09-05-24 | Misterlemonztenth.tumblr.com/archive
seen from United States

seen from Malaysia
seen from Moldova

seen from United States

seen from Malaysia

seen from Türkiye
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seen from China
seen from United States
seen from United States
seen from United States

seen from United States
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seen from Malaysia
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seen from United States
09-05-24 | Misterlemonztenth.tumblr.com/archive
this old tank
Old Factory
This is the neurotoxin generator. Bit bigger than I expected. Not going to be able to just, you know, push it over. Have to apply some cleverness.
Large storage tank near MacLean Hall, The University of Iowa, July 23, 1940
Photographer: Kent, Frederick W.
Source: http://digital.lib.uiowa.edu/cdm/ref/collection/ictcs/id/10979
Tanks are finished! Gave the pipe a coslat of flat white and glued it in place. This will just sit on the layout, no need for adhesive. I may go back and put the rltooth picks in the secure it horizontally.
Clean Vessel/Bio-Fermentation Storage Tank
Our stainless steel storage tanks are suitable for use in the chemical, pharmaceutical, biological, food, dairy, beverage, and alcohol industries. They are used for various processes, including storage, alcohol washing, fermentation, emulsification, and cleaning.
https://www.cxcemachine.com/product/clean-vessel-biofermentation-storage-tank/
In the current situation of global warming, the availability of fresh water is a blessing. Due to the uncontrolled extraction of groundwater, the water table is decreasing at a rapid pace. This reduction and water scarcity dilemma could be resolved through better management of available water resources. Rainwater harvesting is the most applicable and demanding way for the conservation of water, which includes localized storage of rainwater for different future uses. In this paper, a case study of Capital University of Science and Technology (CUST) Islamabad Pakistan has been taken to assess the rainwater harvesting potential. Google Earth Pro (GEP) was used for marking out the boundaries of the study area. Digitization of the campus was worked out by using ArcGIS. The overall demand for water in the CUST was calculated by considering the total population. The selection of suitable sites for the storage of rainwater harvesting (RWH) was identified. Quantity of rainwater ware calculated by using rational method. Storage tank size and location were suggested in three different places based on the natural ground slope. The result of this study shows that 100% of the water will be saved by rainwater harvesting. This saved water can be used for other purposes like landscape irrigation. This will help in decreasing the usage of groundwater resources.