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Bioenergy & Environment

We design bioenergy, circular economy, and environmental monitoring projects that generate economic value with technical rigor and a commitment to sustainability.

Our Specialized Services

Five services in bioenergy and environmental management, backed by international methodologies and technical partnerships with specialized organizations.

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Municipal Solid Waste Projects and Biogas Production

Comprehensive diagnostics and projects to address MSW management, seeking techno-economic alternatives to harness the organic fraction for biogas, compost, and value-added byproduct production.

What does it consist of?

We develop diagnostics and projects aimed at solving the challenge that Municipal Solid Waste (MSW) management represents for municipal and state governments. We identify techno-economic, social, and environmental alternatives focused on utilizing the organic portion of waste, which can be converted into organic compost, biogas, and other value-added byproducts for local communities. We rely on technical partnerships with specialist associations and international organizations, and each project is adapted to the volume of MSW generated and the specific challenges of each city.

Key Benefits

Comprehensive resolution of municipal solid waste management challenges
Generation of new renewable energy sources (biogas)
Mitigation of negative environmental and social impacts
Technical support through partnerships with international organizations
Creation of value chains from organic waste

Ideal for:

Municipal governmentsState governmentsEnvironmental management agenciesWaste management companies

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Quantification of Agricultural and Agro-Industrial Residues

Projects to quantify and characterize residues from a region or company, identifying their potential use under a circular economy vision that respects the environment.

What does it consist of?

We develop projects to quantify and characterize agricultural or agro-industrial residues generated in a region or by a company. We identify their potential use under circular economy principles, ensuring environmental respect and facilitating companies or governmental entities in obtaining official sustainability certifications. Our approach enables the monetization of residues that previously represented a cost or environmental liability.

Key Benefits

Effective transition toward circular economy models
Utilization and monetization of agricultural waste and by-products
Improved corporate reputation and environmental image
Support in obtaining ecological certifications
Reduction of costs associated with waste disposal

Ideal for:

Agricultural and agro-food companiesProducer associationsIndustrial agro-parksGovernments with agricultural vocations

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Economic Feasibility Analysis for Biofuels

Techno-economic assessments through Cost-Benefit Analysis (CBA) to determine the viability of producing ethanol (1G and 2G), biodiesel, biogas, and sustainable jet fuel (Jet A-1).

What does it consist of?

We conduct detailed techno-economic assessments using the Cost-Benefit Analysis (CBA) methodology. Our objective is to precisely determine the economic and financial viability of producing various biofuels, including first and second-generation ethanol, biodiesel, biogas, and sustainable aviation fuel (SAF/Jet A-1). Assessments include raw material analysis, conversion technologies, capital and operating costs, projected revenues, and sensitivity analysis under price variation scenarios.

Key Benefits

Financial certainty for energy investment decisions
Rigorous evaluation under proven CBA methodology
Comparative analysis of different biofuel options
Alignment of projects with energy markets and regulatory frameworks
Identification of the most profitable technology for available feedstocks

Ideal for:

Energy sector investorsFuel refineries and producersRenewable energy project developersGreen and sustainability capital funds

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Pollutant Monitoring Networks and Health Impact Assessment

Diagnostics on environmental monitoring networks and Health Impact Assessments (HIA) for PM2.5 and PM10 using WHO and OECD methodologies.

What does it consist of?

We conduct diagnostics on the functioning of state environmental pollutant monitoring networks and evaluate existing environmental programs. We carry out Health Impact Assessments (HIA) for particulate matter PM2.5 and PM10 using methodologies from the World Health Organization (WHO) and the OECD. This enables the determination of whether an industry or city complies with pollutant emission regulations and the measurement of their contribution to preventable mortality.

Key Benefits

Objective verification of compliance with environmental emission standards
Scientific measurement of pollutant impact on public health
Identification of improvement areas in existing monitoring networks
International methodological support (WHO and OECD)
Technical basis for environmental policy decision-making

Ideal for:

Heavy industries (mines, cement plants, thermal power stations)State Ministries of EnvironmentChemical and energy sectorsLocal governments with air quality challenges

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Recycling Culture Projects in Educational Environments

Design and implementation of projects that promote recycling and material reuse culture in primary, secondary, and high schools.

What does it consist of?

We design and implement specific educational and operational projects to build a solid culture of recycling and reuse of materials (PET, plastics, wood, oils, tires, and more) in primary, secondary, and high school environments. We are driven by the conviction that changing the minds of new generations in their local environments is the most effective way to generate real action in favor of the environment. Changing minds, changing actions.

Key Benefits

Environmental awareness built from an early age
Tangible reduction of waste in school communities
Implementation of practical separation and recycling systems
Positive social impact and promotion of youth leadership
Fulfillment of environmental corporate social responsibility commitments

Ideal for:

Primary and secondary educational institutionsState and municipal Ministries of EducationFoundations and non-governmental organizationsCompanies with Corporate Social Responsibility (CSR) programs

Frequently Asked Questions

What international organizations do you partner with for MSW projects?

We have technical partnerships with specialist associations in waste management and bioenergy, as well as links with organizations operating under FAO standards and international cooperation agencies. Each project defines the most appropriate technical partners based on its scale and characteristics.

What types of biofuels can you evaluate?

We evaluate the viability of first-generation ethanol (from sugar or starch crops), second-generation ethanol (lignocellulosic biomass), biodiesel, biogas (methane), and sustainable aviation fuel (SAF/Jet A-1), depending on the feedstocks available in the region.

Are Health Impact Assessments (HIA) accepted by regulatory authorities?

Yes. Our HIAs are developed under WHO and OECD methodologies, which are recognized and accepted by SEMARNAT, state environmental agencies, and international financing organizations such as the IDB and the World Bank.

Do recycling culture projects require infrastructure investment?

Not necessarily. We design programs adapted to the available resources of each institution, from low-cost initiatives using reusable materials to more robust systems with specialized containers and collection routes, depending on each project's budget and objectives.

Is your organization ready to move toward sustainability?

Schedule a consultation and let's explore how our bioenergy and environmental services can drive your green transition.