Introduction To Chemical and Mechanical Recycling
The unfurling of technology has changed the face of waste management, with technology being the forefront of development as well as climate strategy. Methods of waste management like landfilling and incineration have become obsolete and must be considered not only because of the difficulty and stressful work of managing the waste, but also because of its repercussions, like methane production and leachate production, along with the destruction of reusable materials. In this regard, incineration and landfilling are not only difficult and stressful, but they are also destructive to reusable materials of great value. Considering the accelerated rate of consumption and increasing population, there is an enormous need for the expansion of the circular economy. This paradigm also includes the reuse and recycling of plastics. For the management of plastic waste, these methods of recycling are the critical answers. In the 21st century, these two methods of recycling are not only a change towards a positive and critical approach to waste management but also expanding the circular economy approach of the world.
The following factors are propelling chemical and mechanical recycling across different sectors:
- Stringent environmental regulations are driving industries to adopt sustainable recycling solutions.
- Extended Producer Responsibility (EPR) mandates are pushing companies to manage post-consumer waste.
- Rising demand for recycled content is prompting manufacturers to source secondary materials.
- Technological advancements are improving recycling efficiency and expanding material compatibility.
- Circular economic goals are encouraging industries to close material loops.
- Volatility in virgin material prices is making recycled alternatives more attractive.
- Brands are incorporating post-consumer recycled materials to meet consumer demand.
- In separate sectors, specific waste-related challenges have become driving factors which are per the nature metallurgical and can witness specialized recycling solutions for those sectors.
- Recycling infrastructure is growing at an increasing pace, increasingly encouraged by governmental incentives / subsidies.
- Corporate sustainability commitments are leading to broader consolidation and investments in recycling technologies.
- Chemical recycling innovations are enabling challenges to process complex and contaminated plastics.
- Improved mechanical recycling technology is increasing the quality and consistency of recycled material outputs.
Mechanical Recycling: An Essential Method for Recovering Waste
Mechanical recycling is the most controlled and used division of recycling. It consists of the physical treatment of plastic waste without intervening in its basic chemical constitution. The plant operations include collection, sorting, washing, shredding, melting, and remolding. The material is used to develop new products, such as textiles, construction materials, and containers, after reprocessing.
The process works quite well with mono-material plastics like PET and HDPE, which are found in beverage bottles and detergent containers. To prevent contamination, mechanical recycling requires clean and well-sorted trash. Due to the passage of time, there is a possibility of polymer chain breakage, which may result in a loss of output quality. Despite the many downsides mechanical recycling may have, it is, without a doubt, the best available first option to reduce plastic waste as it is ready for use in the industry, has an existing framework, and is inexpensive.
Chemical Recycling: A Revolution in Circularity Technology
Chemical recycling, unlike mechanical recycling, employs chemical reactions to depolymerize the plastics into their elementary chemical building blocks or primary monomers. Highly complex and contaminated plastic waste can be transformed into valuable chemical feedstocks through processes such as pyrolysis, gasification, depolymerization, and solvolysis. Subsequently, these feedstocks may be processed into industrial chemicals and fuels or re-polymerized into fresh, virgin-quality plastics.
Chemical recycling enables the processing of plastics that are hard to recycle, such as composite materials, polystyrene, and multi-layer packaging. In addition, it can be infinitely recyclable if optimized and conducted under a renewable energy supply. The chemical recycling method has drawn much attention from governments and industry keen to close the loop on plastic usage while being in its infancy stage in many countries. It is the essential tool to help overcome all the disadvantages that mechanical recycling may have since it offers the potential to transform mixed, unclean, or degraded plastic waste into high-quality outputs.
Mechanical Recycling’s Benefits for the Circular Economy
Mechanical recycling is appreciated for being simple, less costly, and able to conserve natural resources. It reduces the emission of greenhouse gases and sustenance for the virgin material by transforming waste material into new products. Enhanced environmental, social, and governance (ESG) profiles and reduced costs on raw material procurement are good for industries.
Mechanical recycling also boosts local economies by generating jobs in processing, sorting, and collection. Mechanical recycling schemes may significantly cut landfill usage, shield marine environments from plastic pollution, and prolong product lifecycles when combined with compelling regulatory incentives and public awareness campaigns. To increase its effectiveness, sorting technologies, labeling systems, and product design, such as recycling-friendly design, must be continuously improved.
Chemical Recycling’s Benefits as a Complementary Approach
Chemical recycling bridges important gaps in mechanical processes, particularly when managing polluted or complex waste streams. It provides a closed-loop recycling pathway for materials that were previously thought to be unrecyclable by enabling the breakdown and reuse of polymers that would otherwise be landfilled or burned.
Chemical recycling is rapidly emerging as a practical solution for producing virgin plastic due to the increasing demand for high-purity recycled materials, especially in food-grade uses. This method can produce plastics that meet the necessary safety and quality standards required in sensitive sectors like food packaging and pharmaceuticals. Despite the current high costs and significant energy requirements for implementation, technological advancements and improvements in scalability are reducing expenses and enhancing the efficiency of these processes.
Combining the Two Approaches in Sustainable Waste Management Systems
A mechanical and chemical recycling combination makes a stronger, larger recycling setup. Mechanical recycling for clean, large streams of recyclable plastics, and chemicals for the leftovers of waste that are colored, composite, or dirty. This dual effect has positive impacts on subsequent raw materials, avoids environmental leakage, and increases total recycling rates.
Money is also being invested in hybrid systems combining aspects of both. A municipality could, for example, operate mechanical recycling units for everyday waste streams and support private chemical recycling plants through tax incentives and regulations. This layered infrastructure creates a more nimble and effective system that can handle the diversity and complexity of modern trash.
Participation of Industry, Innovation, and Policy
Regulations are an important stepping stone to take when increasing recycling technology. Drivers such as statutory minimum recycled content requirements, extended producer responsibility (EPR) and landfill levies are all nudging the recycling pendulum more towards encouraging both mechanical and chemical recycling solutions. High recycling targets can be found in the EU’s Circular Economy Action Plan, and in countries such as the US and across Asia are embarking on regional plans to enhance their recycling infrastructure.
In terms of innovation, companies such as Loop Industries, Eastman Chemical, and Carbios are leading the charge in creating new chemical recycling methods. At the same time, organizations like Veolia, SUEZ, and Republic Services continue to enhance mechanical recycling processes by utilizing robotics, blockchain for traceability, and AI-powered sorting systems. By collaborating, government entities, businesses, and academic institutions can establish a sustainable waste management framework that leverages the benefits of both types of technologies.
Environmental Effects and Worldwide Importance
There are several environmental benefits of the advanced recycling systems. They are critical for reducing greenhouse gas emissions, conserving energy and water, and preventing plastic pollution on land and in oceans. When resource scarcity and climate change loom large, effective recycling methods help countries meet their carbon reduction targets and move towards being net-zero economy.
In addition, recycling relieves pressure on the extraction enterprises, which means a lower ecological footprint from mining and drilling. It also helps safeguard ecosystems that would otherwise be disturbed through resource extraction and promotes biodiversity conservation. This dual recycling strategy can offer a model for sustainable production and consumption that countries worldwide can follow (UN Sustainable Development Goals, SDG 12).
Overcoming Obstacles for Future Scalability
The road to broad adoption is paved with obstacles, even with notable advancements. While chemical recycling is still expensive and energy-intensive, mechanical recycling still has contamination issues and limited recyclability. In many underdeveloped nations, adoption is further hampered by a lack of infrastructure, little backing from policymakers, and low public awareness.
Standardized material labeling, public-private collaborations, infrastructure investment, and education initiatives are crucial to removing these obstacles. Technologies need to improve in terms of effectiveness, economic viability, and accessibility. Integrating product design with end-of-life recovery and guaranteeing a steady supply chain of recyclable materials are two other crucial actions.
The following companies deliver solutions in the field of chemical and mechanical recycling:
- Veolia: Global environmental services provider Veolia is a significant player in the mechanical recycling sector, especially in North America, Asia, and Europe. The business collects, sorts, and processes post-consumer plastics, paper, metals, and glass at its dozens of material recovery facilities (MRFs). To improve the efficiency of material recovery, Veolia has made significant investments in cutting-edge sorting systems that use robotics and artificial intelligence. Additionally, the business collaborates with well-known consumer companies to offer closed-loop recycling solutions, particularly in the packaging industry. Veolia promotes circularity with its “Resourcer” strategy, which provides end-to-end services from garbage collection to the provision of premium recycled raw materials.
- Eastman Chemical Company: Eastman is a major pioneer in the field of chemical recycling, especially about their molecular recycling technology. The company breaks down difficult-to-recycle plastics into molecular building blocks to create new, virgin-equivalent plastics using techniques including polyester renewal and methanolysis. In Tennessee, Eastman has made investments in sizable chemical recycling facilities and is growing internationally. Thanks to their method, contaminated materials that cannot be recycled mechanically, multilayer films, and colorful polymers may all be recycled. Eastman uses chemically recycled content to help international textile, packaging, and cosmetics manufacturers reach sustainability goals.
Aerosol Refrigerants Market expected to reach USD 1.517 billion by 2030
Press ReleasesAerosol Refrigerants Market Size & Growth
With an emphasis on aerosol propellants for a range of cooling applications, the aerosol refrigerant market is a specialist product within the broader refrigeration business. These refrigerants are appropriate for a wide range of applications, such as industrial cooling systems, automobile air conditioning, and home appliances, since they are held in pressurized containers and may be discharged as small particles or droplets.
There are several applications for aerosol refrigerants. Since they maintain the temperatures needed for food storage and comfort, they are particularly helpful in homes in air conditioners and refrigerators. Because they shield delicate goods from contamination during storage and transportation, aerosol refrigerants are used commercially in supermarkets and food storage facilities. Aerosol refrigerants are also required by the automobile industry to keep cars’ climates agreeable. The growing need for energy-efficient cooling solutions is one of the main factors propelling the aerosol refrigerant market’s expansion. The need for effective cooling solutions in the commercial, industrial, and residential sectors is constantly increasing due to rising global temperatures and fast urbanization. For example, Actrol declared in July 2024 that it plans to use Honeywell’s Solstice L40X (R-455A), an energy-efficient and low global warming potential (GWP) refrigerant, for its condensing units.
Innovation in technology improves the performance of aerosol refrigerants. Eco-friendly formulation and application technologies can be developed by developers. While still adhering to stringent environmental regulations, new-generation refrigerants are intended to provide much improved performance. This industry is expanding as a result of the food and pharmaceutical sectors’ need for highly sophisticated cold chain solutions. Because they can protect temperature-sensitive items during storage and transportation, these reliable aerosol refrigerants are increasingly significant.
The aerosol refrigerants market includes a wide range of product types including hfc-143a, hfc-32, hfc-125, sf6 and others. By end user, the market is segmented into residential, commercial, industrial, transportation.
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Aerosol Refrigerants Market Report Highlights
Report Coverage:
Aerosol Refrigerants Market Drivers and Restraints
Drivers
Restraints
Aerosol Refrigerants Market Key Developments
Aerosol Refrigerants Market Segmentation
Knowledge Sourcing Intelligence has segmented the aerosol refrigerants market based on product type, end user industry, and region:
Aerosol Refrigerants Market, By Product
Aerosol Refrigerants Market, By End User Industry
Aerosol Refrigerants Market, By Region
Aerosol Refrigerants Market Key Players
About Knowledge Sourcing Intelligence (KSI)
Knowledge Sourcing Intelligence (KSI) is a market research and consulting firm headquartered in India. Backed by seasoned industry experts, we offer syndicated reports, customized research, and strategic consulting services. Our proprietary data analytics framework, combined with rigorous primary and secondary research, enables us to deliver high-quality insights that support informed decision-making. Our solutions empower businesses to gain a competitive edge in their markets. With deep expertise across ten key sectors, including ICT, Chemicals, Semiconductors, and Healthcare, we effectively address the diverse needs of our global clientele.
Metal Packaging Market expected to reach USD 163.749 billion by 2030
Press ReleasesMetal Packaging Market Trends & Forecast
There has been a growing demand for canned food, ready-to-drink beverages, and alcoholic drinks such as beer, energy drinks, which is driving the market growth. The metal packaging extends shelf life and ensures safety. In January 2024, Novelis Inc. announced that it has signed a new contract with Ardagh Metal Packaging USA Corp. Novelis Inc. is a leading sustainable aluminum solutions provider and the world leader in aluminum rolling and recycling. Under the contract, Novelis would supply aluminum beverage packaging sheets to Ardagh’s metal production facilities in North America. This contract was in line with a new rolling and recycling plant in Bay Minette, Alabama. The plant would be the first fully integrated aluminum plant built in the U.S. in nearly 40 years. It could have an initial capacity of 600,000 tonnes of finished goods for the North American beverage packaging and automotive markets.
Further, metals like aluminum, and steel are infinitely recyclable, aligning with global circular economy goals. Tata Steel UK launched electrifying packaging steel in February 2025. Tata Steel launched its Electrifying Packaging Steel campaign, which underscores the company’s commitment to decarbonising steel production for the packaging sector using Electric Arc Furnace (EAF) technology. EAF technology significantly cuts carbon emissions while delivering the same high-quality, food-safe steel. This innovation helped retailers and FMCG brands meet sustainability targets and aligned with the growing demand for responsible packaging solutions. EAF technology would enable the production of packaging steel with 50% lower CO₂ emissions in packaging steel, and at least 50% recycled content. The company crafts steel for essential products like food, drink, and aerosol cans, and is committed to advancing a truly circular economy.
Innovations are further accelerating the market growth. AkzoNobel is helping the metal packaging industry secure a more sustainable future. Food manufacturers can now have a next-generation range of metal packaging coatings developed by AkzoNobel, which is both free of bisphenols and PVC. The SecurshieldTM 500 series of easy open-end coatings, which is designed to help can makers and their customers to regulatory requirements. With an offer that’s more sustainable and provides significantly improved performance compared with organosol-based alternatives.
Besides, in June 2024, Sonoco Products Company, a global leader in high-value sustainable packaging, announced it has agreed to acquire Eviosys, Europe’s leading food cans, ends, and closures manufacturer, from KPS Capital Partners, LP for approximately $3.9 billion. This acquisition accelerates Sonoco’s strategy to focus on and scale its businesses. Both Sonoco’s metal business and Eviosys would lead the metal food can and aerosol packaging manufacturer and with innovation and sustainability. Eviosys was the largest metal food can manufacturing company in the EMEA region, with approximately 6,300 employees in 44 manufacturing facilities across 17 countries. Sonoco expected to achieve over $100 million of synergies from the integration of Eviosys metal can business.
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Metal Packaging Market Report Highlights
Report Coverage:
Metal Packaging Market Growth Drivers and Restraints
Drivers:
Restraints:
Metal Packaging Market Developments
Metal Packaging Market Segmentation
Knowledge Sourcing Intelligence has segmented the global Metal Packaging Market based on type, raw material, application, and region:
Metal Packaging Market, By Type
Metal Packaging Market, By Raw Material
Metal Packaging Market, By Application
Metal Packaging Market, By Region
Metal Packaging Market Key Players
About Knowledge Sourcing Intelligence (KSI)
Knowledge Sourcing Intelligence (KSI) is a market research and consulting firm headquartered in India. Backed by seasoned industry experts, we offer syndicated reports, customized research, and strategic consulting services. Our proprietary data analytics framework, combined with rigorous primary and secondary research, enables us to deliver high-quality insights that support informed decision-making. Our solutions empower businesses to gain a competitive edge in their markets. With deep expertise across ten key sectors, including ICT, Chemicals, Semiconductors, and Healthcare, we effectively address the diverse needs of our global clientele.
CBD Pet Care Market expected to reach USD 6,144.57 million by 2030
Press ReleasesCBD Pet Care Market Trends & Forecast
The market is growing in demand due to the increasing humanization of pets, along with rising awareness of the benefits associated with the use of CBD in pets. Additionally, the companies are increasing investment in the strategies for research and development of new products, which align with rising demand by consumers, boosting the market during the projected period.
In addition, the rise in pet owners regarding their pets as part of the family is leading to owners willingly spending on premium and health-focused pet care products like CBD-infused food products and treats. Further research on the advantages of CBD, which could be beneficial in providing relief from anxiety and pain for pets as they have anti-inflammatory properties, will also increase the demand for CBD pet products. The manufacturers are also scaling CBD product production and distribution due to the legalization of hemp-derived CBDs that are low in THC, which will promote the market globally.
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CBD Pet Care Market Report Highlights
Report Coverage:
CBD Pet Care Market Drivers and Restraints
Drivers
Restraints
CBD Pet Care Market Segmentation
Knowledge Sourcing Intelligence has segmented the Global CBD Pet Care Market based on source, grade, animal type, distribution channel, and region:
Global CBD Pet Care Market, By Source
Global CBD Pet Care Market, By Grade
Global CBD Pet Care Market, By Animal Type
Global CBD Pet Care Market, By Distribution Channel
Global CBD Pet Care Market, By Region
CBD Pet Care Market Key Players
About Knowledge Sourcing Intelligence (KSI)
Knowledge Sourcing Intelligence (KSI) is a market research and consulting firm headquartered in India. Backed by seasoned industry experts, we offer syndicated reports, customized research, and strategic consulting services. Our proprietary data analytics framework, combined with rigorous primary and secondary research, enables us to deliver high-quality insights that support informed decision-making. Our solutions empower businesses to gain a competitive edge in their markets. With deep expertise across ten key sectors, including ICT, Chemicals, Semiconductors, and Healthcare, we effectively address the diverse needs of our global clientele.
Onshore Drilling Fluids Market expected to reach USD 7.981 billion by 2030
Press ReleasesOnshore Drilling Fluids Market Trends & Forecast
The major driver behind the onshore drilling fluids market is the growing drilling activities worldwide. Petrobras launched a bidding process to contract four large rigs to drill oil and gas production wells onshore in the fields in August 2024. Further, in February 2025, Arabian Drilling and Shelf Drilling, Ltd. announced the signing of an MOU to form a strategic alliance. This was aimed at deploying some of Arabian Drilling’s premium jack-up rigs internationally and expanding the reach and capabilities.
By combining resources, technical expertise, and operational excellence, the alliance would deliver significant results. Moreover, Saipem completed the transfer to KCA Deutag of the assets corresponding to 44 onshore rigs in Latin America, for a consideration of approximately 40 million USD. The transfer was part of the agreement signed with KCA Deutag in June 2022 for the sale of the entire onshore drilling business. The developments, along with the government incentives for domestic oil & gas production, is driving the market at a significant pace.
According to OPEC, the number of wells completed has increased year-on-year from 46,305 in 2020, 51,924 in 2021, and 60,029 in 2022. Drilling fluids help to reduce wellbore instability issues and lowering costs. Increased focus on extended-reach drilling and horizontal wells, driving demand for advanced fluids.
The companies are significantly investing in the onshore drilling technologies. Halliburton is at the forefront of the drilling and completion fluids industry. They develop and deploy innovative fluid technologies. They make advanced separation solutions for maximum performance. BaraHib high-performance water-based fluids a water-based systems that carry the conveniences of water and the performance of oil. Further, BaraFLC Nano-1 reduced dilution rates, lowered fluid viscosity, and tightened filtration rates during a 22-day interval with maximum downhole temperature >300ºF. It was used in a major operation in Oman. Halliburton Baroid customized BaraHib Nano drilling fluid using a wellbore sealant as the main fluid loss agent. BaraFLC Nano-1 wellbore sealant replaced the high-temperature synthetic fluid loss polymer from the formulation.
Further, Baker Hughes Company delivers deepwater, onshore, shale, reservoir drill-in, high-pressure/high-temperature, and geothermal services for the intelligent fluid formulations in different environments. Their portfolio spans drilling fluids, completion fluids, and fluid waste management technologies.
➥ View a sample of the report or purchase the complete study at: Onshore Drilling Fluids Market Report
Onshore Drilling Fluids Market Report Highlights
Report Coverage:
Onshore Drilling Fluids Market Growth Drivers and Restraints
Drivers:
Restraints:
Onshore Drilling Fluids Market Key Developments:
Onshore Drilling Fluids Market Segmentation
Knowledge Sourcing Intelligence has segmented the global onshore drilling fluids market based on product type, well type, and region:
Onshore Drilling Fluids Market, By Product Type
Onshore Drilling Fluids Market, By Well Type
Onshore Drilling Fluids Market, By Region
Onshore Drilling Fluids Market Key Players
About Knowledge Sourcing Intelligence (KSI)
Knowledge Sourcing Intelligence (KSI) is a market research and consulting firm headquartered in India. Backed by seasoned industry experts, we offer syndicated reports, customized research, and strategic consulting services. Our proprietary data analytics framework, combined with rigorous primary and secondary research, enables us to deliver high-quality insights that support informed decision-making. Our solutions empower businesses to gain a competitive edge in their markets. With deep expertise across ten key sectors, including ICT, Chemicals, Semiconductors, and Healthcare, we effectively address the diverse needs of our global clientele.
Graphite Market expected to reach USD 24,932.133 million by 2030
Press ReleasesGraphite Market Trends & Forecast
The market is expanding due to the increasing adoption of electric vehicles (EVs) worldwide. Graphite is a critical material in lithium-ion batteries, which are essential for EV functionality. Its properties make it well-suited for high-performance batteries. The demand for energy storage technologies has surged with the growth of renewable energy projects, making graphite valuable in aerospace, where weight and strength are key considerations.
Additionally, the rising production of smartphones and tablets, which utilize graphite in batteries and other components, is another key driver. The steel industry, particularly in Asia and the Middle East, relies heavily on graphite for electric arc furnaces. The expansion of nuclear power generation, aligned with the trend toward cleaner energy sources, also contributes to market growth. Advances in graphite technology, refinement, and processing continue to enhance the quality and availability of graphite, further driving market expansion.
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Graphite Market Report Highlights
Report Coverage:
Graphite Market Growth Drivers and Restraints
Growth Drivers:
Restraints:
Graphite Market Key Developments
Graphite Market Segmentation
Knowledge Sourcing Intelligence has segmented the Global Graphite Market based on type, application, end-user, and region:
Graphite Market, By Type
Graphite Market, By Application
Graphite Market, By End-User
Graphite Market, By Region
Graphite Market Key Players
About Knowledge Sourcing Intelligence (KSI)
Knowledge Sourcing Intelligence (KSI) is a market research and consulting firm headquartered in India. Backed by seasoned industry experts, we offer syndicated reports, customized research, and strategic consulting services. Our proprietary data analytics framework, combined with rigorous primary and secondary research, enables us to deliver high-quality insights that support informed decision-making. Our solutions empower businesses to gain a competitive edge in their markets. With deep expertise across ten key sectors, including ICT, Chemicals, Semiconductors, and Healthcare, we effectively address the diverse needs of our global clientele.
Botanical Ingredients Market expected to reach US$291.538 million by 2030
Press ReleasesBotanical Ingredients Market Trends & Forecast
The botanical ingredients market is driven by increasing demand for botanical ingredients such as oils like coconut oil, jojoba oil, argan oil, and others; extracts like chamomile, green tea, and others; powders such as fruit and vegetable powder, and others such as beeswax and essential oils due to rising demand of consumers for natural and organic products for skincare, dietary supplements, functional foods and in other products. Thus, the growing health and wellness trend and increasing demand for natural and organic products in personal care are the major factors driving the market growth.
The market is witnessing a transformative shift towards tailored botanical solutions for catering to the growing demand for functional foods and dietary supplements due to a surge in demand for health and wellness products. The market is expanding into the emerging regions of Asia-Pacific to tap into the traditional culture of botanical use in daily life, where consumers are increasingly able to embrace high-quality, plant-based, premium botanical products due to the rise in disposable income. Additionally, the market is trending towards increasing use of staple ingredients in food, beverage, and supplement innovations.
The market is also transforming because of increasing product innovation, which is driving the market. There are advanced extraction technologies, such as supercritical fluid extraction and nanoencapsulation, which improve the purity of the ingredients, making them ready for new product formulations. There are increasingly new applications of botanical ingredients in botanical-infused serums, moisturizers, and anti-aging products. It is finding its emerging applications as natural flavors, colors, and preservatives in foods and beverages. Besides, the growing e-commerce boom and advancement in biotechnology are reshaping the market by increasing market accessibility and enabling the production of more efficient and cost-effective ingredients, respectively.
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Botanical Ingredients Market Report Highlights
Botanical Ingredients Market Segmentation
Knowledge Sourcing Intelligence has segmented the global Botanical Ingredients Market based on Type, Ingredient source, Application, and Region:
Botanical Ingredients Market, By Type
Botanical Ingredients Market, By Ingredient Source
Botanical Ingredients Market, By Application
Botanical Ingredients Market, By Region
Botanical Ingredients Market Key Players
Report Coverage:
About Knowledge Sourcing Intelligence (KSI)
Knowledge Sourcing Intelligence (KSI) is a market research and consulting firm headquartered in India. Backed by seasoned industry experts, we offer syndicated reports, customized research, and strategic consulting services. Our proprietary data analytics framework, combined with rigorous primary and secondary research, enables us to deliver high-quality insights that support informed decision-making. Our solutions empower businesses to gain a competitive edge in their markets. With deep expertise across ten key sectors, including ICT, Chemicals, Semiconductors, and Healthcare, we effectively address the diverse needs of our global clientele.
How Chemical and Mechanical Recycling Are Shaping the Future of Waste Management
Thought ArticlesIntroduction To Chemical and Mechanical Recycling
The unfurling of technology has changed the face of waste management, with technology being the forefront of development as well as climate strategy. Methods of waste management like landfilling and incineration have become obsolete and must be considered not only because of the difficulty and stressful work of managing the waste, but also because of its repercussions, like methane production and leachate production, along with the destruction of reusable materials. In this regard, incineration and landfilling are not only difficult and stressful, but they are also destructive to reusable materials of great value. Considering the accelerated rate of consumption and increasing population, there is an enormous need for the expansion of the circular economy. This paradigm also includes the reuse and recycling of plastics. For the management of plastic waste, these methods of recycling are the critical answers. In the 21st century, these two methods of recycling are not only a change towards a positive and critical approach to waste management but also expanding the circular economy approach of the world.
The following factors are propelling chemical and mechanical recycling across different sectors:
Mechanical Recycling: An Essential Method for Recovering Waste
Mechanical recycling is the most controlled and used division of recycling. It consists of the physical treatment of plastic waste without intervening in its basic chemical constitution. The plant operations include collection, sorting, washing, shredding, melting, and remolding. The material is used to develop new products, such as textiles, construction materials, and containers, after reprocessing.
The process works quite well with mono-material plastics like PET and HDPE, which are found in beverage bottles and detergent containers. To prevent contamination, mechanical recycling requires clean and well-sorted trash. Due to the passage of time, there is a possibility of polymer chain breakage, which may result in a loss of output quality. Despite the many downsides mechanical recycling may have, it is, without a doubt, the best available first option to reduce plastic waste as it is ready for use in the industry, has an existing framework, and is inexpensive.
Chemical Recycling: A Revolution in Circularity Technology
Chemical recycling, unlike mechanical recycling, employs chemical reactions to depolymerize the plastics into their elementary chemical building blocks or primary monomers. Highly complex and contaminated plastic waste can be transformed into valuable chemical feedstocks through processes such as pyrolysis, gasification, depolymerization, and solvolysis. Subsequently, these feedstocks may be processed into industrial chemicals and fuels or re-polymerized into fresh, virgin-quality plastics.
Chemical recycling enables the processing of plastics that are hard to recycle, such as composite materials, polystyrene, and multi-layer packaging. In addition, it can be infinitely recyclable if optimized and conducted under a renewable energy supply. The chemical recycling method has drawn much attention from governments and industry keen to close the loop on plastic usage while being in its infancy stage in many countries. It is the essential tool to help overcome all the disadvantages that mechanical recycling may have since it offers the potential to transform mixed, unclean, or degraded plastic waste into high-quality outputs.
Mechanical Recycling’s Benefits for the Circular Economy
Mechanical recycling is appreciated for being simple, less costly, and able to conserve natural resources. It reduces the emission of greenhouse gases and sustenance for the virgin material by transforming waste material into new products. Enhanced environmental, social, and governance (ESG) profiles and reduced costs on raw material procurement are good for industries.
Mechanical recycling also boosts local economies by generating jobs in processing, sorting, and collection. Mechanical recycling schemes may significantly cut landfill usage, shield marine environments from plastic pollution, and prolong product lifecycles when combined with compelling regulatory incentives and public awareness campaigns. To increase its effectiveness, sorting technologies, labeling systems, and product design, such as recycling-friendly design, must be continuously improved.
Chemical Recycling’s Benefits as a Complementary Approach
Chemical recycling bridges important gaps in mechanical processes, particularly when managing polluted or complex waste streams. It provides a closed-loop recycling pathway for materials that were previously thought to be unrecyclable by enabling the breakdown and reuse of polymers that would otherwise be landfilled or burned.
Chemical recycling is rapidly emerging as a practical solution for producing virgin plastic due to the increasing demand for high-purity recycled materials, especially in food-grade uses. This method can produce plastics that meet the necessary safety and quality standards required in sensitive sectors like food packaging and pharmaceuticals. Despite the current high costs and significant energy requirements for implementation, technological advancements and improvements in scalability are reducing expenses and enhancing the efficiency of these processes.
Combining the Two Approaches in Sustainable Waste Management Systems
A mechanical and chemical recycling combination makes a stronger, larger recycling setup. Mechanical recycling for clean, large streams of recyclable plastics, and chemicals for the leftovers of waste that are colored, composite, or dirty. This dual effect has positive impacts on subsequent raw materials, avoids environmental leakage, and increases total recycling rates.
Money is also being invested in hybrid systems combining aspects of both. A municipality could, for example, operate mechanical recycling units for everyday waste streams and support private chemical recycling plants through tax incentives and regulations. This layered infrastructure creates a more nimble and effective system that can handle the diversity and complexity of modern trash.
Participation of Industry, Innovation, and Policy
Regulations are an important stepping stone to take when increasing recycling technology. Drivers such as statutory minimum recycled content requirements, extended producer responsibility (EPR) and landfill levies are all nudging the recycling pendulum more towards encouraging both mechanical and chemical recycling solutions. High recycling targets can be found in the EU’s Circular Economy Action Plan, and in countries such as the US and across Asia are embarking on regional plans to enhance their recycling infrastructure.
In terms of innovation, companies such as Loop Industries, Eastman Chemical, and Carbios are leading the charge in creating new chemical recycling methods. At the same time, organizations like Veolia, SUEZ, and Republic Services continue to enhance mechanical recycling processes by utilizing robotics, blockchain for traceability, and AI-powered sorting systems. By collaborating, government entities, businesses, and academic institutions can establish a sustainable waste management framework that leverages the benefits of both types of technologies.
Environmental Effects and Worldwide Importance
There are several environmental benefits of the advanced recycling systems. They are critical for reducing greenhouse gas emissions, conserving energy and water, and preventing plastic pollution on land and in oceans. When resource scarcity and climate change loom large, effective recycling methods help countries meet their carbon reduction targets and move towards being net-zero economy.
In addition, recycling relieves pressure on the extraction enterprises, which means a lower ecological footprint from mining and drilling. It also helps safeguard ecosystems that would otherwise be disturbed through resource extraction and promotes biodiversity conservation. This dual recycling strategy can offer a model for sustainable production and consumption that countries worldwide can follow (UN Sustainable Development Goals, SDG 12).
Overcoming Obstacles for Future Scalability
The road to broad adoption is paved with obstacles, even with notable advancements. While chemical recycling is still expensive and energy-intensive, mechanical recycling still has contamination issues and limited recyclability. In many underdeveloped nations, adoption is further hampered by a lack of infrastructure, little backing from policymakers, and low public awareness.
Standardized material labeling, public-private collaborations, infrastructure investment, and education initiatives are crucial to removing these obstacles. Technologies need to improve in terms of effectiveness, economic viability, and accessibility. Integrating product design with end-of-life recovery and guaranteeing a steady supply chain of recyclable materials are two other crucial actions.
The following companies deliver solutions in the field of chemical and mechanical recycling:
Frozen Edamame Market expected to reach US$274.204 million by 2030
Press ReleasesFrozen Edamame Market Trends & Forecast
Edamame is the name for soft, immature soybeans that can be eaten, often steamed. Most edamame eaten in the United States is imported frozen from China and other countries in East Asia. The increasing interest in the potential health benefits of eating edamame has prompted several growers to explore producing the vegetable crop domestically, raising the potential for market sales in frozen form.
In May 2022, Agricultural Research Service and University of Illinois Urbana-Champaign scientists announced that seven new sources of edamame soybeans are now available for use in breeding commercial varieties that can resist insects and disease. Approximately 90 % of U.S. grain-type soybean varieties carry genes for resistance to some diseases and pests, unlike the edamame varieties, which incorporate resistance to pests and disease.
Further, Ardo developed agrotechnology to grow edamame soy beans in Europe. Edamame in the pod are grown, harvested, processed and packed at the site in the Marchfeld region of Austria. Edamame in the pod is in the field from May to September, and ensuring they have enough irrigation is key during growth.
Consumers wanted higher-protein snacks that are plant-based and minimally processed, but those options are limited; thus, in February 2025, Biena launched Biena Crispy Edamame, a high-protein, plant-based snack made with 100% avocado oil. This innovation delivered superior taste and crunch while packing up to 13g of plant protein per serving, as much as two eggs. They were the first brand to launch a Crispy Edamame Snack with 100% avocado oil. The snacks are gluten-free, low-carb, and free from artificial ingredients.
Following the announcement in September 2024, the edamame beans harvested in Flevoland are available from March 2025 in the frozen section of all 725 Jumbo supermarkets in the Netherlands and Belgium, as well as online at Jumbo.com. Edamame beans have now been cultivated and sold in the country. Jumbo, one of the largest supermarket chains in the Netherlands offers young soybeans as it is gaining popularity among consumers, and Jumbo customers love this nutritious green powerhouse can be assured that they come from local Dutch farms. Moreover, Dutch farmers benefit from a long-term partnership, ensuring stable sales.
➥ View a sample of the report or purchase the complete study at: Frozen Edamame Market Report
Frozen Edamame Market Report Highlights
Frozen Edamame Market Segmentation
Knowledge Sourcing Intelligence has segmented the frozen edamame market based on product type, application, distribution channel, and region:
Frozen Edamame Market, By Type
Frozen Edamame Market, By Application
Frozen Edamame Market, By Distribution Channel
Frozen Edamame Market, By Region
Frozen Edamame Market Key Players
Report Coverage:
About Knowledge Sourcing Intelligence (KSI)
Knowledge Sourcing Intelligence (KSI) is a market research and consulting firm headquartered in India. Backed by seasoned industry experts, we offer syndicated reports, customized research, and strategic consulting services. Our proprietary data analytics framework, combined with rigorous primary and secondary research, enables us to deliver high-quality insights that support informed decision-making. Our solutions empower businesses to gain a competitive edge in their markets. With deep expertise across ten key sectors, including ICT, Chemicals, Semiconductors, and Healthcare, we effectively address the diverse needs of our global clientele.
AI in Bookkeeping: Automating Financial Accuracy for Small and Medium Businesses
Thought ArticlesThe global landscape of small and medium-sized businesses (SMBs) is undergoing significant digital changes. The adoption of Artificial Intelligence (AI) in bookkeeping is one such disruptive innovation that is reshaping the financial efficiency and financial accuracy of SMBs by offering real-time financial visibility, which helps these SMBs to make better and informed decisions. Various AI technologies, such as machine learning, natural language processing, and intelligent automation, are integrated into these businesses to streamline and optimise financial record-keeping tasks, including data entry, invoice processing, expense categorization, reconciliation, and financial reporting. These AI-driven solutions helps these SMBs to reduce the cost as well.
AI in bookkeeping is one of the fastest-growing segments in the global accounting software, driving rapid growth of AI-powered tools such as QuickBooks, Xero, Zoho Books, Botkeeper, Dext and many others. These AI-powered tools are thus a key feature that is reshaping the financial accuracy of SMBs by automating their bookkeeping processes.
How AI is Reshaping Bookkeeping for SMBs
Automating Accuracy: We all know traditional bookkeeping methods are time-consuming, error-prone and resource-heavy. This makes SMBs feel constant pressure to manage their finances with greater accuracy, better speed and compliance-aligned. This is where artificial intelligence is acting as a game-changer by automating the core financial bookkeeping tasks while improving accuracy.
According to Intuit’s July 2025 press release, Intuit has launched a suite of AI agents in Quickbooks that automate the workflows such as transaction categorization and reconciliation and also delivers cleaner and accurate books through real-time insights by reducing human errors.
Over 90% of SMBs globally will leverage AI for continuous monitoring and anomaly detection, reducing financial errors and fraud by over 95%, while 60% of U.S. SMBs have already fully integrated AI for continuous error detection, highlighting the increasing number of SMBs using AI for maintaining financial accuracy of their business. The same reports also highlight that U.S. SMBs are confident about the enhancement of anomaly detection (27% SMBs) and financial reporting (24% SMBs) improving overall by 40%, highlighting how AI is offering accuracy and is one of the key reason for SMBs adopting AI in bookkeeping services.
Beyond accuracy, AI is also transforming SMBs’ bookkeeping by delivering:
Time and Cost Efficiency: AI helps to automate data entry, invoice processing, and expense tracking to save time and reduce costs. 45% of customers save up to 12 hours per month using the new AI-powered bank feed features.
Real-Time Financial Insights: AI also offers real-time financial insights through AI-powered dashboards, cash flow forecasts, and anomaly detection, providing up-to-date financial visibility. A Sage-commissioned Forrester survey highlights that 81% of U.S. SMBs report better decision-making with AI in accounting, including bookkeeping, leading SMBs to leverage real-time financial insights.
Scalability for Growing Businesses: One other key way in which AI helps is offering scalability to growing businesses. AI handles increased transaction volumes, automates reconciliations, and streamlines reporting, helping SMBs expand. 68% of customers say AI allows them to spend more time growing their business.
Thus, AI-powered bookkeeping is transforming how SMBs manage their finances. It is revolutionizing the financial accuracy of SMBs with smarter automation, fewer errors and by offering faster insights that help in better decision making.
Key Technologies Powering AI Bookkeeping
AI in bookkeeping systems uses various technologies such as machine learning, natural language processing (NLP), optical character recognition (OCR), robotic process automation (RPA), predictive analytics, cloud computing, API integrations, conversational AI, and data encryption for automating, digitizing, and enhancing financial workflows of SMBs.
Notable Companies Driving AI-Led Bookkeeping Solutions
Critical Insights & Strategic Actions for Industry Stakeholders
By implementing the above-mentioned strategies, industry leaders can transform the bookkeeping process for SMBs. AI bookkeeping market players, such as software providers, fintech startups, or accounting platforms, can leverage these strategies to achieve a competitive advantage, and they can establish their leadership in the SMB-focused AI bookkeeping market.
Physical Blowing Agents Market expected to reach US$2,633.945 million by 2030
Press ReleasesPhysical Blowing Agents Market Trends & Forecast
The physical blowing agents (PFAs) that are injected into the polymer melt may be the same as chemical foaming agents (i.e., CO2 or N2) or may be hydrocarbon or halogen-carbon-based. The physical blowing agent system requires engineering modifications, such as a high-pressure injection unit, extended screws and barrels, and gas storage or compression units.
Further, the most versatile substance is chlorofluorocarbons (CFCs) but they cause ozone layer depletion and have been banned by the Montreal Protocol in 1989. Hydrofluorocarbons (HCFCs) came as a replacement for CFCs, but they are being phased out under the Montreal Protocol since they deplete the ozone layer. HCFC is nearly 2,000 times more potent than carbon dioxide in terms of its global warming potential (GWP).
Certain hydrocarbons, e.g., pentane, isopentane, cyclopentane, and liquid CO2, are other physical blowing agents used. There are specific properties of blowing agents that lead to different machine requirements. Flammable blowing agents, such as pentane, require suitable explosion-proof equipment, which has a higher cost than conventional equipment.
However, liquid CO2 is nowadays used in different processes. The reasons for choosing liquid CO2 are by now, generally well known and widely accepted. As the product is available in nature, extremely cheap, expands three times more than competing alternatives, such as Methylene Chloride, and has no harmful effect on the health of workers or factory safety.
Further, in May 2023, a CO2 capture process, jointly developed by Linde, Heidelberg Materials, and BASF, and based on BASF’s advanced OASE blue technology, would be used for the first time at a large-scale CO2-capture facility operated by Capture-to-Use (CAP2U). It is a new joint venture established by Heidelberg Materials and Linde.
The plant would be the world’s first industrial-scale carbon capture and utilization (CCU) facility. Around 70,000 tons per year of CO₂ could be captured, purified, and liquefied. Linde can sell the resulting liquid CO₂ as a feedstock for the chemicals industry and into the food and beverage end-use markets. Moreover, the United States is the largest exporter of Carbon dioxide with 12,361,000,000 Kg exports followed by the Netherlands with 601,607,000 Kg and the European Union with 375,375,000 Kg in 2023.
Further, the government of India took various steps to increase hydrocarbon production by policy for Relaxations, Extensions, and Clarifications under the Production Sharing Contract regime for early monetization of hydrocarbon discoveries in July 2024.
Moreover, PAO NOVATEK, a company engaged production, processing, and marketing of natural gas and liquid hydrocarbons, witnessed positive growth in 2024. The total sales volumes of liquid hydrocarbons aggregated 16.4 MMT, which was 3.1% higher than in 2023. Further, NOVATEK’s liquid hydrocarbon production, including a share in the production of joint ventures, witnessed positive growth of 11.5% in 2024, with the growth of 13.79 MMT in 2024 from 12.37 MMT in 2024. These positive growths projected a significant growth in the Hydrocarbons (HCs) segment during the forecast period.
➥ View a sample of the report or purchase the complete study at: Physical Blowing Agents Market Report
Physical Blowing Agents Market Report Highlights
Physical Blowing Agents Market Segmentation
Knowledge Sourcing Intelligence has segmented the global physical blowing agents market based on product type, foam type, process, application, and region:
Physical Blowing Agents Market, By Product Type
Physical Blowing Agents Market, By Foam Type
Physical Blowing Agents Market, By Process
Physical Blowing Agents Market, By Application
Physical Blowing Agents Market, By Region
Physical Blowing Agents Market Key Players
Report Coverage:
About Knowledge Sourcing Intelligence (KSI)
Knowledge Sourcing Intelligence (KSI) is a market research and consulting firm headquartered in India. Backed by seasoned industry experts, we offer syndicated reports, customized research, and strategic consulting services. Our proprietary data analytics framework, combined with rigorous primary and secondary research, enables us to deliver high-quality insights that support informed decision-making. Our solutions empower businesses to gain a competitive edge in their markets. With deep expertise across ten key sectors, including ICT, Chemicals, Semiconductors, and Healthcare, we effectively address the diverse needs of our global clientele.