Waste Management

Rapid adoption of renewable technologies to accelerate biogas market trends over 2019-2025

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Growing concerns over depleting fossil reserves coupled with the rising environmental impacts from burning conventional fuels will drive global biogas market growth. Increasing awareness about biogas technologies across the globe will encourage the deployment of these technologies.

Government initiatives to promote biogas across end-use industries along with enactment of stringent environmental laws curb GHG emissions will also positively influence the global biogas market trends throughout the forecast timeframe. As per the latest study by Global Market Insights, Inc., biogas market size will exceed USD 110 billion by 2025.

Increasing penetration of biofuels across the transportation sector will create favorable business scenario for the market. Growing initiatives toward the utilizing industrial and municipal waste for energy generation will complement the biogas demand. There have been rising efforts toward the deployment of sustainable energy technologies promoted by several incentives and subsidy schemes.  Moreover, governments are bound to reduce the dependency on fossil fuel sources for power generation which will enhance the industry outlook.

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Biogas market from sewage sludge substrate will witness significant gains on account of increasing shift toward utilizing domestic sewage for biogas production which can be further used for electricity generation. In addition, the local bodies have been planning for large scale development of sewage treatment facilities owing to growing environmental concerns from disposing the sewage in the water bodies. Huge availability of sewage from the urbanized areas should accelerate product deployment to sustain the growing electricity demand.

Electricity applications will continue to be a consistent driving factor for the global biogas market in the upcoming years, pertaining to growing awareness toward climate change and ever-increasing electricity prices. 500 kW – 3 MW biogas plants should witness increasing deployment over the study timeframe because of the favorable conditions created by intensifying regulations to minimize energy-related carbon emissions.

Rapid urbanization from the increased migrations from rural areas will surge the residential energy needs. In addition, the ongoing smart city trends should foster the business landscape over the forecast timeline. Furthermore, burgeoning energy demand from the manufacturing units due to proliferating industrialization will enhance the industry outlook.

Global biogas market from commercial application will showcase indispensable growth on account of space heating applications. Availability of abundant feedstock and high energy density makes it a viable option deployment in the commercial sector.

Pre-hydrolysis technology in the biogas industry is projected to account for significant growth owing to rising demand for sludge stabilization. The technology features prominent benefits including minimal production of biosolids, low costs of the process and enhanced energy recovery giving it an edge over other alternatives.

Biogas market size from anaerobic digestion process hit USD 45 billion in 2018 and is further anticipated to achieve a CAGR of over 6% through 2025. The process of anaerobic digestion extracts the energy in the form of biogas and leaving behind the biofertilizer. Growing need for replacing chemical fertilizers with the organic alternatives for improved soil health should drive the segmental growth, given the dual advantage of producing energy and fertilizers.

Asia Pacific biogas market will display commendable gains owing to rising adoption of renewable energy technology and increasing electricity demand. High count of electricity deprived remote location and ongoing modernization of grid infrastructure will fuel the installation of biogas systems in the region.

Increasing awareness toward conservation of agricultural land coupled with growing initiatives for improvement of local economies will foster the development of biogas plants across the emerging economies. Furthermore, high availability of cheap feedstock coupled with increasing carbon emissions will drive the industry growth.

Author NameAmol Kothekar

U.S. precision farming market to accrue commendable returns over 2019-2025

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Global precision farming market share, over the recent years, has been witnessing meteoric rise owing to the laudable initiatives undertaken by regional governments to combat declining agricultural productivity. The farming sector has perpetually been marred with several challenges including a marked increase in the cost of production, restricted employment opportunities, fragmented land holdings, degrading and diminishing natural resources, etc. Moreover, the rapid pace of urbanization and the burgeoning population has further aggravated and contributed toward further deterioration of the farming sector which already is in shambles.

APAC Precision Farming Market Size, By Country, 2018 & 2025 (USD Million)
APAC Precision Farming Market Size, By Country, 2018 & 2025 (USD Million)

In order to tackle these massive impediments, the farming community across the world is now gradually incorporating numerous advanced precision tools in their farmlands to accomplish various objectives such as greater sustainability, realize higher financial benefits, and to lower environmental harm. Apparently, as a consequence of the aforementioned aspects, the overall precision farming industry size is bound to record commendable growth in the forthcoming years. In fact, as per the statistics noted in the recent study conducted by Global Market Insights, Inc., precision farming market is estimated to register a striking double-digit growth rate over 2019-2025.

Elaborating further, it is quite prudent to mention that the foremost stakeholders of the precision farming industry have been focused on leveraging the prowess of advanced technologies such as big data and IoT. These technologies have proved to be of immense help to obtain precise insights of farming situations which would further aid in better forecasts about agricultural outcomes.

Citing an instance affirming the efficacy of technology deployment is the participation of Israel based precision farming industry giant Evogene in a consortium sponsored by Israel Innovation Authority. As has been reported, the consortium consists of a dozen precision farming industry players and universities which would aim to develop plant phenotyping technologies by deploying comprehensive artificial intelligence algorithms and big data. The real-time analysis of this data is likely to assist farmers in dealing efficiently with unpredictable crop season and enhance systems and tools for precision agriculture.

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Speaking of the prospective growth of the precision farming industry, US is likely to emerge as the strongest contender due to its swift adoption of progressive technologies in the farming sector. The well-developed infrastructure and presence of supportive government policies would further assist in rapid product penetration in the nation.

One of the chief federal agencies of US Department of Agriculture, the National Institute of Food and Agriculture (NIFA), has unveiled a precision, geospatial, and sensor technology program to deliver decision tools that would enhance management capabilities of enterprises partaking in precision farming industry. The program would reportedly address problems such as narrow profit margins and rising global competition in the farming sector. Furthermore, the initiative intends to judiciously monitor, measure, and micromanage the existing resources to accentuate efficiency and increase farm incomes of the producers, processors, and the overall farming community. Therefore, it is quite undeniable that the remedial measures undertaken by the government would revive the fortunes of the US precision farming market in the forthcoming years.

Apart from government initiatives, numerous major US based precision farming industry players have been releasing cutting edge products to retain their preeminence in this highly combative business space. For instance, Illinois headquartered Precision Planting recently launched a total of 3 new products in the precision farming market. The firm has released a 20|20 monitor which offers an advanced agronomic picture which enables farmers to optimize planting and harvest decisions with a smart interface. The second product is named as SeederForce, which is a progression automated downforce control system utilized in the air-seeder market. The third product on the list is a multi-hybrid planting system that allows for two hybrids to be planted in a single field by deploying a meter with a seed selector and a dual compartment hopper.

Despite management of data being one of the major hindrances to the growth of this business space, the application matrix of the precision farming market has encompassed weather monitoring, financial management, field monitoring, waste management, yield monitoring, irrigation management. As the application scope of precision tools increases in the ensuing years, the precision farming market is projected to observe an exponential growth rate, with a target revenue estimation in excess of USD 12 billion by 2025.

Author Name : Saif Ali Bepari

Measures adopted by regional governments on municipal solid waste deposable (MSW) and treatment techniques in order to reduce GHG emissions is likely to drive global waste to energy market share

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Waste to energy is the process of producing energy in the form of electricity or it is known as the form or energy recovery. As per the Industry Analysis, Waste to Energy (WTE) Market in the year 2015 valued at USD $20 billion and is projected to grow at over 6% CAGR till the year 2023. The regional analysis market is led by European market with leading markets in France, UK and Germany. This market is anticipated to grow moderately and record revenue of USD $15.5 billion by year 2023. Asia Pacific market is growing led by Japan and China recording soaring gains at over 6.8% CAGR by the year 2023, developing energy through substitute resources like landfiling which is the MSW (municipal solid waste) disposal techniques; it is likely to become popular in the Asia Pacific market.

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The report features comprehensive analysis of the market with key market trends and key factors influencing the market listed in the report. Thermal waste to energy process dominated the segment and is predicted to exhibit moderate gains over the projected time frame. The alternative thermal processes are anticipated to foresee surge in demand. Biological waste to energy technology is poised to register high growth at over 6.5% during the forecast period. Anaerobic digestion penetration into developed composting plants is projected to further market growth.

Waste to Energy (WTE) Market Size

As per the latest news published on 01st June’16 about the Waste to Energy in the USA, the 70 mass burn plants in the United States consume 13% of annual waste; this is 14.5% as compared to year 1990. Approximately, 2.1 billion tons of waste is generated by humans annually, which is then carried to landfills and it decomposes and is converted into energy. In the United States, around 245 million tons of waste is produced annually. As per the United States Environmental Protection Agencies inventory, the municipal solid waste released 1% of highly toxic contents in the year 2000 as compared to 13 years prior.

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Furthermore, as per latest news published on 26th May’16 of International Journal of Epidemiology, it is reported that people living near landfills are exposed to health hazards. Humans who stay 5 kilometers near the landfill site have diagnosed diseases like lung cancer, respiratory diseases, hospitalizations and even deaths. The waste throws out hydrogen sulphide which is harmful for humans especially children.

Fairly competitive players run the waste to energy market share, like Hitachi Zosen, Covanta, Keppel Seghers and Wheelabrator Technologies are prominent. Some companies are part of the value chain that work on operate and built or only transfer basis, or some run the plant operation. Foster Wheeler, China Everbright International, Plasco Energy, Veolia Environment, Xcel Energy are some of them.

Author NameDhananjay Punekar