From Four Walls to Up and Running
Editor Note: Have you been dying to know what’s been happening at our Ngoma production site? You can learn first-hand from Tyson Huffman, MacGyver-in-Residence, in our mini blog series in three parts. Today is Part 2 of 3. Missed Part 1? Read it here.
|Sylvere, Julian, and Tyson at our Ngoma production facility|
How did we get there? Sweat, determination, patience, and a little savvy thrown in for good measure. There were road bumps and unexpected issues but Marines know how to adapt and overcome. This is the mindset I brought to SHE.
We faced some initial challenges when I arrived to the production site. The first concrete we installed for the floor was unstable, like mud. We had to replace a motor. We then had to replace said motor because our electrician wired it incorrectly. Our initial water plan had to be revamped into a recycled water system. We’ve had to learn and improve the refiner. Our Fitz mill clogged every time we used it.
|Newly installed water system|
Some were easy and others were tough fixes. The water system was my favorite design of the project. We initially planned to let the water flow onto the floor and then outside into a 9 meter sump. (The guy dug this by hand. He must have the strongest back in the world.) It proved to be too much water and was just too messy. We dug a 1 meter deep sump at the base of the refiner, then built a grate over top of it and put a pump with a float inside. It required us to install another smaller tank to hold recycled water. I piped it in such a way that our team members never have to turn a valve or turn on a pump for it to work. Water rarely flows in Ngoma. This system ensures that we will never have to stop the process for lack of water.
Other problems proved to be easy fixes. We had no washers, so we used bottle tops. Our motor burned so we replaced it. We slightly altered the refiner to adapt it to fibers rather than wood pulp. When the Fitz Mill became clogged, we cut out two bars and it worked perfectly. Much of the equipment we use here does not exist so we manufactured it. We made steps and a platform for workers to stand on. A box was manufactured to catch pulp. The crates that the machine came in were used to make a large table for fiber cutting and a desk for our manager. We even used the nails.
We started this project with four walls and a plan. We have installed electricity, wired our machines, and placed them on concrete. In order to place the machines on concrete, we used 15 men and 2” x 4”. That was a feat. We have installed plumbing to the building, plumbed our machines, and installed two large tanks. A mission well accomplished!
Tune in tomorrow to learn about the successful replication of our fluff-making technology on an industrial-scale and meet our new SHE team members that work at our production facility!