SymTrack - Solution for Logistics Industry

Green Sustainable Solutions

With a rapidly increasing focus on energy de-carbonisation and sustainability, the need to modify older commercial and industrial facilities is growing. Given the uncertainty of future emissions regulation and pricing, combined with an array of emerging yet un-proven new technologies, the exercise of planning the transition to a greener, more sustainable business is complex, typically requiring a phased approach to manage risk and cost. Many organisations are unclear on who they can trust to support such critical initiatives, which may lead to delays in meeting climate performance targets.

SymTotal has available decades of experience and data on energy, waste and water efficiency projects for large industrial and commercial buildings. With our substantial track record of undertaking energy & sustainability audits, designing and implementing energy and water systems, and use of our proprietary emissions modelling software tools, SymTotal has the capability and know-how to provide our clients with practical plans for reducing enterprise carbon footprint and improving operational sustainability.


Case Studies

Material Recycling Facility

Design and implementation of a recycling facility for handling city waste. The system was designed for IGBC green rating using solar energy and use of ozone and mechanical ventilation for good indoor air quality.

Process Re-engineering

Based on asset assessment in a pharmaceutical plant, energy savings were obtained by minor changes in process flow and reduction of maximum demand through staggered operations.

Desuperheater as Heat Source

Replaced individual hot water geysers in a large Hospital with a centralized hot water system. The old HVAC chillers were replaced with screw chillers having a desuperheater, which generated hot water for domestic use.

Asset Replacement Strategy

Conducted HVAC and Electrical Health Assessment of the existing assets in a tall multi-tenanted building. Based on the measured values and efficiencies, replacement and/or refurbishment strategies were proposed.

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