@zalakuha:

Zala (allegedly)
Zala (allegedly)
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Region: SI
Thursday 05 November 2026 10:56:11 GMT
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polak.nina
polak.nina :
girl i just waxed my mustache being a girl is great
2026-11-05 13:29:04
8
vita_no8
vita:) :
holy grailss rabmo nujno!!!
2026-11-05 12:28:44
11
res.nevem
Ajda :
To kremo sm tut js melaa, its good
2026-11-05 15:28:15
0
viktorija2607
Viktorija ✨ :
Bepanten krema navadna za tattooje girl
2026-11-06 16:56:29
1
afrodita_cosmetics
Afrodita Cosmetics :
Suha koža pozimi je the worst, vemo kaj misliš. Poglej svoje dmse za presenečenje. 🫶
2026-11-05 11:09:35
5
dm_slovenija
dm Slovenija :
Rabimo holy grails za lase!!!
2026-11-06 06:42:15
4
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Other Videos

Original Video Credit: IG/oleg1988gera Instead of feeding a furnace with logs, coal, or pellets, an operator loads an entire bale of straw into a large biomass boiler. The tightly packed agricultural material is pushed toward the combustion chamber, where intense heat begins breaking it down and releasing energy. These systems offer an alternative way to heat large spaces, including agricultural greenhouses, using material left over from crop production. Straw contains stored chemical energy from the plants that produced it. Inside the boiler, controlled combustion releases that energy as heat, which is transferred through a heat exchanger to water or another heating medium. The heated fluid can then circulate through pipes to warm greenhouses or other buildings. SPEKA straw-fired systems are designed to handle bulky bales, reducing the need to process agricultural residues into smaller fuel pellets before burning. Straw is produced in enormous quantities during grain harvesting, and portions not needed for soil management, livestock bedding, or other uses can become a valuable source of fuel. Modern biomass boilers can achieve thermal efficiencies approaching 80–90% under suitable operating conditions, although performance depends on the equipment, fuel moisture, and combustion settings. While burning straw still produces carbon dioxide and air pollutants, using sustainably sourced agricultural residues can reduce dependence on fossil fuels when managed with appropriate emissions controls. #shorts #Science #education #learn #invention
Original Video Credit: IG/oleg1988gera Instead of feeding a furnace with logs, coal, or pellets, an operator loads an entire bale of straw into a large biomass boiler. The tightly packed agricultural material is pushed toward the combustion chamber, where intense heat begins breaking it down and releasing energy. These systems offer an alternative way to heat large spaces, including agricultural greenhouses, using material left over from crop production. Straw contains stored chemical energy from the plants that produced it. Inside the boiler, controlled combustion releases that energy as heat, which is transferred through a heat exchanger to water or another heating medium. The heated fluid can then circulate through pipes to warm greenhouses or other buildings. SPEKA straw-fired systems are designed to handle bulky bales, reducing the need to process agricultural residues into smaller fuel pellets before burning. Straw is produced in enormous quantities during grain harvesting, and portions not needed for soil management, livestock bedding, or other uses can become a valuable source of fuel. Modern biomass boilers can achieve thermal efficiencies approaching 80–90% under suitable operating conditions, although performance depends on the equipment, fuel moisture, and combustion settings. While burning straw still produces carbon dioxide and air pollutants, using sustainably sourced agricultural residues can reduce dependence on fossil fuels when managed with appropriate emissions controls. #shorts #Science #education #learn #invention

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