Delhi's Cloud Seeding Trial: Third Test Amid Pollution Battle

Delhi is conducting its third cloud seeding trial in collaboration with IIT Kanpur. The tests use a Cessna aircraft equipped with specialized flares to induce artificial rainfall. Environment Minister Manjinder Singh Sirsa expressed hope that successful implementation could mark a historic achievement for pollution control. IIT Kanpur is systematically conducting these experiments across multiple Delhi locations to assess effectiveness.

Key Points: Delhi Conducts Third Cloud Seeding Trial with IIT Kanpur

  • Third trial follows two previous cloud seeding attempts this week
  • Cessna aircraft deployed from Meerut with salt-based flares
  • Tests cover Khekra, Burari and Mayur Vihar areas
  • Each flare burns for 2-2.5 minutes weighing 1-2.5 kilos
  • Previous trials showed low moisture content in clouds
  • IIT Kanpur conducting systematic experiments for pollution control
4 min read

Delhi to conduct third cloud seeding trial after IIT Kanpur's second test

Delhi launches third cloud seeding trial with IIT Kanpur to combat pollution through artificial rainfall. Latest test follows two previous attempts using specialized aircraft and flares.

"If we succeed in this, it would be a historic achievement - Manjinder Singh Sirsa"

New Delhi, October 28

Delhi Environment Minister Manjinder Singh Sirsa on Tuesday said that a third round of cloud seeding will be conducted in the national capital after the Indian Institute of Technology (IIT) Kanpur completed the second trial earlier in the day to explore artificial rainfall as a pollution-control measure.

He added that IIT Kanpur will release detailed findings of the second trial later in the evening.

The second cloud-seeding trial was conducted by IIT Kanpur on Tuesday, using a Cessna aircraft fitted with salt-based and silver iodide flares to induce rain. The first trial was conducted last week over Burari on September 23.

Speaking to ANI, the Delhi Minister said, "A cloud seeding trial has just been conducted. IIT Kanpur will submit a full report in the evening. We will conduct another trial today. The aircraft for the second trial has just taken off from Meerut. This will be the third trial in Delhi. In the previous trial, it was estimated that the moisture content in the clouds was 15 to 20 per cent, which is very low."

"If we succeed in this, it would be a historic achievement. IIT Kanpur is collecting samples on a large scale... Eight flares were fired prior to this cloud seeding. One flare lasts 2 to 2.5 minutes and weighs 1 to 2.5 kilos. So, this cloud seeding lasted approximately 15-20 minutes, and the number will likely increase in the second trial...IIT will release all the details in the evening," he said.

Sirsa also said that the team from IIT Kanpur has expressed hope for good results from these systematically conducted experiments.

In a post on X, Sirsa shared pictures of the second trial and wrote, "Today, another trial of Cloud Seeding was completed in Delhi. The Cessna aircraft took off again from Meerut Airport for Delhi and released cloud seeding flares in different areas."

https://x.com/mssirsa/status/1983129015692210415

"The team from IIT Kanpur has expressed hope for good results from these systematically conducted experiments. Based on the success of these trials, Cloud Seeding will be used extensively in Delhi for pollution control under the leadership of Honorable Chief Minister Mrs. gupta_rekhaji," the post read.

The Delhi government on Tuesday afternoon carried out cloud seeding across several parts of the city, Environment Minister in Chief Minister Rekha Gupta's cabinet said, adding that it was part of efforts to explore artificial rainfall solutions aimed at reducing pollution levels.

The aircraft arrived from Meerut, though its scheduled 12:30 pm departure was slightly delayed due to poor visibility.

Delhi Minister Sirsa said that the areas covered are Khekra, Burari, North Karol Bagh, and Mayur Vihar. He further explained that eight flares, each weighing between 2 and 2.5 kilograms, were used during the process.

According to IIT Kanpur, the first round involved releasing six flares at an altitude of around 4,000 feet above ground level, with a burn time of 18.5 minutes.

And a second flight took off at 3:55 pm, deploying eight flares at a higher altitude of around 5000-6,000 feet.

In an official statement, IIT Kanpur said, "Today, IIT Kanpur successfully executed a cloud-seeding operation over Delhi, a corridor measuring roughly 25 nautical miles in length and 4 nautical miles in width with the largest distance covered between Khekra and little north of Burari. The first round involved six flares released at an altitude of nearly 4,000 feet above ground level, with a burn duration of 18.5 minutes. A second flight took off at 3:55 pm, deploying eight flares at a higher altitude of around 5000-6,000 feet."

Cloud seeding is a weather modification technique that involves artificially inducing rainfall by dispersing particles such as silver iodide or salt-based compounds into moisture-laden clouds.

- ANI

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Reader Comments

P
Priya S
While I appreciate the effort, I'm concerned about the environmental impact of silver iodide. Also, shouldn't we focus more on reducing pollution at source rather than temporary fixes? 🤔
R
Rohit P
The timing is perfect with winter approaching and pollution levels rising. If successful, this could be a game-changer for Delhi's air quality. Kudos to the team! 🌧️
S
Sarah B
Interesting to see India adopting advanced weather modification techniques. The systematic approach with multiple trials shows good scientific methodology. Hope the results are positive!
K
Kavya N
As a Delhi resident, I'm really hoping this works! The pollution during winters becomes unbearable. Any solution that can give us cleaner air is welcome. Fingers crossed! 🙏
M
Michael C
Impressive to see India's technical capabilities in action. Cloud seeding has been used in other countries, but implementing it for pollution control is quite innovative. Looking forward to the results.
A
Aditya G
The cost-effectiveness of this approach worries me. How much is being spent on these trials and what's the long-term viability? Hope the government is considering all aspects before scaling up.

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