Chapter 116: Let’s Do This Part 2
A few men laughed, but the mood remained focused.
Ernest moved to the next sheet and revealed the powerhouse plan.
"The powerhouse will stand here, near the lower edge of the estate. Twenty-four meters long, twelve meters wide, eight meters high to the roof truss. Stone foundation, brick upper walls, slate roof if we can secure enough material in time. The turbine pit sits below floor level. The generator hall must remain dry, clean, and well ventilated."
Thomas bent over the section drawing.
"How deep is the foundation?"
"Three meters below finished floor level."
Thomas looked up. "Three meters?"
"The generator assembly weighs close to fifteen tons. The turbine, shaft, bearings, and coupling add more. Vibration must not travel through weak masonry. If the foundation settles unevenly, the shaft alignment fails, and the bearings destroy themselves."
That changed the air in the room.
Fifteen tons was not workshop equipment.
It was not a millstone, a forge hammer, or a farm engine.
It was industrial machinery.
Heavy machinery.
The kind that punished bad foundations.
Thomas studied the drawing again with a more serious expression. "What foundation material?"
"Layered stone footings below, hydraulic lime concrete where we can use it, granite bearing blocks beneath the generator frame, and drainage channels around the foundation perimeter. I also want a sump pit with a hand pump."
Samuel made a note. "Groundwater?"
"Possibly. The site is lower than the intake and near the stream’s natural course. I would rather plan for water than discover it after the floor is flooded."
Clarke nodded with approval. "Good answer."
Thomas tapped the turbine pit. "How much masonry in total?"
"Initial estimate is around twelve hundred cubic meters for the station works, not including the weir apron and access roads."
For a moment, no one spoke.
Then Clarke gave a short laugh. "So we are building a small fortress."
"Essentially."
The mason’s expression shifted.
He still looked annoyed.
But now he also looked interested.
That was the problem with capable builders. They complained about difficult work, but their eyes sharpened the moment the work became worthy of them.
Hollen folded his arms. "How soon do you expect this fortress to exist?"
"Survey validation begins next week."
"And after that?"
"Road work and clearing begin immediately. Foundation excavation starts as soon as the powerhouse site is marked."
Clarke stopped writing.
"Winter arrives in four months."
"I know."
"You want the main structure enclosed before snowfall."
"Yes."
Samuel rubbed the bridge of his nose. "That is ambitious."
"It is."
"Borderline unreasonable."
"Likely."
"Impossible?" Thomas asked.
Ernest considered the schedule, the workforce, the materials, and the weather.
Then he shook his head.
"No."
Nobody seemed relieved by that answer.
They had known Ernest long enough to understand that when he said something was not impossible, he usually meant it could be done if everyone suffered in an organized manner.
He walked to the blackboard and picked up a piece of chalk.
"Phase One."
He wrote each item in a clean column.
Survey validation.
Land clearing.
Access road.
Temporary worker housing.
Material storage.
Trench excavation.
Weir foundation.
Powerhouse foundation.
"Roads come first," Ernest said. "Without access, we cannot move stone, pipe, timber, lime, or equipment. The existing estate path is suitable for carts, not industrial transport. We need a proper construction road from the main lane to the powerhouse site, then a narrower service road toward the intake."
Clarke nodded. "Width?"
"Four meters for the main construction road. Packed gravel where the ground is soft. Drainage ditches on both sides. I do not want wagons sinking after the first rain."
Samuel pointed to the map. "This low section near the orchard will turn muddy."
"Then raise it with stone fill."
"That consumes material."
"Less than losing a wagon axle every week."
"Fair."
Ernest wrote another list.
Masons: 40.
Excavation crews: 60.
General laborers: 70.
Carpenters: 20.
Survey teams: 10.
Blacksmith support: 8.
Teamsters and handlers: 20.
"Civil construction needs roughly two hundred workers at peak activity," he said. "More if the trench falls behind schedule."
Clarke whistled softly. "That is nearly the size of one machine hall workforce."
"Temporarily."
"Workers need housing, food, latrines, water, tool sheds, and pay clerks."
"Yes."
"And if you put two hundred men near a stream with no camp discipline, they will foul the water and get sick before they finish the road."
Ernest pointed the chalk at him. "That is why you are here."
Clarke grunted. "Flattery does not dig latrines."
"No, but it assigns them properly."
Hollen gave a tired sigh. "I missed the days when you only made soap."
"You complained then too."
"I complained less."
"That is not how I remember it."
The men around the table smiled, but Samuel remained focused on the plans.
"What about the machine works team?"
"Separate." Ernest underlined the word powerhouse on the board. "The generator will be built here in Helmarte Machine Works. Turbine casting begins once the final head and flow measurements are confirmed. Pattern makers will prepare the molds. Foundry teams will cast the runner housing and casing sections. Machinists will finish the shaft, bearings, and coupling. Copper workers will wind the generator coils. Glassmakers will supply insulators for the switchgear and transmission lines."
The room grew quiet again.
This time, it was not confusion.
It was scale.
Everyone had walked into the meeting thinking Ernest wanted a building constructed beside a stream.
Now they were beginning to see the truth.
The station was not one project.
It was a chain of industries tied together by water.
Ernest stared at the board for a moment, then spoke more slowly.
"This is not a single construction job. Civil works are only the visible portion. The weir guides the water. The intake protects the pipe. The penstock carries pressure. The turbine converts water power into rotation. The generator converts rotation into electricity. The switchgear controls it. The lines move it. If one part fails, the whole station fails."
No one interrupted him.
Outside the windows, the factory yard continued moving. Men hauled timber. A steam whistle sounded from one of the workshops. Iron wheels rolled over stone paving.
Ernest looked at the men in the room.
"Helmarte already has stone workers, carpenters, foundrymen, machinists, surveyors, and managers. This project will force them to work as one system. That is the hard part."
Thomas nodded once. "Coordination will matter as much as design."
"More," Ernest said. "A perfect drawing means nothing if the wrong stone arrives late, if the trench floods, if a pipe joint is misaligned, or if the foundation cures poorly before the machine arrives."
Clarke closed his notebook.
"When do you want my crews on site?"
"Tomorrow."
The mason stared at him. "Tomorrow?"
"The first team only. Surveyors, road markers, camp layout, and clearing crew. Heavy masonry can wait until the lines are confirmed."
"That is still tomorrow."
"The stream has waited thousands of years," Ernest said, rolling up one of the maps. "I see no reason to make it wait longer."
For several seconds, nobody spoke.
Then Hollen leaned back and sighed.
"There it is."
Ernest glanced at him. "There what is?"
"The moment a quiet meeting becomes a construction project."
This time, laughter moved around the table.
Even Clarke smiled as he gathered his notebooks.
Outside the conference room windows, the factory complex breathed smoke, steam, and noise into the morning air. Wagons creaked through the yard. Hammers rang in the distance. Workers moved between shops without knowing that tomorrow, many of them would begin hauling stone into the hills of Beryl District.
Soon roads would be cut through the estate.
Trenches would open across the ground.
Granite would be set into the streambed.
Iron pipes would disappear beneath earth.
And the Oriel stream, which had spent centuries turning mill wheels and watering fields, would be given a far greater task.
It would spin iron.
It would turn copper.
And if Ernest’s calculations held, it would bring steady electric light to a world that had only ever trusted flame.
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