Green Energy-M10

12/21/2025

New Kayaks getting made 😎

12/21/2025

12/21/2025

I built this sturdy, simple greenhouse using bent metal conduit and lumber for the frame. Read more

12/21/2025

Timber stairs being installed.

12/20/2025

Creating a backyard sanctuary with earthy tones and natural textures

12/20/2025

DIY IBC Rainwater Tank Makeover: From Industrial Container to Garden Feature
The image series above presents a step-by-step transformation of a standard IBC tank into an attractive and functional rainwater storage unit.
While IBC tanks are practical and affordable, their industrial appearance often makes them less appealing in residential gardens. This DIY approach solves that problem by combining sustainability with design.
Step-by-Step Transformation
Original IBC Tank
The process begins with a standard plastic IBC tank housed in a metal cage.
At this stage, it is fully functional but visually utilitarian.
Removing the Inner Tank
The plastic container is temporarily removed from the metal frame, allowing easier access for modification and cleaning.
Reassembly and Preparation
The tank is reinserted, ensuring correct alignment of the outlet valve and top opening.
Structural Reinforcement
Wooden battens are fixed to the metal cage, creating a sturdy framework for the exterior cladding.
Wooden Cladding Installation
Timber boards are attached around the tank, gradually concealing the metal cage while maintaining ventilation.
Clean Exterior Finish
The wooden enclosure gives the tank a natural, garden-friendly appearance that blends with outdoor surroundings.
Interior Base Support
Wooden slats are added inside at the base to improve stability and distribute the tank’s weight evenly.
Top Frame and Access Opening
A wooden top frame is installed, allowing access for cleaning, inspection, and water inflow connections.
Final Result
The finished tank looks like a custom-built garden feature while retaining full rainwater storage functionality.
Practical and Aesthetic Benefits
This upgraded IBC tank offers several advantages:
Improved appearance: Blends seamlessly into gardens and patios
Protection: Wood cladding shields the tank from UV exposure
Cost-effective: Uses recycled materials and basic tools
Sustainable: Encourages rainwater reuse for irrigation and cleaning
Sustainability with Style
This DIY project proves that rainwater harvesting can be both practical and visually appealing.
By repurposing an IBC tank and enhancing it with wood, homeowners can create a durable, attractive water storage solution that supports sustainable living without compromising garden aesthetics.

12/20/2025

Cardboard idea that surprised everyone 🤑_Home decoration idea

12/20/2025

Gravity-Based Water Lifting and Distribution System Without Electricity

12/20/2025

a cross-sectional technical diagram of a gravity retaining wall design, likely made of stone masonry or rubble with a concrete foundation. This type of wall uses its own weight to resist the lateral pressure of the soil behind it.
Here is a detailed breakdown of the components and measurements shown:
1. THE RETAINING WALL (STONE SECTION)
The wall itself has a trapezoidal cross-section, which is a standard engineering practice to provide more stability at the bottom where soil pressure is highest.
• Height: The main vertical section of the wall is 1.10 meters tall.
• Top Width: The top of the wall is 30 cm wide.
• Bottom Width: The base of the stone section is 50 cm wide.
• Talud (Batter): The term "Talud" refers to the sloped face of the wall. In this diagram, the front face is sloped (inclined) while the back face (against the dirt) appears vertical. This slope helps prevent the wall from "toppling" forward.
2. THE FOUNDATION (BASE)
The wall sits on a concrete footer, labeled as the "Base." This distributes the weight of the wall and the soil pressure over a larger area of ground.
• Depth/Thickness: The concrete base is 15 cm thick.
• Total Width: The footer extends beyond the wall for extra stability, with a total width of 1.00 meter.
3. CONTEXTUAL ELEMENTS
• Soil/Backfill: To the right of the wall, there is a dark brown mass representing the earth or soil that the wall is designed to hold back.
• Front Ground: The left side shows the exposed "toe" of the wall and the lower ground level.
KEY ENGINEERING PRINCIPLES OBSERVED:
• Gravity Stability: By making the base of the wall (50 cm) wider than the top (30 cm), the center of gravity is kept low and shifted toward the back, which is essential for resisting the "overturning moment" caused by the soil.
• Foundation Spread: The foundation is significantly wider (1.00 m) than the wall itself. This prevents the wall from sinking into the soil (bearing capacity failure) and helps prevent it from sliding forward.
Disclaimer: *This is a general description of a diagram. If you are planning to build a retaining wall, please consult with a structural engineer or local building codes, as soil type, drainage, and local climate significantly impact the required dimensions and reinforcement.*

12/20/2025

A Shipping Container… Castle? Yep — They Really Built One!
Just look at that tower!

12/20/2025

They Arranged 4 Shipping Containers Into a “U” Shape — Just to Hide This EPIC Private Pool!… See more