info@marketresearchfuture.com   📞 +1 (855) 661-4441(US)   📞 +44 1720 412 167(UK)   📞 +91 2269738890(APAC)

Biomass Helps to Cut Carbon Emission with Different Industrial Applications

By Shubhendra Anand , 27 September, 2024

The clean energy transition focuses on a shift from fossil fuels to renewables in 2024. The surveys in 2024 show that China is the leading nation in the mining sector for 2024. Mining is necessary due to the clean energy transition for important earth materials, such as lithium, nickel, biomass, fossil fuels, and others. Chinese domestic materials through extraction comprise these products, as mentioned earlier. However, the clean energy transition requires renewable materials for the green transformation. Biomass is a carbon-neutral energy source considered renewable as it is made from organic matter. Experts claim that biomass extraction through mining gives numerous advantages for clean energy transition.

Much news surrounds biomass usage to reduce harmful emissions in industrial applications effectively. Biomass, unlike other extracted elements from mining, is sustainable. However, its availability may degrade if not consumed mindfully in different industrial applications. Many renewable biomass sources exist, such as agricultural produce, food waste, forest waste, and others. Hence, biomass is used in different industrial applications, such as electricity production, cooking fuel, as an alternative to natural gas, and heating buildings.

According to the latest survey, biomass boilers in the Portuguese textiles factory help cut carbon emissions by 95 percent. Its officials state that by incorporating biomass boilers in the factory, there is a drastic reduction in carbon emissions. With the help of biomass boilers, the textiles industry has reduced natural gas consumption by 70 percent. Similarly, biofuel usage in transportation can bring drastic changes by effectively reducing carbon emissions. Another benefit of biomass is electricity generation; hence, it can fuel electric generators. Therefore, researchers cite that biomass plays a crucial role in energy transformation. The shift in the energy sector towards sustainable practices can lead to increasing biomass demand in the coming years.

                 Survey Suggests Biomass Power Capacity to be Stable in 2024 & 2025

Suggest.png

Latest News

2025.png
Quadric and Denso Team Up to Progress Automotive AI Semiconductors for 2025

The automotive industry will benefit significantly from strategic partnerships in artificial intelligence (AI) and its use in cars. AI integration into automobiles is projected to improve considerably in the year 2025 due to the formation of various…

Read More

2024.png
Semiconductor Trade Restrictions Threaten EV, AI, and Industrial Progress in 2025

In 2025, the global semiconductor industry is already grappling with new and complex challenges emanating from the trade wars and policy changes between the United States and China. The semiconductor industry, an essential backbone of technology…

Read More

2030.png
Surge in Demand for Semiconductors in 2025 Driven by Boom of Generative AI

The rapid use of generative artificial intelligence (AI) in 2025 has profoundly affected the semiconductor sector, resulting in unprecedented growth for advanced chip technologies. According to estimates made by the Capgemini Research Institute, this…

Read More

condition.png
Texas Faces Challenges to Balance Grid Security and AI Boom in 2025

Texas will face an emerging challenge in 2025 as the electricity grid experiences unprecedented strain from the rapid expansion of artificial intelligence (AI) data centers. Power usage has increased due to technology firms' indiscriminate placement…

Read More

Stocks.png
Tech Turmoil in 2025: Magnificent Seven Stocks Slide as Tesla Leads Market Decline

With the "Magnificent Seven”- Apple, Microsoft, Amazon, Alphabet, Meta, Nvidia, and Tesla leading the fall, the US stock market saw a significant dip in early 2025. Usually seen as market drivers, these IT behemoths found themselves in the correction…

Read More

Author Pic
Shubhendra Anand

Head Research