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By:

Abhijit Mulye

21 August 2024 at 11:29:11 am

Shinde dilutes demand

Likely to be content with Deputy Mayor’s post in Mumbai Mumbai: In a decisive shift that redraws the power dynamics of Maharashtra’s urban politics, the standoff over the prestigious Mumbai Mayor’s post has ended with a strategic compromise. Following days of resort politics and intense backroom negotiations, the Eknath Shinde-led Shiv Sena has reportedly diluted its demand for the top job in the Brihanmumbai Municipal Corporation (BMC), settling instead for the Deputy Mayor’s post. This...

Shinde dilutes demand

Likely to be content with Deputy Mayor’s post in Mumbai Mumbai: In a decisive shift that redraws the power dynamics of Maharashtra’s urban politics, the standoff over the prestigious Mumbai Mayor’s post has ended with a strategic compromise. Following days of resort politics and intense backroom negotiations, the Eknath Shinde-led Shiv Sena has reportedly diluted its demand for the top job in the Brihanmumbai Municipal Corporation (BMC), settling instead for the Deputy Mayor’s post. This development, confirmed by high-ranking party insiders, follows the realization that the Bharatiya Janata Party (BJP) effectively ceded its claims on the Kalyan-Dombivali Municipal Corporation (KDMC) to protect the alliance, facilitating a “Mumbai for BJP, Kalyan for Shinde” power-sharing formula. The compromise marks a complete role reversal between the BJP and the Shiv Sena. Both the political parties were in alliance with each other for over 25 years before 2017 civic polls. Back then the BJP used to get the post of Deputy Mayor while the Shiv Sena always enjoyed the mayor’s position. In 2017 a surging BJP (82 seats) had paused its aggression to support the undivided Shiv Sena (84 seats), preferring to be out of power in the Corporation to keep the saffron alliance intact. Today, the numbers dictate a different reality. In the recently concluded elections BJP emerged as the single largest party in Mumbai with 89 seats, while the Shinde faction secured 29. Although the Shinde faction acted as the “kingmaker”—pushing the alliance past the majority mark of 114—the sheer numerical gap made their claim to the mayor’s post untenable in the long run. KDMC Factor The catalyst for this truce lies 40 kilometers north of Mumbai in Kalyan-Dombivali, a region considered the impregnable fortress of Eknath Shinde and his son, MP Shrikant Shinde. While the BJP performed exceptionally well in KDMC, winning 50 seats compared to the Shinde faction’s 53, the lotter for the reservation of mayor’s post in KDMC turned the tables decisively in favor of Shiv Sena there. In the lottery, the KDMC mayor’ post went to be reserved for the Scheduled Tribe candidate. The BJP doesn’t have any such candidate among elected corporatros in KDMC. This cleared the way for Shiv Sena. Also, the Shiv Sena tied hands with the MNS in the corporation effectively weakening the Shiv Sena (UBT)’s alliance with them. Party insiders suggest that once it became clear the BJP would not pursue the KDMC Mayor’s chair—effectively acknowledging it as Shinde’s fiefdom—he agreed to scale down his demands in the capital. “We have practically no hope of installing a BJP Mayor in Kalyan-Dombivali without shattering the alliance locally,” a Mumbai BJP secretary admitted and added, “Letting the KDMC become Shinde’s home turf is the price for securing the Mumbai Mayor’s bungalow for a BJP corporator for the first time in history.” The formal elections for the Mayoral posts are scheduled for later this month. While the opposition Maharashtra Vikas Aghadi (MVA)—led by the Shiv Sena (UBT)—has vowed to field candidates, the arithmetic heavily favors the ruling alliance. For Eknath Shinde, accepting the Deputy Mayor’s post in Mumbai is a tactical retreat. It allows him to consolidate his power in the MMR belt (Thane and Kalyan) while remaining a partner in Mumbai’s governance. For the BJP, this is a crowning moment; after playing second fiddle in the BMC for decades, they are poised to finally install their own “First Citizen” of Mumbai.

Incineration to Plasma Pyrolysis: Machines That Safeguard Public Health

Effective treatment is the shield that prevents biomedical waste from turning into a public health disaster.

In the earlier stages of biomedical waste management, we saw how waste is first segregated into colour-coded bags at the point of generation and then carefully collected and transported under strict safety measures. These steps are vital to prevent accidental exposure and to ensure that different categories of waste reach their respective processing streams without mixing. But segregation and transport alone do not neutralise the dangers hidden in biomedical waste.


It is now the operator’s job to further ‘treat’ this waste as per the protocols and specifications described in the BMW Management Rules of 1998 and 2016.


Treatment is essential to get rid of all the deadly infectious pathogens that are lingering in the tissues and fleshy parts, amputated parts, materials soaked in the blood and other body fluids, etc. Such pathogens that have been lying dormant in these organs and tissues for a long time might be waiting eagerly for an opportunity to spring back and invade and infect the healthy human body. So before they get such an opportunity, destroy them! That is the whole purpose of treatment at CBWTF. There are different types of equipment and machines used for treatment. The following is a brief introduction to these machines.


Incinerator: Incineration is a thermal process that transforms medical waste into inorganic, incombustible matter, thus leading to a significant reduction in waste volume and weight. The main purpose of any medical waste incinerator is to eliminate pathogens from waste and reduce the waste to ashes. However, certain types of medical waste, such as pharmaceutical or chemical waste, require higher temperatures for total destruction.


Medical waste incinerators typically operate at high temperatures between 900 and 1200°C. Developing countries like India usually use low-cost, high-temperature incinerators of simple design for the stabilisation of healthcare waste. The most reliable and predominant medical waste incineration technology is pyrolytic incineration, also known as controlled air incineration or double-chamber incineration. The pyrolytic incinerator comprises a pyrolytic chamber (primary chamber) and a post-combustion chamber (secondary chamber).


Most of these incinerators are diesel-fired. These incinerators are specifically used for treating the contents of yellow bags. These bags containing incinerable waste are loaded in the pyrolytic chamber through a front-opening door either manually or using a conveyor belt. In this chamber, the waste is thermally decomposed through an oxygen-deficient, medium-temperature combustion process with temperatures ranging between 800 and 900°C, producing solid ashes and gases. The gases produced in the pyrolytic chamber are burnt at high temperatures ranging between 900 and 1200°C by a fuel burner in the post-combustion chamber or secondary chamber using an excess of air to minimise smoke and odours. The flue gases from the secondary chamber then pass through air pollution control devices such as a venturi scrubber for complete elimination of particulate matter, if any. Finally, the smoke is released into the air through a 100-foot-tall stack or chimney. The ash is transported to a landfill for deep burial. Advantages of this technology include a relatively lower and affordable cost and almost a 99 per cent reduction in the volume of the waste being treated. In the past few years, technologically advanced incinerators have been manufactured in India that aim for zero pollution through emission.


Plasma Pyrolysis: This system uses a plasma-arc torch to generate the plasma energy, which can generate heat reaching temperatures as high as 1650°C to 11000°C. However, this is a relatively new technology and has very little track record. While some specific pyrolysis technologies show promise, others have not achieved performance and emission levels claimed by manufacturers, and others have not worked at all.


Whether through proven methods like incineration or newer approaches such as plasma pyrolysis, the ultimate goal remains unchanged: to eliminate pathogens, safeguard public health, and ease the environmental burden of biomedical waste. I will be exploring more technologies in my next article. Until then, wishing you a safe and healthy weekend.


(The author is an environmentalist.)

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