Mexico Environmental Remediation Market Research Report, 2029

Environmental remediation has been a multi-faceted effort in Mexico, where great challenges and several good regulatory frameworks have emerged as part of this new framework of adaptation to climate change. Still, there are many environmental issues in which all the processes of industrial contamination, mining, urban development, and natural risks that generate those situations are covered. The large industrial centers, like Mexico City and Monterrey, create heavy air and water pollution combined from industry and transportation that needs the strongest remediation measures to avoid health effects and environmental damage. The mining industry, that has been huge in regions such as Zacatecas and Guerrero, has left a legacy of contamination of soil and water from acid mine drainage and a lot of wastes left lying around. Furthermore, urbanization exerts further pressure on the environment since rapid population growth places excessive demands on the already available infrastructure leading to land degradation and deforestation, improper management of wastes in urban and peri-urban set-ups. Climate change is a growing threat to Mexico's environmental stability, making it vulnerable to extreme weather and rising sea levels, in addition to water scarcity. The adaptation strategies focus on resilience building related to climate variability in agriculture, water, and coastal protection-smashing with its international commitments under the Paris Agreement. Mexico has a legal and regulatory framework, for instance, The Decree, which came into effect 1 January 2023, added “Ecological Taxes for Environmental Remediation,” to the Finance Law for the State of Guanajuato under Chapter Eight, Title Two and established three ecological taxes which are Environmental remediation tax for the emission of polluting gases, Environmental remediation tax for the emission of pollutants into the soil, subsoil and water, Tax for environmental remediation for the deposit or storage of waste. According to the research report "Mexico Environmental Remediation Market Research Report, 2029," published by Actual Market Research, the Mexico Environmental Remediation market is expected to reach a market size of more than USD 5.2 Billion by 2029. The air quality is generally worst in Mexico City and other larger cities, where vehicle and industrial emissions produce dangerous levels of particulate matter and pollutants. It has instituted emission standards for vehicles and industry, promoted cleaner fuels, and invested in public transportation to decrease the number of private vehicles on the road. Corporate responsibility therefore puts industries on the spot to embrace environment-friendly measures that limit their contribution to environmental degradation by carrying out impact assessment on the environment, waste minimization, and pollution reduction technologies that enhance resource use efficiency which will in turn make their carbon footprint smaller. Many corporations that have invested in Mexico have CSR programs that fund or assist community development projects, environmental conservation activities, and sustainable livelihood projects. The innovations in technology are, in fact, driving the development of environmental remediation and sustainability throughout Mexico. This is evidenced by the implementation of renewable energy technologies such as solar and wind, and smart grid systems, which work to maximize the dispersion of energy. The technologies of remote sensing and GIS are very useful for monitoring change in environmental quality, hotspot detection, and information provision for decision-making on environmental management. Involvement and awareness of the community have become two keystones in the pursuit of sustainable development in Mexico. That is to say, local communities would be involved in environmental stewardship through education endeavors, capacity-building programs, and participatory decision-making processes.

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Mexico's emerging environmental remediation industry addresses issues of soil, groundwater, and air pollution using various bioremediation technologies. Extraction is a process of excavated contaminated soils at sites where localized surface contamination occurred are common in Mexico. Such excavated soils are treated above-ground by land farming, composting, or bioreactor treatment so that the contaminant is destroyed. PRBs have been installed at some contaminated groundwater sites in Mexico, especially for the treatment of chlorinated solvents. Passive flow of the contaminated plume through the reactive media degrades the contaminants. Several contaminated sites in Mexico have converted to sparing systems where air is injected into contaminated ground water with the intent of aerobically biodegrading contaminants in ground water such as petroleum hydrocarbons. Soil washing technologies that apply various additives to remove contaminants from excavated soils are used at a few larger remediation projects, where the contaminated wash water is then treated. Chemical Treatment is the chemical oxidants, reductants or nutrient amendments can be applied to enhance microbial degradation or chemically transform contaminants, these applications are generally made in combination with one or more of the above techniques. Electrokinetic Remediation is a technology of using electric currents to extract charged pollutants has eventually had very limited pilot applications in Mexico, for example in remediating soils contaminated with heavy metals. Phytoremediation is the use of plants to extract, degrade or stabilize contaminants is another area of growing research and application given the biodiversity of Mexico. Plants such as sunflowers and poplars have been studied. Remediation industry in Mexico has been growing under the slogan over the past couple of decades, prompted by the need to clean up legacy contamination and spills and improper industrial or waste disposal practices affecting soil and groundwater. Both in-situ and ex-situ bioremediation techniques are applied for a variety of contaminants are hydrocarbons, chlorinated solvents, heavy metals, and others-both by remediation companies and by research institutions. The oil & gas industry is the prime mover of environmental remediation services and bioremediation applications in Mexico. Cleanup with several technologies has been necessitated by soil and groundwater contamination from upstream and midstream operations, pipeline leaks, and refinery activities. Excavation and ex-situ bioremediation such as land farming and bio piles are the most commonly applied methods in the treatment of hydrocarbon-impacted soils. Examples of such in-situ techniques applied for remediation of subsurface plumes of petroleum hydrocarbons and corresponding volatile organic compounds are air sparging, bioventing, and biosparging. The other strong demand that has been created for remediation services in Mexico pertains to manufacturing, industrial & chemical production. Improper waste disposal practices, and legacies of contamination from nonferrous metal factories, smelters, and oil refineries have created a requirement for projects involving soil and groundwater remediation based upon excavation, offsite treatment or containment of soil and groundwater using strategies such as permeable reactive barriers. Bioremediation strategies are implemented at automotive manufacturing operations, where there has mostly been contamination by solvents and metals. A new soil contamination issue that is being considered in Mexico involves agricultural contamination related to pesticides and fertilizers. Another source of contaminated sites is from the mining activities with the old mines likely to have soils requiring remediation, which can be done using phytostabilization techniques. Locations near unregulated municipal landfills are one known form of localized soil and groundwater contamination - these sites might be amenable to some bioremediation coupled with containment or treatment of any leachates. In Mexico, a vanguard for environmental remediation can be found by living in the public sites that have impelled mainly by government initiatives to address historical pollution and foster sustainable urban development. Contaminated lands, owned or managed by government entities, encompassing the former industrial, military, and municipal waste sites are the. The government has initiated quite a number of programs to clean up such sites. Some of the major projects include the remediation of the Valle de Bravo reservoir as a result of agricultural runoff and urban waste. The former mine tailings in the state of Zacatecas, resulting in heavy metal contamination that resulted in serious risks to the health of the people in that locale, has been rehabilitated. These often involve the use of advanced remediation technologies such as soil washing, phytoremediation, and bioremediation, supported by the corresponding regulatory framework, like the General Law for the Prevention and Comprehensive Management of Wastes. In their turn, governmental agencies like SEMARNAT and the National Institute of Ecology and Climate Change-INECC, among others, come in charge of supervision of the projects, monitoring, and fulfillment of the normative aspects for the care of the environment and to obtain financing from the public-private initiative and from international cooperation. As awareness of environmental liabilities rises and regulations become firmer, the private sector in Mexico is seeing growth in its environmental remediation industry at a geko-like pace-only slow. Private industrial sites that will increasingly include manufacturing plants, mining operations, and agricultural lands Remediation of soil and groundwater contamination associated with both past and ongoing activities. For instance, there are large-scale remediation projects at manufacturing plants in the industrial centers of Monterrey and Guadalajara to deal with groundwater contaminated by solvents, heavy metals and hydrocarbons. Mining companies-located mainly in states like Sonora and Durango-acquired technologies like in-situ bioremediation and permeable reactive barriers to work on groundwater contaminated by mining effluents. These methods of soil remediation, primarily through organic amendments and phytoremediation, are being practiced by agriculture businesses. All this is done because pesticides used in agricultural practices damage the soil health and productivity and nitrogen-based runoffs.

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Kripa Shah

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Excavation and disposal, soil washing, bioremediation, and stabilization solidification are the most common soil remediation technologies that have been employed in Mexico. Soil remediation has been the most important medium, groundwater remediation is gaining importance in Mexico. Cresylic acid groundwater contamination is common in Mexico as well because groundwater is a very important source of drinking water for many communities in the country. It can be contaminated by several sources: industrial activities, waste disposal, and agriculture. The most frequently occurring groundwater contaminants identified in Mexico are nitrates, arsenic, and fluoride. The Mexican government has developed a set of laws and regulations related to groundwater quality and remediation, among them: "Official Mexican Standard NOM-127-SSA1-1994, which establishes the maximum permissible limits for drinking water quality". Based on the literature review conducted related to the technological knowledge and available technologies in the country, it was determined that the most applied technologies for the remediation of groundwater in Mexico are: pump and treat, air sparging and in-situ chemical oxidation. An example groundwater remediation occurrence in Mexico pertains to the remediation of a trichloroethylene or TCE plume in the city of Querétaro, precipitated by historical industrial activities that were a source of concern to the quality of the drinking water wells in the area. This project used the installation of a soil vapor extraction and in-situ chemical oxidation system for treatment of the groundwater. This project was considered a success because it reduced the concentrations of TCE to less than the set regulatory standards and, thus, safeguarded the people's drinking water supply. Considered in this report • Historic year: 2018 • Base year: 2023 • Estimated year: 2024 • Forecast year: 2029 Aspects covered in this report • Environmental Remediation market Outlook with its value and forecast along with its segments • Various drivers and challenges • On-going trends and developments • Top profiled companies • Strategic recommendation By Technology • Bioremediation • Excavation • Permeable Reactive Barriers • Air Sparing • Soil Washing • Chemical Treatment • Electro kinetic Remediation • Others

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By Application • Oil & Gas • Manufacturing, Industrial, & Chemical Production/Processing • Automotive • Construction & Land Development • Agriculture • Mining & Forestry • Landfills & Waste Disposal Sites • Others By Site type • public • Private By Medium • Soil • Groundwater The approach of the report: This report consists of a combined approach of primary and secondary research. Initially, secondary research was used to get an understanding of the market and list the companies that are present in it. The secondary research consists of third-party sources such as press releases, annual reports of companies, and government-generated reports and databases. After gathering the data from secondary sources, primary research was conducted by conducting telephone interviews with the leading players about how the market is functioning and then conducting trade calls with dealers and distributors of the market. Post this; we have started making primary calls to consumers by equally segmenting them in regional aspects, tier aspects, age group, and gender. Once we have primary data with us, we can start verifying the details obtained from secondary sources. Intended audience This report can be useful to industry consultants, manufacturers, suppliers, associations, and organizations related to the Environmental Remediation industry, government bodies, and other stakeholders to align their market-centric strategies. In addition to marketing and presentations, it will also increase competitive knowledge about the industry.