8 labourers electrocuted while working on road-construction project in Rajasthan’s Jhunjhunu

Eight labourers died and five others were injured in Chapoli village after a cement mixer contacted an overhead high-tension power line. The accident happened around 10 am on Monday, while workers were moving the machine to another location. The hydraulic jack touched the live wire, turning the equipment into an electrical hazard.

Workers pushing the mixer were electrocuted when electricity reached the machine. Current could then pass through people and toward the ground, especially because several workers were touching or closely surrounding the equipment. One injured labourer, Gidaram Saini, said the group was pushing the machine when it contacted the power line.

The incident led to protests, compensation demands, and official visits. Chief Minister Bhajan Lal Sharma ordered a high-level inquiry and requested prompt treatment for the injured. Technical officials were also directed to examine the site and determine whether any departmental or technical lapse contributed to the accident.

The accident killed eight labourers and injured five others. The deaths occurred when the cement mixer touched an overhead live power line during road construction in Chapoli village. The scale of the loss prompted villagers and political leaders to demand substantial support for the victims’ families.

The state government’s policy provides Rs 5 lakh for a death caused by electrocution. The Prime Minister’s Office announced another Rs 2 lakh for each deceased worker’s next of kin. A further Rs 5 lakh may be provided under the PM Ayushman Arogya Yojana, bringing the announced assistance to Rs 12 lakh per victim.

The Rs 12 lakh total is subject to applicable eligibility and scheme provisions. Former minister Rajendra Gudha separately demanded Rs 20-25 lakh for each family. Officials also focused on treating the injured, while the Chief Minister ordered a high-level inquiry into the accident.

A high-tension power line is an overhead electrical conductor carrying electricity at high voltage, usually for transmitting or distributing power. High voltage can drive dangerous current through a person and can create severe burns, heart disruption, or fatal internal injury. The article identifies the line involved as live, which made the contact especially dangerous.

A person does not always need to grasp the wire directly. Electricity may jump across a small air gap to nearby equipment, especially when voltage is high. In this case, the cement mixer’s hydraulic jack touched the line, so the machine could become energized. Anyone touching it, or standing where current travelled toward the ground, could be shocked.

The exact electrical path for each victim was not reported. However, the simultaneous deaths show why overhead lines require strict clearance and isolation during construction. A machine can carry the danger to every person holding it or standing close to it.

Several people could be electrocuted together because the power line energized the cement mixer after contact. The workers were pushing the same machine, so their bodies and hands were connected to one dangerous piece of equipment. If electricity entered through one contact point and found routes toward the ground, multiple workers could be exposed at the same time.

The key mechanism is a difference in electrical voltage between parts of the body or between the body and the ground. Current flows when a person completes, or helps complete, a circuit. Workers touching the mixer, touching one another, or standing near areas where current spread through the ground could therefore face danger simultaneously.

The article reports that the labourers pushing the machine were electrocuted, but it does not describe each person’s exact contact point. The event underlines why workers must keep clear of an energized machine and why power should be isolated before equipment is moved near overhead lines.

Before operating tall or raised machinery near overhead lines, a work team normally identifies every line, measures the machine’s maximum reach, and maintains the required clearance. A site risk assessment should cover lifting, moving, weather, ground conditions, and the positions of workers. Trained supervisors and a spotter are commonly used to watch clearance.

The power utility is normally contacted before work starts. Depending on the risk, the line may be switched off, isolated, relocated, or physically protected. The project may also need construction, road, forest, and traffic permissions. Workers should receive electrical-safety instructions, and barriers or warning signs should prevent people from entering the danger zone.

The article does not list which checks were performed at Chapoli. It states that required forest permission had not been obtained and that villagers arranged the work privately. The inquiry and technical inspection should help determine whether missing permissions, planning, supervision, or equipment controls contributed to the accident.

The road crossed a forest area, so permission was required before construction. Jhunjhunu Collector Arun Garg said forest guards were occupied with panchayat election duties and had not issued that permission. The villagers nevertheless began building the road because the existing route was in poor condition and they wanted a connection to Kadam Kund temple.

They arranged financial assistance themselves and carried out the work privately on a narrow road. Energy Minister Heeralal Nagar described it as a small-scale project using public participation. During the work, the cement mixer touched a live overhead line while labourers were moving it. The missing permission did not itself physically cause the contact, but it meant the work proceeded outside the stated approval process.

That situation may have limited formal planning, technical review, and safety supervision, although the article does not assign final responsibility. Officials ordered technical checks and a high-level inquiry. They said action would follow if a departmental or technical lapse was found.

Electricity travels through a person when the body completes a route between two points at different electrical voltage. Current may enter through one hand and leave through another hand or the feet. A route across the chest is especially dangerous because it can interfere with the heart and breathing. The body then becomes part of an electrical circuit.

The severity depends on how much current flows, the voltage available, the contact time, and the current’s path. Wet skin, large contact areas, and firm contact can reduce resistance and allow more current to pass. Burns, muscle contraction, loss of breathing, heart rhythm failure, and death can result. Even a brief exposure can be serious under high-voltage conditions.

The article reports that the mixer touched a live line and that workers pushing it were electrocuted. It does not provide individual voltage, exposure, or body-path measurements. Those details would normally be established through a technical investigation, which officials ordered after the accident.