Survival Skills HQ

15/08/2025

Surviving in the wilderness in the rain with my pets P2

15/08/2025

Building a fairytale hut in the roots of a fallen tree

15/08/2025

Inflatable Penthouse Tent

15/08/2025

Building a bamboo house in the forest ゚viral

15/08/2025

Hidden Underground House - Part 1

11/08/2025

09/08/2025

Canteen Scout Kit, works well on short jaunts from base camp
🌲 💯

08/08/2025

a diagram illustrating a household wastewater treatment system. It depicts how wastewater from a house is treated through a series of underground tanks and then discharged using various methods. The image uses a cutaway view to show the internal components of the treatment system.

Key Features and Components:

1. House:
* A typical house is shown with a partial cutaway view to reveal the plumbing inside (toilet, sink, etc.). This establishes the source of the wastewater.

2. Grease Trap (Trampa de Grasas):
* The initial stage of treatment.
* Labelled with "Grasas" (greases) and "Fase Liquida" (liquid phase), indicating the separation of grease from the wastewater.
* Small diameter outflow pipe

3. Septic Tank (Tanque Séptico):
* Receives wastewater from the grease trap.
* The tank is divided into three layers: "Nadas" (scum/floatables), "Fase Liquida" (liquid phase), and "Lodos" (sludge). This shows the separation of solids and liquids through settling.
* Larger diameter outflow pipe.

4. Anaerobic Filter (Filtro Anaerobio (FAFA)):
* Located after the septic tank.
* Contains a "Capa Biologica" (Biological Layer) and a "Lecho filtrante" (filter bed), indicating a biological treatment process.
* "Rotoplast" may indicate brand of the tanks.

5. Discharge Options:
* The treated wastewater can be discharged through one of four options:
* Opción 1: Riego (Irrigation): Shown as a hose connected to a tap. Implying the treated water can be used for irrigation.
* Opción 2: Campo de Infiltración (Infiltration Field): An underground system where the water is dispersed into the soil.
* Opción 3: Pozo de Absorción (Absorption Well): A pit or well where the water is discharged and absorbed into the ground.
* Opción 4: Corriente de Agua (Water Stream): Indicates the treated water can be discharged into a river or other water body.

6. Environment:
* The image is set in a somewhat rural environment, with grass, a tree, and a body of water.

Detailed Observations:

* System Flow: The image clearly shows the flow of wastewater from the house, through the treatment system, and then to various discharge points.
* Treatment Stages: The system utilizes primary (grease trap), secondary (septic tank), and potentially tertiary (anaerobic filter) treatment stages.
* Layering in Tanks: The illustration shows how settling and separation occur within the grease trap and septic tank.
* Discharge Options: The variety of discharge options demonstrates the adaptability of the system based on environmental conditions and regulations.
* Spanish Labels: The image appears to be intended for a Spanish-speaking audience, as all the labels are in Spanish.

Overall Interpretation:

The image provides a visual explanation of a household wastewater treatment system. It illustrates the treatment process, the components involved, and the different ways in which treated wastewater can be managed. The diagram is likely used for educational purposes or for explaining the system to homeowners or installers.

08/08/2025

Building a shelter inside a mountain cave using stones ゚viral

08/08/2025

Winter Camping In Rain - Part 1

08/08/2025

Riding Out an Snowstorm Inside a Cozy Truck Camper

07/08/2025

a diagram illustrating a simple, DIY water filtration system using three five-gallon buckets. The system is designed to filter harvested rainwater, turning it into cleaner water for storage.

Key Features and Components:

1. Rainwater Input:
* A bucket labeled "rainwater input" collects rainwater. A cloud with rain and a lightning bolt is drawn above this bucket, indicating the source of the water.
* The bucket is fitted with a mesh screen on top, likely to prevent larger debris from entering the system.
* A pipe connects the lower part of the "rainwater input" bucket to the second bucket, which contains the filtration layers.

2. Filtration Bucket:
* This bucket acts as the primary filter. It's filled with layers of:
* Gravel (at the top and bottom)
* Sand (above and below the Charcoal layer)
* Charcoal (in the middle)
* The filtration materials are labeled to show the contents
* Arrows are used to show the direction of the water flow. The rainwater enters at the top, filters through each layer, and exits the bottom.

3. Clean Water Storage:
* The filtered water flows into a third bucket labeled "clean water storage" through a pipe connected from the bottom of the filtration bucket.
* The water in this final bucket appears cleaner and clearer than in the "rainwater input" bucket.

Functionality:

The system works through a multi-stage filtration process:

1. Collection: Rainwater is collected in the first bucket, with a screen to remove large particles.
2. Filtration: The collected rainwater flows into the filtration bucket.
* Gravel acts as a coarse filter, removing larger sediments.
* Sand filters out finer particles.
* Charcoal absorbs impurities, chemicals, and odors, improving the water's taste and removing more pollutants.
3. Storage: The filtered water is then stored in the "clean water storage" bucket.

Additional Notes:

* The title "five-gallon bucket filter for harvested rainwater" clearly identifies the purpose of the system.
* The text "Page 2 of 10" suggests this image is part of a larger instructional document.
* The diagram is simple and easy to understand, making it suitable for demonstrating the basic principles of water filtration.
* This is a gravity-fed system, meaning it relies on gravity for the water to flow through the layers.

In conclusion, the image provides a clear and straightforward representation of a DIY rainwater harvesting and filtration system, emphasizing the layering of filtration materials and the flow of water through the process.