensure precise and actionable results.

• Comprehensive Approach: Our service covers everything from strategy definition to final documentation for certifications.

Contact us today to transform your project into a sustainability model!

At TAAGBUILD, we offer a comprehensive service for generating EPDs (Environmental Product Declarations), designed to streamline the process and ensure reliable results. Our approach combines technical expertise with advanced tools to ensure that each EPD meets the highest standards.

Our process for generating EPDs

1. Data Collection

   • We work with you to gather information about the product's life cycle, including energy consumption, transportation, and end-of-life disposal.

2. Life Cycle Assessment (LCA)

   • We perform a detailed analysis using the TRACI methodology, evaluating the impact on key categories such as carbon emissions, smog formation, and human toxicity.

3. Report Preparation

   • We generate a clear and comprehensive EPD that complies with standards such as ISO 14025 and EN 15804.

4. External Verification

   • We validate the EPD with accredited verifiers to ensure its credibility and compliance with international regulations.

5. Publication

   • We ensure the visibility of your EPDs by publishing them on globally recognized platforms for a period of 5 years.

The use of EPDs has grown rapidly as sustainability becomes a critical factor in construction and infrastructure design. Companies, architects, and designers use EPDs to:

• Demonstrate Transparency: Clearly communicate the environmental impacts of materials.

• Comply with International Regulations: EPDs are required in public tenders and environmental marketing in many regions, such as the European Union.

• Optimize Products: Identify areas for improvement to reduce environmental impact during production, transportation, and disposal.

• Contribute to Certifications: EPDs help earn credits in certification systems such as LEED, BREEAM, and WELL by facilitating the environmental evaluation of products in sustainable projects.

Benefits of EPDs

1. Market Differentiation: Stand out from the competition by offering materials with transparent environmental certification.

2. Access to New Markets: Meet sustainability requirements for global projects and public tenders.

3. Contribution to Environmental Certifications: Helps earn credits in certifications such as LEED and WELL under "Materials and Resources."

4. Product Optimization: Helps reduce environmental impact and increase resource efficiency throughout the product lifecycle.

5. Regulatory Compliance: Satisfies legal and regulatory requirements in key markets.

Specific Benefits of Working with TAAGBUILD

• Fast EPD Generation: We deliver complete EPDs within approximately 45 days once the necessary information is provided.

• Personalized Experience: We tailor each process to meet the specific needs of your products and market objectives.

• Free Publication: We include the publication of your EPDs on recognized platforms as part of our service.

Why Choose TAAGBUILD

• Sustainability Experts: Our team combines years of experience in life cycle analysis and environmental certifications.

• Solutions Tailored to Your Needs: We design customized strategies to maximize the impact of your products in sustainable markets.

• Guaranteed Compliance: We ensure that your EPDs meet global regulations and standards.