Tons Of Waste Research Articles

Electricity Potential by Bioethanol Fuel from Pineapple Skin Waste, Kualu Nanas Village, Kampar Regency, Riau

Kualu Nenas was a pineapple producer in Riau who produced 4 tons of pineapples a day. This production produced 36 tons of waste per month. This waste created problems for the environment, including odor and methane gas, whereas pineapple peel waste included glucose, which can be used to produce bioethanol. This study aimed to analyze the bioethanol potential of pineapple peel and the potential for electricity and power, calculate the values of TFC and SFC, and determine the efficiency of the fuel mixture, which was tested on an 8 kW generator in 30 minutes. This research uses fermentation and distillation methods, which are simulated by a superpro designer. From the research conducted, the potential for bioethanol was 6,262.63 L/month or 68,871.54 L/year with an ethanol content of 99.9995% and 0.0005% water. The electricity is 75.39 MWh/month for E0, 71.98 MWh/month for E10, and 46.88 MWh/month for E100. The power potential generated is 3.14 MW/month for E0, 2.99 MW/month for E10, and 1.95 MW/month for E100. From testing with an 8 kW generator, the TFCs of E0, E10, and E100 fuels were 0.834, 0.835, and 0.839 liters/hour, respectively. While the SFC of E0, E10, and E100 fuels were 0.1043, 0.1044, and 0.1049 liters/hour, with efficiencies of 50.82%, 52.98%, and 80.95%.

Municipal Solid Waste Management in Skardu: Current Status, and Corrective Measures

Solid waste management (SWM) is a marginalized sector in Gilgit Baltistan, causing a frightening situation, especially in the municipal area of district Skardu. The total municipal area of Skardu is about 4260 sq. km with a population of approximately 112996. In line with other government departments, the Gilgit Baltistan waste management company (GBWMC) is responsible for collecting and dumping solid waste. The current study was devised to calculate, characterize, and analyze the past status, and current position of municipal solid waste (MSW) production, so that necessary management practices and corrective measures can be carried out more efficiently in the study area. A series of interviews of concerned persons as well as extensive field surveys were conducted. The method used by GBWMC to collect waste was: door-to-door collection, placement of waste bins, and collection from the arterial roads. Waste was collected manually in polythene bags, handcarts, and baskets. The findings revealed that approximately 45-50 tonnes of waste was generated per day in the winter and in the summer it increases to 50-55 tonnes. The average waste generation was 0.43 kg per capita per day and is increasing at a rate of 2.28% annually. The main sources of waste were commercial and household waste contributing approximately 60 % and 40% of the total waste production respectively. There was no scientific disposal system for the collected waste which is dumped on the dumping sites by utilizing available resources considering Environmental protection agency (EPA) regulations along the Indus River bank. Thus specific steps should be taken to develop a proper scientific disposal system of collected wastes by incorporating the experts' expertise and modern technologies.

The effect of fermentation process on increasing biodegradable organic waste reduction with Black Soldier Fly (BSF) larva bioconversion method

. In 2021, Indonesia produced 64 million tons of waste, with market waste dominating at 22.7%. Organic waste processing can yield biogas, compost and can undergo the bioconversion process using Black Soldier Fly (BSF) larvae. BSF larvae lack cellulose-degrading enzymes. The addition of a fermentation process can increase growth and reduce waste. The research involved adding a fermentation process with two types of fermenters. Fermentation was carried out at different durations to determine to optimal fermentation period. The biodegradable waste utilised was vegetable and fruit waste from the market. As a control, organic waste without fermentation will also be utilized. The results indicated that fermentation had no significant effect on waste reduction. The reduction in fermented and non-fermented waste was 62.97% and 50.67%. Waste reduction is directly related to the larvae’s ability to consume waste. Fermented waste treated with Trichoderma (10 days) had exhibited peak larval growth at 18 days of age, whereas non-fermented waste reached its peak growth at 25 days. The residue from fermented waste had a lower quantity but a higher the C/N ratio of 89.37, while non-fermented waste residue had a greater quantity with a C/N ratio of 62.11.

Inorganic Waste Management and Energy Potential: Implications for Agricultural Sustainability

This study aims to evaluate the potential of inorganic waste as an energy source at TPS 3R Kasih (Indonesian waste management facility), a waste management site currently facing challenges with effective solid waste segregation. A comprehensive assessment was performed by analyzing heap size, waste composition, density, and energy potential through proximate and ultimate tests. The findings revealed that the site generates an average of 12.34 tons of waste per week, with inorganic waste accounting for 23.28%. Further examination of this inorganic waste, comprising of Hard Plastic (3.18%), Ordinary Plastic (10.97%), Paper/Carton (6.84%), Rubber/Fabric (3.65%), and Wood (2.30%), indicated its significant potential as Refuse Derived Fuel (RDF) fluff. Upon processing, the RDF fluff presented a calorific value of 4,708 Kcal/kg, Moisture of 2.1%, Ash Content of 3.7%, and Volatile Matter of 85.2%. These characteristics make it a potential alternative fuel source for the cement industry. The study concludes that effective waste segregation and processing at TPS 3R Kasih could transform inorganic waste into a valuable energy source, highlighting the significant implications for waste-to-energy strategies and the reduction of dependency on fossil fuels.

Islam and environmental sustainability: Perspectives and challenges

Recent studies stressed the importance of religion in addressing climate change and other environmental issues. However, little attention is paid to Islamic perception and challenges toward environmental sustainability. This study addresses a) Islamic prescriptions regarding environmental protection, b) Islamic involvement in environmental organizations worldwide and c) the assessment of the carbon impact of the Hajj. Our investigation shows a large range of Islamic prescriptions for the protection of the component of the environment such as water, air, soil, plants, and animals, making Islam a good defender of the environment. The strict implementation of these prescriptions would contribute to the mitigation of environmental issues that our planet is facing while insuring environmental sustainability. Muslims are as well actively working together with several Islamic environmental organisations around the world to protect our environment. The 2011-2019 Hajj season, for instance, has emitted an average of 5.2 million tonnes of CO2 per year for pilgrims’ transport using cars, boat and airplane. A strong correlation (0.77) was observed between the number of pilgrims and carbon emissions. Moreover about 42,000 tons of waste are produced annually during the Hajj. Actions, such as tree planting and waste recycling, have to be taken to reduce the environmental impact of pilgrimage, so as to support the green Hajj movement and showing the world that Islam is the reference in terms of ecological religion for environmental sustainability. Keywords: Carbon Emission, Environment Sustainability, Hajj, Islam.

SWOT Analysis of Organic Waste Crushing Mechines Using Grounded Theory

Garbage is the residue of human daily activities and/or natural processes in solid form. Waste can come from various activities such as household waste, agricultural waste, building waste, trade and office waste, and industrial waste. The amount of waste stockpiles in Payakumbuh City until June 2023 is 100,386 tons per day. With details (1) Waste transported to the Final Processing Site (TPA) every day is 83,862 tons without segregation, (2) Waste processed at TPS3R is 0.252 tons with 6 units of equipmen, (3) Management at the unit waste bank 0.041 tons, (4) management at the main waste bank 7 tons, (5) Informal sector/ lapak as much as 7.4 tons, (6) Magot as much as 0.31 tons, (7) A total of 1.52 tons of waste has not been managed properly. Of the total amount of waste disposed of at the Temporary Final Processing Site (TPAS), 60 percent is organic waste. This study uses a qualitative technique with a grounded theory approach. The author conducted direct interviews with internal parties (Bappeda Payakumbuh City) and external parties (Tool Manufacturers, Equipment Users and the Environment Agency) to determine the impact of using a mobile organic waste counter machine in reducing the amount of organic waste in Payakumbuh City. Based on the research results, it was found that the coding scheme consisted of 41 codes that formed 9 categories and gave rise to 4 themes with a total score of 41. The highest score in coding was 23 on the theme of technology use. So it can be concluded that the use of technology greatly affects the reduction of organic waste in Payakumbuh City.

Adding value to pineapple waste: Characterization and evaluation of potential for bacteria and yeast culture medium

In the use of fresh pineapple, whether in consumption or in the production of other foods, there is a release of 77.5% of waste from the total fruit consumed, generating tons of waste that, when not disposed of correctly, are potential sources of contamination. These residues could become by-products with high added value. One of these by-products could be a culture medium to be used in microbiology classes. In this way, the objective of this work was the production and characterization of flours from the pearl pineapple peel with subsequent evaluation of the efficiency of these flours as a culture medium in the growth of bacteria and yeasts. For this, the pineapple peels were sanitized, dried, transformed into flour and properly packaged and labeled. Physical-chemical analyzes were performed with these flours and culture media were prepared. With the microorganisms, a serial dilution was prepared and inoculated in plates with ACA culture medium – pineapple peel agar and in standard culture medium for comparison of the results. It was found that all yeasts grew abundantly on the ACA medium and only 30% of the bacteria were able to grow on this medium.

Ecosystem services provided by striped hyenas in the human-dominated landscape of Rajasthan, India

In human-dominated landscapes, quantifying ecosystem services in terms of economic benefits could contribute to establishing peaceful coexistence between humans and large carnivores. In this study, we estimated the monetary value of scavenging benefits provided by striped hyenas (Hyaena hyaena) in an anthropogenic landscape in the semi-arid region of Rajasthan, India. We converted the value of domestic livestock carcasses consumed by striped hyenas from opportunity costs to quantify the value of this important ecosystem service to local people. We determined the monetary value of carcass disposals using two methods, including (1) electric cremation, and (2) pyre burning of animal carcasses. To determine the minimum number of striped hyenas, present in the study area, we employed a photo-capture approach, and we used scat analysis to determine the livestock consumed by striped hyenas. We estimated that striped hyenas removed 23.13 tons (4.4 %) of livestock carcass waste from the total of 525.68 tons of waste generated per year in the Intensive Study Area (ISA). The annual monetary value of livestock carcass waste removal by striped hyenas in the ISA was estimated to be ~US$ 7095 for electric cremation and US$ 49,665 for pyre burning. Our study demonstrates the economic benefit of scavenging services provided by striped hyenas in areas where anthropogenic food is abundant. In such areas, as hyenas scavenge anthropogenic food, local communities benefit from waste management. Using alternative carcass disposal methods without striped hyenas would be expensive and likely environmentally damaging.

Urban Waste Management and Prediction through Socio-Economic Values and Visualizing the Spatiotemporal Relationship on an Advanced GIS-Based Dashboard

Enhancing data-driven decision-making is vital for waste authorities. Although few studies have explored the influence of socio-economic indicators on waste tonnage, comprehensive analysis of urban waste data focusing on geographical information is also scarce. There is a dearth of dashboards for visualizing waste tonnage with spatial relationship maps. This study aims to present a prediction model useful for estimating urban waste by using personal income (I), the number of income earners (E), land values (L), the estimated resident population (P) and population density (D), called the IELPD measures. An innovative approach is developed to identify the correlation between urban household waste data and socio-economic factors and develop an advanced dashboard based on a geographic information system (GIS). To accomplish this, relationship maps and regression analysis are deployed to visualize household waste data spanning six years of waste production in New South Wales, Australia, classified into three categories: recyclable, residual and organic (RRO) wastes. Furthermore, this classification enables accessing the association between these three waste categories and the IELPD metrics. And there are four types of visualization generated, that is, thematic mapping, spatial relationship maps, correlation matrices and dashboard development. The regression analysis shows a substantial association between RRO waste tonnage, population changes and a minor correlation with land values. Overall, this study contributes to urban waste data storytelling and its spatiotemporal associations with socio-economic determinants. This paper offers a valuable prediction model of the IELPD metrics to estimate urban waste and visualize them in a dashboard allowing practitioners and decision-makers to track trends in the RRO waste stream in urban waste generally.

Verification Of ballistic machine performance against load and capacity at TPST Samtaku Jimbaran Bali

Waste is the result of a shift in people's consumption habits that are not proportional to the level of their activity. Waste has no use value because it is dirty and smelly, but if it can be processed properly, it can become something valuable and boost the use value of society. Every day, 4,281 tons of waste are created on the island of Bali, according to waste data. Only 52 percent of the waste has been managed, while the rest has been controlled. This ballistic machine that can plan 10 tons per hour is already used in Jimbaran, Bali. The shaft in the study is 2350 mm in diameter and has three parts: screw conveyor input, cutting blades and supports, and screw conveyor outlets. The axial force of the screw conveyor is 513,685 N with a threaded knife cutting force of 1; 73,138 N, thread 2; 76.59 N, thread 3; 75.28 N, thread 4; 73.64 N, thread 5; 71.64 N, thread 6; 69.41N, and thread 7; 66.83 N. Highest moment load on the horizontal part is at x = 2200 mm and the vertical part is at x = 1220 mm in the calculation of the bending moment of 107,099 N/mm2. The engine ballistic produces 16.9 horsepower. The capacity of the machine is 281.7 kg of garbage, and it can produce 1.46 tons per hour after being confirmed in one hour.

Site suitability analysis for sanitary landfills using geospatial methods in a part of southern Peninsular Malaysia.

Globally, around 1.3 billion tonnes of waste are generated annually, and solid waste management has thus become a major concern worldwide. There are projections of a 70% increase in waste generation from 2016 to 2050 owing to urbanization and the rapid growth of the global population. Estimates indicate that around 38,200 tonnes of waste are generated per day in Malaysia, and this volume of waste is significantly shortening the planned life spans of operating sanitary landfills in the country. Batu Pahat is a district in the state of Johor, Malaysia, with a relatively large population of 495,000 and with no record of an operational sanitary landfill. This study was conducted to identify and classify the most suitable sites for sanitary landfill developments in southern Peninsular Malaysia by means of the Analytical Hierarchy Process (AHP), which is recognized as a competent technique for multicriteria decision-making. The resulting landfill site suitability index map established 33.88 km2 of area coverage as very highly suitable for landfill development, while 353.86 km2 of area coverage was classified as unsuitable. Sites 1-6 were identified as the most suitable for landfill activities. Sites 1-5 are situated in agricultural land areas, while site 6 is in a forested land area; this implies public participation and the adoption of compensatory measures in the event of landfill development in these areas, given their socioeconomic importance. The six suitable sites are all at least 2000m from rivers: 2000-3000m for sites 1, 3, and 5 and > 3000m for sites 2, 4, and 6. The six sites are all > 3000m from fault zones and > 1000m from flood-prone areas, meaning that occurrences such as fault movements and flooding will have minimal impact on the operational activities of landfills at these sites. The selection of sites 1-6 as very suitable for landfill development was associated with an overall accuracy rating of 93.33% and kappa coefficient score of 0.92 based on accuracy assessment analysis of all sites. This study will guide the actions of policymakers, city planners, and local authorities toward sustainable and environment-friendly landfill development and operation in Batu Pahat and other districts in the state of Johor.

Site suitability analysis for waste to energy facility in Jos Metropolis, Plateau State, Nigeria

Solid waste management has emerged as a significant environmental challenge in developing countries, primarily driven by population growth, rapid urbanization, and the absence of effective sustainable strategies and policies. The city of Jos is not immune to these issues, as limited funding and expertise have hindered the local municipalities' ability to manage municipal solid waste efficiently. This study attempted to identify suitable sites for a waste-to-energy facility in Jos Metropolis, Plateau State, Nigeria. The study focused on estimating the amount of waste generated and determining a suitable site for siting a waste-to-energy facility in the study area. The data used were geographic coordinates of existing dumpsites which were acquired using Garmin eTrex R 20x Handheld GPS, topographic map which was obtained from Landsat (Glovis) website, landuse/landcover map which was obtained from Sentinel-2 ESRI website, road and waterbody data which were obtained from Open Street Map and administrative map of Jos metropolis which was obtained from ministry of lands, survey and town planning, Plateau state. Multi-criteria analysis, waste estimation formula, population projection formula, and the Analytic Hierarchy Process (AHP) in conjunction with a Geographic Information System (GIS) model were employed for analysis. The results revealed that an estimated 221 tons of waste is generated per day in Jos metropolis with a projected increase to 299 tons by 2032, reflecting a 35.29% growth in a decade. The multicriteria analysis revealed that only 2.8% (23.3 km²) of the area exhibited high suitability for a WtE facility, with Kuru 'A' identified as the optimal choice due to its advantageous proximity to power substations, well-established road networks, existing dumpsites, and minimal risks to people and economic activities. Based on the findings, the study recommends improving data collection efforts, expanding the suitability criteria, and involving stakeholders in decision-making processes to enhance waste management effectiveness.

GC-MS comparison of fatty acids profile of oils extracted from viscera of Tainha (Mugil liza) and Tambaqui (Colossoma macropomum)

The commercial activity of the grey mullet (known as Tainha: TAI) and Tambaqui (TAM) generates tons of waste that can be turned into valuable resources. Therefore, this work aimed to chemically characterize and quantify the fatty acids profiles of the two fishes. GCMS quantification was performed by using calibration curves built from a standard that contains 19 FAME. The analysis revealed that visceral wastes from both fishes contain 16 fatty acids (FA) consisting of saturated (SFA), monounsaturated (MUFA) and polyunsaturated (PUFA). However, their compositions were different as FA side chains in TAI and TAM contain 12 to 20 and 13 to 22 carbon atoms, respectively. Also, the SFA amount in TAI was greater than in TAM. On the other hand, TAM is richer in MUFA and PUFA compared to TAI. Both have similar chemical compositions of ω-3 and ω-6 in PUFA and ω-5, ω-7, and ω-9 in MUFA.

Plastic pollution in Ambon Bay

Ambon has problems with plastic pollution, both in the rivers and the bay. Due to faults in the waste system, 60 tons of waste is not collected in Kota Ambon. This waste ends up in illegal landfills, the waste is burned or thrown in the water. The plastic pollution in the bay contributes to the global problem of plastic soup. Research was conducted based on question; which recommendations can be given to collect the floating plastics in the rivers around Ambon Market by using the litter traps. To answer the main question, sub-questions are drafted covering the sources of pollution, possible locations, and the possibilities for a trap. The research is conducted using different methods that is interview to local experts, observation, literature research and talks to residents. Most of the plastic found are single-use plastics, like water and food packaging materials. The most feasible location for a litter trap is the end of Batu Merah River due to the abundance of plastic, the depth, and the nearby presence of Speed Sampah. The concept litter trap showed that this device could be effective at Batu Merah River. Further research is needed to create a more definitive solution for plastic pollution. Several aspects must be taken into account, such as the circumstances like the rainy season, sedimentation, current, and tide can impact the working of the litter trap and should be considered during the designing process.

Pelatihan Pembuatan Eco-Enzyme Menjadi Hand Sanitizer dan Pupuk Cair Organik di Desa Pucung

In 2020, waste in Indonesia reached 67.8 million tons, an increase of around 0.8 million tons from the previous year. As for the Special Region of Yogyakarta, it was recorded that there were around 6,917 tons of waste. This waste problem is also experienced by Pucung Hamlet, Bantul. This community service activity aims to solve the waste problem in Pucung Village and produce alternative natural products as hand sanitizers and organic liquid fertilizer during the COVID-19 pandemic. The implementation method begins with counseling techniques, training, and science and technology assistance. Innovation and creativity in making eco-enzymes are present as the best solution for housewives in processing organic waste into something more useful. Housewives can be more productive, can save more expenses and indirectly help the cleaners in sorting household waste into organic and inorganic waste. The training activity on making eco-enzyme was successfully carried out with indications of the enthusiasm of the community being quite large and increasing the awareness of the partner community about waste management. Through this activity, it is hoped that housewives can be more creative and innovative in processing household waste in the future.

Biorecovery of rare earth elements from fluorescent lamp powder using the fungus Aspergillus niger in batch and semicontinuous systems

Rare earth elements (REE) are essential in the manufacture of high-technology goods. Tons of wastes containing REE are yearly accumulated; however, environmentally friendly recycling methods are poorly studied. The use of heterotrophic microorganisms could be particularly relevant in the bioleaching of wastes transforming insoluble REE-bearing compounds into more soluble forms which are directly and/or indirectly involved in their metabolism. In this study, bioleaching of rare earth elements from fluorescent phosphor powder in fluorescent tubes using Aspergillus niger CECT2807 was investigated. Bioleaching experiments were performed in batch cultures at 1% pulp density. The concentrations in solution reached 122 mg/l of Y, 8.50 mg/l of Eu, 0.95 mg/l of Ce, 0.40 mg/l of Tb and 1.11 mg/l of La, after 7 days. Then, REE precipitated due to the generation of oxalic acid by the fungus. The residues generated were analyzed by scanning electron microscopy (SEM) and X-ray diffraction (XRD) and the lamp powder biotransformation was evidenced. Additionally, semicontinuous experiments were conducted and evidenced significant increase of REE dissolution rate in static conditions. The amount of extracted REE under static conditions reached 16.5 mg of Y and 0.75 mg of Eu per gram of fluorescent lamp powder.

Assessing moisture contributions from precipitation, waste, and leachate for active municipal solid waste landfills

Precipitation, evapotranspiration (ET), waste tonnage, landfill gas (LFG), and leachate data were aggregated from public sources to perform a 5–10 year water balance and estimate the contributions of three water sources (precipitation, incoming waste, and leachate recycling) for 36 active municipal solid waste (MSW) landfills in Ohio, USA. Uniquely, the water balance incorporated waste decomposition, using gas collection data to inform mass loss from biodegradation. Moisture contents of 20–30% for incoming waste indicate that entrained water is the largest source of landfill moisture. Infiltration of precipitation into the landfill after ET was the second largest source. Even at facilities where a majority of the leachate generated was recirculated, it did not significantly affect the moisture content in that year. Using the water balance approach, it appears leachate recirculation is unlikely to increase moisture content above 40% by mass, a regulatory threshold in the US, which would impose stricter air pollution control requirements. However, poor stormwater management could easily allow for “bioreactor” conditions to develop. The calculated landfill moisture content was significantly affected by the assumed runoff coefficient (CRO) parameter. CRO values below 20% and above 50% produced unrealistically high or low moisture contents, respectively. This approach can assist operators and regulators in understanding the contribution of different sources to a landfill's moisture profile and avoid future operational problems.

Analyzing solid waste landfills using satellite imagery and designing new landfill reception areas

Solid waste disposal is important for environmental management for good quality of life in urban cities. Among them is the final disposal of waste in landfills. Landfills can receive tons of waste, but they must be far away from natural resources and urban areas. The research aimed to analyze the physical and biological conditions and design a geolocation map of new sanitary landfills in three urban cities in Peru (Chilca, El Tambo and Huancayo). Landsat 8 OLI/TIRS satellite imagery was used to analyze the physical (LST and Methane) and biological (NDVI and SAVI) conditions of the landfills. The geolocation of the landfills was analyzed through the relationship, intersection and discrimination between their surface criteria (soil type, current use, geology and physiography) and climatic factors (temperature, humidity and precipitation). The physical and biological conditions of the landfills were: CH4: Chilca 8.33g > Huancayo 4.76g > El-Tambo 3.17g; SAVI: Chilca 0.61 > El Tambo 0.54 > Huancayo 0.51; LST: Huancayo 26.15°C > Chilca 24.03°C > El Tambo 22.75°C; NDVI: Chilca 0.85 > Huancayo 0.81 > El Tambo 0.8. In the three cities, "natural grasslands" were considered suitable land for the new solid waste landfill site. The multiple relationship, intersection, and discrimination of surface criteria and climatic factors were categorized into five types of sustainable geolocation (very appropriate > appropriate > moderately adequate > less appropriate > inappropriate) for new solid waste landfills. It was very important to discount the influence areas (rivers and lagoons) to avoid damaging the natural resources.

Characterization of municipal solid waste: Measures towards management strategies using statistical analysis

Implementing unified municipal solid waste management (MSWM) is often difficult due to socio-economic variables. However, spatial GIS models and statistical analysis of solid waste characterized by the weekdays, weekends, and festivals can somewhat mitigate the variance and assist with selecting suitable waste management methods. This paper presents the example of Rajouri, India, to propose a suitable MSWM based on Inverse Distance Weighted (IDW) intensity maps and statistical findings. The considered region was divided into different sample sites based on the local population density, and Municipal Solid Waste (MSW) was collected from four locations in each site on weekdays, weekends, and festivals. Compositional analysis of the MSW was then used to generate spatial IDW models in QGIS 3.22.7 to interpolate MSW generation over the entire area. Finally, statistical analysis was conducted to gain insight into the waste generation and accumulation trends. The results show that Rajouri produces 245 tonnes of waste daily (per capita: 0.382 kg/day) with a large organic fraction compared to other waste categories. Besides, waste generation is observed to increase over weekends and festivals due to increased consumption of material goods. Composting could serve as a vector for municipal solid waste because of its increased organic component and cost constraints. However, further research on the potential segregation techniques for the organic fraction of solid waste is needed.

The indicator for measuring economy converting from GDP to GGDP: Is it worth? —— Research of the impact mechanism of GGDP algorithm on the global environment based on Saša Stjepanović

We have seen the irrationality of the global community's long-standing use of GDP as an indicator of economic health, and we have also seen new hope for our global environment and economy using the new GGDP indicator. This paper proposes a model to quantify as precisely as possible the impact of the use of GGDP on the global environment, compare it with the GDP indicator currently used, and analyze whether this transition is worthwhile from environmental, economic, and social perspectives. We test the models and results using real-world data (from WMO, UNFCCC, IEA, UNEP), striving to draw more reasonable and scientific conclusions. Based on the position that it is easy to quantify, we wanted to choose indicators with strong versatility, which can be adapted to different countries, and chose the calculation method accordingly. This paper uses stepwise regression analysis method to establish a multiple linear regression model. In our model, indicators (KtCO2, Twaste, NRD) reflecting the effect of the global measures taken after using GGDP were used as independent variables, and indicators (global average temperature, global average precipitation, air humidity) reflecting global environmental impact were used as dependent variables. We collected data from 2010-2019 models to address how to quantify their global environmental impact, and concluded: for every million tons of CO2 emissions, the average global average temperature increase was 0.09 degrees; For every 1 per cent decrease in global natural resource depletion as a percentage of gross national income, global precipitation increases by an average of 8,9.35 mm; For every million tons of carbon dioxide emissions and 100 million tons of waste, global air humidity rises by an average of 3.956%, And these are all positive impacts that the use of GGDP indicators will have on the global environment. Indeed, the process of measuring the economy's indicators from GDP to GGDP requires a significant amount of cost. To analyze whether this transformation is worthwhile, we convert all the ecological value brought by the indicator transformation into US dollars so we can account and compare it easier. We used the cost-benefit analysis method and the multiple linear regression model established above to calculate the direct benefits, indirect benefits, direct costs and indirect costs generated in the transformation from GDP to GGDP. In addition, we estimate future trends in benefits and costs. In summary, due to the high cost of building a resource accounting department, for a short time, the global benefits were much smaller than the costs consumed, but with the development of technology, it will become easier to use more clean energy, reduce carbon dioxide and waste emissions, so the cost of emission reduction will be greatly reduced. At the same time, the improvement of the global ecological environment has effectively prevented some disasters caused by environmental degradation to a certain extent, resulting in a significant increase in potential benefits. In summary, we believe that this shift is still worthwhile and necessary in the long run.