1. Screening Mechanism: The compact system integrates a robust screening mechanism adept at capturing larger solids such as debris, leaves, and plastics, preventing their entry into downstream treatment units.
2. Grit Removal Mechanism: An effective grit removal component is included to separate and collect smaller, denser particles like sand and gravel, addressing particles that might have passed through the screening stage.
3. Compact Design: Crafted with a focus on space efficiency, the system boasts a compact design, making it ideal for plants with limited space without compromising its screening and grit removal capabilities.
4. Automated Operation: Many modern Tikal systems feature automated operation, enabling continuous or semi-continuous removal of screenings and grit without necessitating constant manual intervention.

Design Considerations:                       

1. Flow Rate and Velocity: The Tikal design meticulously considers influent wastewater flow rate and velocity, optimizing screening and grit removal efficiency.
2. Screen Size and Type: Critical to effective particle capture and minimizing the potential for clogging, the system employs carefully chosen screen sizes and types.
3. Grit Chamber Design: The grit removal chamber is intelligently designed to facilitate efficient settling and collection of grit particles, with options such as vortex systems or grit classifiers.

Advantages:

1. Comprehensive Primary Treatment: The compact system provides an all-encompassing solution for preliminary treatment, effectively addressing both large and fine particles in influent water.
2. Equipment Protection: By removing screenings and grit, the Tikal system shields downstream equipment, including pumps, valves, and pipes, from potential damage and abrasion.
3. Improved Efficiency: The integrated design enhances the overall efficiency of the water treatment process, optimizing the removal of a diverse range of particles.
4. Space Efficiency: Particularly advantageous for water treatment plants with limited space, the compact design ensures efficient particle removal without requiring extensive infrastructure.
5. Reduced Maintenance: Automated operation and an efficient design contribute to reduced maintenance requirements, rendering the system more reliable and cost-effective.