Sessions | Biomass Conference | Biomass Conferences |Lisbon, Portugal

Sustainable Resources

Sustainable resources" refer to materials, energy sources, and practices that meet current needs without depleting or permanently damaging the environment. These resources are essential for promoting environmental health, economic stability, and social equity

Agriculture Management
Aquatic Biomass Production
Algae
Biodiversity

SUBMIT ABSTRACT

Municipal and Industrial waste

Municipal and industrial waste management is a critical aspect of sustainability, as it directly impacts environmental health, public safety, and resource conservation. Here’s an overview of these two types of waste, their sources, impacts, and sustainable management practices

Biowaste From MSW
Use Of Pulp and Paper Waste
Household And Industrial Organic Materials
Municipal And Industrial Feedstock
Domestic And Industrial Waste for Bioenergy
Industrial Byproducts for Biomass

SUBMIT ABSTRACT

Environmental and Climate impacts

The environmental and climate impacts of human activities have become increasingly evident, with effects that span ecosystems, weather patterns, and global temperatures.

Greenhouse Gas Emissions
Water Use and Quality
Soil Degradation
Land Use and Biodiversity Loss
Carbon Footprinting
Life Cycle Assessment

SUBMIT ABSTRACT

Biomass Integration

Biomass integration refers to incorporating biomass energy sources into existing energy systems and industries to optimize renewable energy use, reduce carbon emissions, and enhance energy security. Integrated approaches leverage biomass as a complement to other renewable resources (like wind and solar), enabling a more resilient and sustainable energy network

Hydrogen Production and Use
Biogas and Biomethane
Carbon Capture and Storage
Biomass for Heating and Cooling Grids
Renewable Energy Sources and Technologies
Energy Storage and Gas Grid Balancing

SUBMIT ABSTRACT

Thermochemical Biomass Conversion

Thermochemical biomass conversion is a set of processes that use heat to convert biomass into valuable energy products like biofuels, gases, and chemicals. These processes are central to many bioenergy applications, as they can process a wide range of feedstocks, including wood, agricultural residues, and waste biomass. Thermochemical conversion methods break down biomass by applying heat in the presence or absence of oxygen, producing fuels that can be used for power generation, transportation, and industrial processes.

SUBMIT ABSTRACT

Sustainable Biomass Production

Sustainable biomass production is the process of cultivating and harvesting biomass in ways that meet today’s energy and material needs while safeguarding resources for future generations. Biomass comes from living organisms such as plants, animals, and microorganisms, and can be converted into bioenergy like biofuels and biogas as well as bio-based chemicals and materials. This approach emphasizes minimizing environmental impact, conserving biodiversity, and ensuring social responsibility

SUBMIT ABSTRACT

Pyrolysis

Pyrolysis is a thermochemical process where biomass or organic materials are decomposed by heating in an oxygen-free or low-oxygen environment. This process breaks down complex organic materials, like wood, agricultural residues, and municipal waste, into simpler compounds. Pyrolysis is versatile and can produce multiple products, including bio-oil (a liquid fuel), biochar (a carbon-rich solid), and syngas (a combustible gas). This method is an effective way to convert biomass into bioenergy and bio-based materials, with applications in energy generation, soil enhancement, and sustainable chemical production.

Bio-oil purification
Energy balance
Techno-economic analysis
liquid bioenergy
Fundamental studies
Technology advances

SUBMIT ABSTRACT

Biological Biomass Conversion

Biomass conversion for bioenergy is the process of transforming organic matter into energy sources like heat, electricity, and biofuels. This conversion harnesses renewable biomass—derived from plants, agricultural residues, forestry waste, and organic by-products—and is a key component of sustainable energy strategies aimed at reducing greenhouse gas emissions and supporting energy security. Biomass conversion technologies are diverse and can produce a range of bioenergy types depending on the feedstock and methods used.

Biomass pre-treatment
Advanced biomass combustion
Combined Heat and Power
Polygeneration
Synthesis gas production
Anaerobic Digestion

SUBMIT ABSTRACT

Bioproducts & Biochemicals

Biorefineries produce bioproducts and biochemicals from a variety of biomass sources, including dedicated crops, residues, and algae. The focus is on the entire value chain from production to market deployment while also highlighting processes and applications that transform waste streams into sustainable green products

SUBMIT ABSTRACT

Biogas and Biomethane Production

Biogas and biomethane are renewable energy sources made from organic waste like food scraps, agricultural residues, and animal manure. Bacteria break down this waste without oxygen, producing a gas that can be used for heat, electricity, or as a clean fuel for vehicles (bio-CNG). Biomethane is a purified form of this gas and acts as a green alternative to natural gas. Biogas systems also produce nutrient-rich fertilizer, turning waste into valuable energy and supporting a sustainable, circular economy

SUBMIT ABSTRACT

Carbon Management

This focuses on commercial or demonstration-scale sustainable biomass production with integrated carbon management systems. It includes the use of traditional crops, alternative crops like short-rotation coppice and miscanthus, as well as abandoned or degraded lands, while considering feedstock availability and the entire supply chain

SUBMIT ABSTRACT

AI Applications in Biomass Efficiency and Optimization

This involves using digital technologies, including artificial intelligence (AI) and machine learning, to optimize biomass systems. Applications include process control, real-time monitoring, advanced modeling, predictive maintenance, and smart supply chain management—all aimed at improving efficiency, scalability, and sustainability.

SUBMIT ABSTRACT

Biomaterials, Bio-polymers and Bioplastics

Sustainable bio-based materials are eco-friendly products made from renewable resources, including bioplastics, biocomposites, and construction materials. They focus on recycling nutrients, reducing waste, ensuring biodegradability, and supporting a circular economy, helping achieve climate-friendly and sustainable solutions across industries

Organic Fertilizers
Biochar
Plant Biostimulants

SUBMIT ABSTRACT

Biomass Power & Thermal

Biomass power and thermal energy are vital components of renewable energy solutions, harnessing organic materials—such as agricultural residues, wood, and energy crops—to produce heat and electricity. Unlike fossil fuels, biomass offers a sustainable alternative that can help reduce greenhouse gas emissions while supporting energy security and rural economies.

SUBMIT ABSTRACT

Biomass Conversion for Bioenergy

SUBMIT ABSTRACT

Sustainable Aviation Fuel (SAF)

Sustainable Aviation Fuel (SAF) represents a transformative approach to reducing aviation's environmental footprint, offering a cleaner, more sustainable alternative to traditional jet fuel. Derived from renewable resources like agricultural residues, municipal waste, and even algae, SAF significantly cuts greenhouse gas emissions and promotes circularity within the aviation sector.

SUBMIT ABSTRACT

Early Bird Abstract Submission deadline closes on December 16, 2025

2^nd International Conference on

Biomass

August 27-28, 2026
Ramada by Wyndham Lisbon, Portugal

Home > Call For Paper

Call For
Paper

Sustainable Resources

Sustainable Resources

Municipal and Industrial waste

Municipal and Industrial waste

Environmental and Climate impacts

Environmental and Climate impacts

Biomass Integration

Biomass Integration

Thermochemical Biomass Conversion

Thermochemical Biomass Conversion

Sustainable Biomass Production

Sustainable Biomass Production

Pyrolysis

Pyrolysis

Biological Biomass Conversion

Biological Biomass Conversion

Bioproducts & Biochemicals

Bioproducts & Biochemicals

Biogas and Biomethane Production

Biogas and Biomethane Production

Carbon Management

Carbon Management

AI Applications in Biomass Efficiency and Optimization

AI Applications in Biomass Efficiency and Optimization

Biomaterials, Bio-polymers and Bioplastics

Biomaterials, Bio-polymers and Bioplastics

Biomass Power & Thermal

Biomass Power & Thermal

Biomass Conversion for Bioenergy

Biomass Conversion for Bioenergy

Sustainable Aviation Fuel (SAF)

Sustainable Aviation Fuel (SAF)

Copyright @ Scisynopsis-2025,All Rights Reserved.

Early Bird Abstract Submission deadline closes on December 16, 2025

2nd International Conference on

Biomass

August 27-28, 2026Ramada by Wyndham Lisbon, Portugal

Home > Call For Paper

Call ForPaper

Sustainable Resources

Sustainable Resources

Municipal and Industrial waste

Municipal and Industrial waste

Environmental and Climate impacts

Environmental and Climate impacts

Biomass Integration

Biomass Integration

Thermochemical Biomass Conversion

Thermochemical Biomass Conversion

Sustainable Biomass Production

Sustainable Biomass Production

Pyrolysis

Pyrolysis

Biological Biomass Conversion

Biological Biomass Conversion

Bioproducts & Biochemicals

Bioproducts & Biochemicals

Biogas and Biomethane Production

Biogas and Biomethane Production

Carbon Management

Carbon Management

AI Applications in Biomass Efficiency and Optimization

AI Applications in Biomass Efficiency and Optimization

Biomaterials, Bio-polymers and Bioplastics

Biomaterials, Bio-polymers and Bioplastics

Biomass Power & Thermal

Biomass Power & Thermal

Biomass Conversion for Bioenergy

Biomass Conversion for Bioenergy

Sustainable Aviation Fuel (SAF)

Sustainable Aviation Fuel (SAF)

Subscribe To Our Newsletter

Copyright @ Scisynopsis-2025,All Rights Reserved.

2^nd International Conference on

August 27-28, 2026
Ramada by Wyndham Lisbon, Portugal

Call For
Paper