LCA dataset : Landfill leachate treatment, technology B, semi-humid region

Landfill leachate treatment, technology B, semi-humid region

landfill leachate

Unit：m3Activity Type：Production Mix

GWP100

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System boundary

Cradle to Gate

Identity ID

8884d954-8480-4167-a7ac-6c668199e4d3

Dataset category

Waste treatment

Associated ID

ea12ba37-94d7-4d02-9c84-4a7a321c317a

Included activities starts

The activity starts with receiving wastewater at the gate of the treatment facility. Collection and transportation of wastewater to the treatment plant are not included.

Included activities ends

The activity ends with the treatment of wastewater and the specific discharge of waste into the environment. It includes expenditures for wastewater treatment at waste treatment plants and related infrastructure of the facility. Emissions from any sludge digestion, biogas generation, and utilization (noting specific wastewater components) are also included.

Description

This dataset represents the treatment process of leachate generated from landfill activities. This dataset is applicable to semi-humid regions (long-term average annual precipitation of 400--800 mm), and the treatment technologies primarily include aerobic biological treatment, activated sludge process, A-O, A2-O, oxidation ditch, MBR, SBR, and biofilm process, etc.

Process Description

Landfill leachate, also known as seepage, is a secondary pollution generated during the landfilling process. Leachate forms when pollutants contained in waste are dissolved by moisture due to compaction, microbial activity, fermentation, and other factors during landfilling, mixing with precipitation, runoff, and similar sources to create wastewater. Its water quality varies significantly depending on factors such as waste composition, local climate, hydrogeological conditions, landfill age, and landfilling methods.

Time period

2023

2026

Geography

China

Macroeconomic value

Business-as-Usual

Data validation

Yes

Technology

Current Technology