Hk Bashir Institute Of Herbal Sciences

17/01/2026

ہیلتھی لائف سٹائل
ہیلتھی کھانا

16/01/2026

13/01/2026

“If you want to deeply lubricate dry eyes, reduce mild corneal inflammation, support the repair of ocular tissues, and help slow the progression of cataracts, this recipe is for you...” ✅

13/01/2026

آپ کو ان میں سے کونسا ڈرائی فروٹ پسند ہے
آپ نے اس سے کس طرح کے فوائد حاصل کئے
کمنٹ میں تحریر فرمائیں

07/01/2026

Ancient wisdom meets modern science in the most unexpected way. Egypt is bringing back a plant that hasn't carpeted their canals in decades, and the results are stunning. What started as a simple ecological experiment has turned into something far more magical. The water is transforming, wildlife is returning, and scientists are watching in amazement.

07/01/2026

صحت مند رہیئے
اپنی ڈائٹ پر توجہ دیجیے
مہنگی نہیں مناسب قیمت والی اشیاء کو استعمال میں رکھیں اور صحت مند رہیئے

4 Types Healthy Breakfast Plate🍓🥕🥭🍎🍍🍌🍅🌽🍉🍑🍊🍋‍🟩🍈🍐🫛🥬🫑🍏🥝🥑🫒🥦🥒🍇🍆🍠🍠🥥🥔🍄‍🟫🧅🫚🧄🫘🌰🥜👍

04/01/2026

Dry fruits
ڈرائی فروٹس

02/01/2026

Access to clean water is becoming one of the most important global challenges, and researchers at MIT have developed a solar powered desalinator that may offer a practical solution. This device can turn seawater into safe drinking water without using any external electricity. Instead, it runs entirely on sunlight. The system uses layered materials that absorb heat from the sun and transfer it to seawater. As the water heats, it ev***rates, leaving salt and impurities behind. The v***r then condenses into clean, drinkable water. This simple process works continuously as long as there is sunlight.

One of the strengths of the design is its efficiency. Traditional desalination often requires heavy machinery, strong pumps, and high energy use. The MIT device avoids these demands by relying on natural ev***ration enhanced by smart engineering. It uses a passive setup that allows water to move through the system naturally, lowering cost and maintenance. Early tests show that the desalinator can run for long periods without clogging, which is a common problem in older systems. The salt is pushed away from the main pathways, keeping the system clear and working smoothly.

This technology could help communities that lack electricity or stable water infrastructure. Remote villages, coastal regions, and disaster affected areas could benefit from a lightweight and affordable way to produce clean water. Because the system does not rely on complicated machinery, it is easier to transport, repair, and scale. Researchers are currently working on larger versions that could supply enough water for entire households or shared community systems.

The MIT desalinator demonstrates how innovation can create solutions that are simple, sustainable, and accessible. As the world faces increasing water stress, technologies like this offer a path toward reliable clean water without heavy energy costs.