Installation of Various Waste to Art Sculpture (Using Recycled Material) at Deeg, Rajasthan.

Amount

DMC Sculpture – Single unit, width 2.5 ft per module, approximate weight 100 kg. This sculpture is crafted using reclaimed iron rods, forming a tensile skeleton that provides exceptional resistance against bending, shear, and tensile stresses, while the internal cavity is filled with C&D waste stoneswhich serve as a compressive core and impart visual texture. The design utilizes composite material theory, where the interaction between tensile rods and compressive stone creates a highly efficient load-bearing structure. Load distribution principles ensure that the weight of the stones is transferred evenly throughout the skeleton, reducing localized stress concentrations. Subtle placement alignment at the base provides inherent stability without intrusive structural elements. The use of recycled materials demonstrates a strong commitment to sustainability and environmental stewardship, transforming waste into a visually appealing, structurally sound artwork.

Bottle Artefact Bin – Single unit, length 6 ft, weight approximately 70 kg. Built entirely from used iron rods arranged in a precise vertical and horizontal lattice. The lattice structure theory enhances rigidity while minimizing material usage. The tensile-compression distribution theory ensures that vertical and lateral loads are efficiently shared by intersecting rods, while hollow spacing allows partial transparency for visual appeal. Design considerations include subtle base alignment to maintain upright stability even under outdoor environmental conditions. The use of reclaimed rods reflects a commitment to sustainable practice and demonstrates intelligent material reuse.

Deer – Single unit, 6 ft height × 1.5 ft width, weight ~80 kg. Plywood sheets contour the outer surface, while an internal metal rod skeleton provides structural support. The design relies on tensegrity principles, balancing internal tension and compression forces, and composite material theory to achieve a high strength-to-weight ratio. Hollow portions reduce overall weight while maintaining the sculpture’s structural integrity. Structural redundancy theory ensures that internal forces can be redistributed safely if certain elements experience unexpected stress. Strategic alignment at the base enhances stability while maintaining aesthetic elegance. Use of reclaimed plywood and metal promotes sustainability, reducing environmental impact while creating a visually realistic deer sculpture suitable for outdoor display.

Mesmerizing Amar Jawan (India Map) – Single unit, height 9 ft × 7 ft width, weight ~200 kg. Constructed from scrap metal sheets welded over a hollow rod internal framework. The thin metal cladding benefits from shell structure theory, resisting bending and torsional stresses, while load distribution principles ensure stresses are evenly carried throughout the framework. Subtle base alignment ensures stability in outdoor settings without intrusive foundations, maintaining equilibrium for a sculpture of significant size. The design symbolizes national pride while demonstrating sustainable design principles, using reclaimed industrial metal for material efficiency and long-term durability.

Rabbit in Garden – Single unit, height 5 ft × 2.5 ft width, weight ~60 kg. Fabricated entirely from used iron rods, arranged in a vertical and horizontal mesh. Grid/mesh theory provides geometric stability, while tensile and bending stress theory ensures resilience under minor environmental loads such as wind or light contact. Hollow sections minimize material consumption and weight. The design carefully considers placement alignment to maintain upright balance, offering both aesthetic delicacy and structural stability. Sustainability principles are adhered to by repurposing scrap rods, converting industrial waste into artistic value.

Nandi – Single unit, height 6 ft × 6 ft width, weight ~300 kg. External scrap metal sheets are supported by an internal hollow rod framework, ensuring structural rigidity. Hollow box beam and shell structure theories resist bending and torsion, while composite structural principles optimize material efficiency. Weight is distributed carefully through the base, providing equilibrium without explicit structural foundations. Hollow interiors reduce overall weight while preserving strength. The use of recycled metals reinforces sustainable engineering practices, combining aesthetics, durability, and responsible resource utilization.

Gesture Hand – Single unit, height 8 ft × 4 ft width, weight ~150 kg. Outer plywood sheets, internal wooden beams, and an embedded metal frame/case collaborate to ensure mechanical integrity. Tensegrity theory balances tension and compression, cantilever principles support extended fingers, composite material theory optimizes strength-to-weight ratio, and structural redundancy ensures resilience under unforeseen forces. Placement considerations provide equilibrium without visible structural anchors. Reclaimed wood and metal reflect sustainable design practices while delivering a visually striking and safe sculpture.

Camel – Single unit, height 8 ft × 6 ft length, weight ~250 kg. Constructed from scrap metal sheetsover a hollow rod internal framework. Hollow shell and beam theory reduces material use while maintaining structural integrity, and load distribution theory ensures forces are efficiently carried through the rods and sheets. Placement alignment ensures upright balance and stability. Reused metals highlight environmental responsibility, merging functional engineering with artistic expression.

Elephant (metal only) – Single unit, height 9 ft × 7 ft width, weight ~650 kg. Fully metal construction, including a rod skeleton with sheet cladding. Hollow internal design reduces weight while maintaining strength. Shell structure, hollow box beam, load distribution, and structural redundancy theories ensure long-term durability. Subtle placement alignment guarantees equilibrium for such a large-scale sculpture. The entirely recycled metal construction underscores eco-conscious design and sustainable practices, transforming industrial waste into a monumental artistic installation.

ENVISION 5R WASTE MANAGEMENT & EQUIPMENT PRIVATE LIMITED (BID ID -3344354)

Rajeshwari Enterprises (BID ID -3344780)