Navin Ramroop's Outputs (4)

Modelling of quadratic-surface sludge digesters by smoothed particle hydrodynamics (SPH) – Finite element (FE) methods (2020)
Journal Article

The quadric-surfaced sludge digester (QSD), also known as the egg-shaped sludge digester, has proven its advantages over traditional cylindrical digesters recently. A reduction in operational cost is the dominant factor. Its shell can be described as... Read More about Modelling of quadratic-surface sludge digesters by smoothed particle hydrodynamics (SPH) – Finite element (FE) methods.

Development of design criteria for novel 3D-printed quadric-surfaced sludge digesters for wastewater infrastructure (2020)
Thesis

The quadric-surfaced sludge digester (QSD), also known as the egg-shaped sludge digester, has proven its advantages over traditional cylindrical digesters recently. A reduction in operational cost is the dominant factor. Its shell can be described as... Read More about Development of design criteria for novel 3D-printed quadric-surfaced sludge digesters for wastewater infrastructure.

Numerical modelling of Quadric-Surfaced Sludge Digesters (QSD) within Wastewater Infrastructure using 3D Printing Techniques (2020)
Journal Article

The quadric-surfaced sludge digesters (QSDs), sometimes referred to as egg-shaped sludge reactors, are becoming more popular within wastewater treatment works as of recently. These tanked systems with their shell structure provide a surface free of d... Read More about Numerical modelling of Quadric-Surfaced Sludge Digesters (QSD) within Wastewater Infrastructure using 3D Printing Techniques.

Parametric stress distribution in 3D printed polymer quadric-surfaced sludge digesters (2018)
Presentation / Conference Contribution

The stresses developed in the shell of the quadric surfaced sludge digester, vary according to the height-to-diameter ratio. The optimum dimensions of a 3D printed polymer digester due to hydrostatic loading is evaluated through finite element analys... Read More about Parametric stress distribution in 3D printed polymer quadric-surfaced sludge digesters.