Business Venture-2

After giving the businessmen a moment to assess the future of this venture, Ranav decided it was time to present the rest of his pitch.

He cleared his throat and spoke with confidence, "Gentlemen, the machine I introduced to you is called a Steam Engine. While its efficiency and potential are remarkable, safety is just as important as functionality. This machine operates under high pressure, extreme temperatures, and constant mechanical motion, meaning there are potential risks that must be addressed during manufacturing. Before moving forward, I want to highlight the key dangers we must prevent and how we can ensure this system runs safely and efficiently."

He paused briefly, allowing his words to sink in, then continued, "I have listed all the possible hazards in the later pages of the document I provided. Please take a look. But let me summarize the most critical points."

"The most dangerous accident that can occur is a boiler explosion. If steam pressure exceeds the structural capacity of the boiler, it can rupture or explode, causing severe damage and even fatalities. To prevent this, we will use high-quality, thick steel for the boiler's construction and reinforce all welded joints to withstand extreme pressure. Additionally, we will install a pressure relief valve, which will automatically release excess steam if pressure builds beyond safe levels. Regular inspections and pressure tests will be mandatory to detect any weaknesses before they become hazardous."

He surveyed the businessmen's expressions, ensuring they were following, then continued, "Since we are developing a product intended for wealthy and influential customers, we must use the best resources available to prevent any mishaps. The cost will rise accordingly, but that should not concern us. I firmly believe that our customers will prioritize safety over money."

"Now, back to the point. Another major concern is pipe and valve failure. High-pressure steam will move through steel pipes and valves, and if any part of the system is weak or improperly sealed, it could result in dangerous leaks or even ruptures. This can lead to burns, energy loss, or a chain reaction of failures within the system. To counter this, we will use pressure-rated steel pipes, secure all joints with precision welding, and install one-way valves to control steam flow. Before operation, we will also conduct rigorous pressure testing to ensure every connection holds firm."

Ranav's gaze sharpened as he emphasized the next point. "Steam leaks are another serious hazard. Steam at high temperatures is nearly invisible and can cause burns before one even realizes they are exposed. To minimize this risk, we will use heat-resistant gaskets at all joints, position exhaust pipes away from working areas, and install protective shields around high-temperature components. These precautions will ensure that no operator is accidentally exposed to direct steam flow."

He allowed a moment of silence, then pressed on, "Next, we must address mechanical failures in the flywheel or piston system. A poorly balanced flywheel can become unstable at high speeds, potentially breaking apart and sending heavy metal fragments flying. Likewise, a misaligned piston could jam, causing the entire engine to seize up unexpectedly. To prevent this, we will balance the flywheel precisely, reinforce it with side guards, and secure all moving parts with locking nuts and safety fasteners. The piston-cylinder assembly will be precision-machined to ensure perfect alignment and smooth movement."

Ranav let the weight of his words settle before moving on.

"Now, let's discuss the water pumping system. If the one-way valves fail, water may flow backward, causing pressure shocks in the pipes and disrupting the engine's operation. To prevent this, we will use spring-loaded or gravity-based one-way valves to ensure that water moves in the correct direction. Additionally, we will install a pressure regulation chamber near the pump to stabilize the water flow, preventing sudden surges or drops in pressure."

Pausing for effect, he continued, "Since this engine is powered by coal combustion, we must also consider fire hazards and air quality risks. Burning coal in an enclosed space can lead to carbon monoxide poisoning, overheating, or even fire outbreaks. To mitigate these risks, we will ensure proper ventilation in the firebox and chimney, use fireproof materials around the combustion chamber, and carefully monitor temperature levels to prevent overheating."

Taking a deep breath, he moved on to his final concern. "Finally, the condensation system is crucial for maintaining efficiency. If steam does not cool properly after being used, the system may overheat or accumulate excessive moisture, leading to corrosion and blockages. To prevent this, we will use steel cooling coils in a well-ventilated space to ensure proper heat dissipation. Anti-corrosion coatings will be applied to all water-contacting parts, and we will schedule regular cleaning and maintenance to remove mineral buildup."

Ranav looked around the room and concluded, "To ensure long-term safety and efficiency, multiple layers of protection will be implemented. We will conduct pressure and load tests before activation, install emergency shut-off valves, and incorporate heat shields and protective barriers around high-risk components. Additionally, operators will receive detailed training on safety protocols, emergency shutdown procedures, and routine maintenance. By following these strict measures, we will create a reliable, self-sustaining steam engine that automates water pumping without unnecessary risks or accidents."

He let his words settle, then finally asked, "Do you have any questions?"

The businessmen exchanged glances and shook their heads. "No. Please continue."

Ranav nodded. "Now, let's talk about maintenance and after-sales service. To ensure the engine's longevity and efficiency, regular maintenance and part replacements are crucial. Some components degrade over time due to heat, pressure, and constant movement. Others require expert handling for precision adjustments."

"Here's what we will do… We will train specialized experts who will provide engine maintenance after purchase. If our team visits the buyer's location, we will charge a service fee. If the buyer brings the engine to our servicing center, we will only charge for the replacement parts."

"Next, look at the parts replacement cycle… Gaskets, valve springs, and piston rings degrade due to heat and pressure and must be replaced every few months. Bearings, bushings, and pump seals experience constant friction and require yearly replacement. Boiler tubes and condenser pipes accumulate deposits and need periodic cleaning and occasional replacement. Critical components like the crankshaft, flywheel, and cylinder assembly require expert handling and must only be replaced by trained professionals."

He finished by saying, "A well-maintained steam engine will last for decades. Our after-sales service will generate a steady income while ensuring customer loyalty. If we expand sales throughout the kingdom, demand will skyrocket. You won't be able to meet it with just one factory."

The businessmen, convinced of his vision, agreed to his plan and decided to manufacture the first engine within fifteen days. They exchanged communication runes with Ranav so they could contact him if any problems arose during production.

After they left, Ranav turned to the countess and smiled. "Now you understand why I insisted you take 20% of the shares. This will be a massive venture. Mark my words… people will remember this time period as the Era of the Steam Engine."

Vedika chuckled, watching the young man with admiration. As she saw him prepare to leave, she muttered under her breath, "The Era of the Steam Engine… huh… sounds good."