Introduction to Biomass Energy


Biomass, a renewable energy source, is derived from organic matter. Bioenergy derived from Biomass is a sustainable alternative to fossil fuels because it is made from renewable sources. It only emits the amount of carbon that plants absorb throughout their lifetime. Trees absorb carbon dioxide from the atmosphere and release it back into the atmosphere when they die. Trees release the same amount of carbon dioxide into the atmosphere. Thus, the carbon cycle remains balance, and no extra carbon is release to the atmosphere—so Biomass is “carbon neutral.

Forms of Biomass:

Biomass takes on various forms, each with its specific applications:

  1. Wood: Predominantly used for heating in homes, buildings, small boilers and commercial processes, wood comes in various forms, like timber chips, sawdust, and wood pellets.
  2. Crops and Residues: Agricultural remains like corn stalks or straw, crops like corn, soybeans, and wheat are used for biofuel production and heat and electricity generation.
  3. Municipal Solid Waste (MSW): Mainly comprising household waste, MSW is incinerate to generate power or transformed into fuel.
  4. Animal Waste: By-products like manure can be converted into biogas through anaerobic digestion, generating energy or heat.
  5. Algae: Grown in ponds or tanks, algae can serve as a biodiesel source.
  6. Energy Crops: Specific plants like switchgrass or willow trees, grown explicitly for energy production, can be used for heat and energy generation and liquid biofuel production.
  7. Aquatic Plants: Water hyacinths and duckweed, often grown in water bodies, can produce electricity.


Biomass fuel offers several advantages over traditional fossil fuels:

  1. Renewability: It is a renewable energy sourced from organic materials so it can be replenish over duration.
  2. Carbon Neutrality: It is carbon-neutral as it doesn’t add new carbon to the ecosystem. The carbon absorbed during plant growth neutralizes the CO2 released when Biomass is burned.
  3. Waste Reduction: It helps reduce landfill waste by transforming natural materials like sawdust, agricultural residues, and MSW into fuel.
  4. Local Sourcing: It can be domestically source, consequently reducing transportation costs and supporting local economies.
  5. Energy Security:  So, by decreasing reliance on foreign oil and gas, biomass fuel can enhance energy security.
  6. Cost-effectiveness: Despite the high initial investment in biomass systems and infrastructure, the ongoing production and sourcing costs are often lower than fossil fuels.
  7. Ecosystem Services: Biomass production provides environmental services like soil conservation and biodiversity. For instance, using agricultural residues can help reduce soil erosion and nutrient depletion.

Biomass energy

India’s Biomass Energy:

Biomass energy is a vital renewable power source in India, accounting for 32% of the nation’s energy consumption. India ranks as the world’s second-largest producer of agricultural residues. India aims to harness 175 GW of renewable energy capacity by 2022, with Biomass contributing around 10 GW as part of its renewable energy objectives.

Biomass energy is a component of India’s renewable energy mix and a critical tool for reducing fossil fuel dependency and fighting climate change.  Thus, India’s biomass feedstocks are incredibly diverse, ranging from agricultural and wood residue to urban and animal waste.

Let’s delve into the specifics of biomass energy in India:

  1. Agricultural Residues: The lion’s share of biomass energy resources in India, around 65%, comes from agricultural residues. The Ministry of New and Renewable Energy calculates India could generate up to 18,000 MW of power from agricultural residues alone. Rice straw, wheat straw, and sugarcane bagasse are the principal agricultural residue resources in the country.
  2. Forest Residues: Accounting for approximately 18% of India’s biomass energy consumption, forest residues such as wood chips and sawdust hold significant potential. The Ministry of New and Renewable Energy suggests that forest residues could contribute up to 3,000 MW of energy.
  3. Municipal Solid Waste (MSW): MSW provides another crucial source of biomass energy in India, contributing to about 5% of the total biomass energy usage. According to the Central Pollution Control Board, India yields around 150,000 tons of municipal solid waste daily. It could create up to 5000 MW of power.
  4. Animal Waste: Animal waste, including cow dung and poultry, can be converted into biogas. The Ministry of New and Renewable Energy evaluates that India could yield up to 12,000 MW of energy from animal waste.

Thus, cultural, societal, and regional factors also significantly influence the utilization of biomass energy across the country. For instance, certain regions might have a higher reliance on specific types of Biomass due to local agricultural practices or waste management systems.

 Role of Biomass in Meeting India’s energy demand:

It is integral to India’s energy generation strategy. Although primarily used for cooking and heating in rural households, it has the potential for larger-scale applications for power generation. Over 70% of India’s population today depends on traditional biomass fuels. However, climbing up and diversifying it’s use is possible to meet the country’s growing energy needs.

Biomass Energy across States: Maharashtra leads the way with India’s highest installed capacity for biomass energy power plants. Andhra Pradesh, Karnataka, and Tamil Nadu closely heed it. These regional variations highlight the importance of tailoring biomass strategies to local resources and needs. It’s worth noting that Biomass for energy is not limited to these states alone. States in India, including Rajasthan, Madhya Pradesh, Haryana, and Uttar Pradesh, also have biomass energy schemes and initiatives. The availability of resources, government policies, financial incentives, and the commitment of state governments towards renewable energy development play crucial roles in promoting and utilizing biomass energy across different states in India.

 Biofuel Targets: The Indian government is not just focusing on Biomass for power but also biofuels. It has set ambitious objectives, including achieving 20% ethanol blending in petrol and 5% biodiesel blending in diesel by 2030. These targets point towards a concerted effort to integrate Biomass more thoroughly into India’s energy ecosystem. The Indian government’s judgment to boost the shift from fossil fuels in industries is a significant step towards advancing sustainable energy sources. The Indian government has vigorously facilitated renewable energy sources to achieve sustainable development goals. Initiatives such as the National Biomass Cookstoves Initiative, National Biogas and Manure Management Program and the National Policy on Biofuels highlight the government’s commitment to promoting biomass utilization across various sectors.

Environmental Benefits: The shift from traditional fuels to modern, cleaner technologies can have substantial environmental benefits. As per the National Renewable Energy Laboratory, the transition to efficient biomass stoves and fuels could reduce greenhouse gas emissions from cooking and heating by up to 70 %. The transition to more efficient biomass fuels can also contribute to emissions reductions. Traditional fuels, such as firewood and crop residues, often have higher moisture content and lower energy density, thus, leading to inefficient burning and increased emissions. However, modern fuels, such as pellets or briquettes, are process with lower moisture content and higher energy density, enabling more efficient combustion and lower emissions. Industrial-scale biomass combustion facilities can incorporate emission control technologies to reduce pollutants further. These technologies include electrostatic precipitators, bag filters, and selective catalytic reduction systems. These systems help capture and treat particulate matter, nitrogen oxides , and other pollutants, minimizing their release into the atmosphere.

  However, there are significant challenges to increasing biomass use in India. As a result, technical hurdles in scaling up energy generation, potential political and economic barriers, and the need to manage resources sustainably pose obstacles. Nevertheless, addressing these issues will ensure energy sustainability and viability as a long-term energy solution for India.