A zero-emission sustainable landfill-gas-to-wire oxyfuel process: Bioenergy with carbon capture and sequestration

A process model representation of the end-of-life phase of a product in a circular economy to identify standards needs

“…In the case of material losses, the residues resulting from recovery processes (reuse, remanufacturing, and recycling) may be incinerated (A534) for energy and/or simply landfilled (A535). On the other hand, carbon capture and sequestration may be employed to mitigate impacts as a result of landfilling discarded materials (Brigagão et al, 2021). Frontiers in Manufacturing Technology frontiersin.org…”

What is the best scenario to utilize landfill gas? Quantitative and qualitative approaches for technical, economic, and environmental feasibility

“…Among several districts in Beijing, Chaoyang showed the highest potential for municipal solid waste generation from 0.6–2.1 Mton per years, followed by electricity generation of 8.4–218 GW h per years, the highest net present value of 181 M$, and a lower levelized cost of electricity of 0.0613 $ per kW h than other districts. Brigagão et al 49 evaluated the techno-economic feasibility of the utilization of LFG for electricity generation with oxyfuel-based carbon removal and power generation. The authors stated that the process could be economically feasible even without subsidies or a high electricity selling price with a generation capacity of 85.33 MW from a 1.08 MMSm 3 d −1 LFG feed.…”

Mechanism of Photodegradation of Organic Pollutants in Seawater by TiO2-Based Photocatalysts and Improvement in Their Performance

“…Zero emission for pollutants in the industrial field is the main goal of environmental governance projects. This goal is achieved through the development of recent environmental science and technology. , Zero emission (i.e., the discharged water should contain no pollutants) is required for wastewater discharge in China’s coal chemical industry. , However, meeting the zero-emission requirements is still difficult for pollutant emissions in most industrial fields. For example, the textile industry and its upstream related chemical industries are among the main sources of industrial wastewater; the COD in textile wastewater is mainly required to be below 80 mg·L –1 to meet the discharge standard, and the goal of zero discharge has not been achieved. , However, considering that benzene-ring-containing dye molecules are difficult to degrade, few dyes exist in the marine system because of the continuous action of photochemistry.…”

“…This goal is achieved through the development of recent environmental science and technology. 1,2 Zero emission (i.e., the discharged water should contain no pollutants) is required for wastewater discharge in China's coal chemical industry. 1,2 However, meeting the zero-emission requirements is still difficult for pollutant emissions in most industrial fields.…”

“…1,2 Zero emission (i.e., the discharged water should contain no pollutants) is required for wastewater discharge in China's coal chemical industry. 1,2 However, meeting the zero-emission requirements is still difficult for pollutant emissions in most industrial fields. For example, the textile industry and its upstream related chemical industries are among the main sources of industrial wastewater; the COD in textile wastewater is mainly required to be below 80 mg•L −1 to meet the discharge standard, and the goal of zero discharge has not been achieved.…”