Increased global awareness of the environmental impact of waste along with rapidly depleting natural sources of energy has put energy recovery from waste at the forefront of sustainable strategies. Key trends encompass both technological advancements and advantageous regulatory frameworks. Technologies such as thermal treatment, anaerobic digestion and landfill gas recovery...
Discover more insightsIn contemporary times, recognizing the inevitability of finite fossil resources and cognizant of the environmental ramifications of excessive fossil fuel usage, industry players are increasingly seeking alternative fuel sources. One such alternative is the conversion of waste material into diesel, capitalizing on the ubiquity of waste and the potential for...
Discover more insightsThe issue of waste heat recovery cannot be relegated to a cursory attention in any discussion relating to industrial efficiency. This practice addresses the harnessing of excess heat expelled by industrial processes for additional advantageous usage, enhancing the efficiency of plants. It symbolizes a commitment to both distinctive economic proficiency...
Discover more insightsMethane, primarily existing as natural gas, holds significant economic value due to its widespread use in power generation, heating, and manufacturing. One less known form, biomethane, is derived from the biological breakdown of organic material, providing a sustainable and renewable form of energy. Synthetic methane, on the other hand, is...
Discover more insightsEconomic recessions augur significant shifts in the pattern of supply and demand in various sectors, with the landfill sector being no exception. A recession is typically characterized by reduced spending power of households, translating to less waste generation. This, in turn, affects landfill requirements and market dynamics. Industries, facing financial...
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