Safety and efficiency of a successful project starts with comprehensive investigation and checking any conflicts. It is important to identify potential conflicts among different cables and pipelines and make safe space between them. 

Collaboration with all stakeholders, utility service provider companies, infrastructure owners and local authorities is required to gather accurate and up-to-date information.

A well-designed pre-heating layout plan is highly crucial in optimizing energy efficiency and creating a comfortable environment. Pre-heating pipe networks should be designed after assessing the unique requirements of the assignment. We verify that the proposed design meets your specific heating needs.

Throughout the design process, we prioritize open communication with our clients to ensure that the final pre-heating layout plan and sections align with your vision and requirements.

District heating or pre-heating pipe network is a system for distributing heat generated in a centralized location through a system of insulated pipes for residential and commercial use. District heating plays a significant role in promoting energy efficiency, reducing greenhouse gas emissions, and enhancing sustainability.

We design layout plan for preheating pipe network systems, ensuring efficiency, optimal energy consumption, and cost-effective operations.

District cooling is an environmental friendly, energy saving and economical cooling method. The cooling is centrally produced and distributed as cold water to each building through a closed distribution net. 

We design layout plan for district cooling systems that meet the cooling needs of large-scale developments, communities, and cities.

Electric and Fiber cables should be kept at a minimum distance according to set standards to ensure safe operation and maintenance.

We make layout plan of electric, fiber after proper consultation with stakeholders to ensure seamless connectivity without conflict and maximum performance. Close attention is given while mapping out cable routes, equipment placement and power distribution to ensure a future-proof infrastructure. 

Pneumatic underground garbage collection is an alternative technology that can assist in the development of smart and sustainable cities.

This technology consists of a network of optimally distributed deposit boxes connected to a network of underground pipes through which waste is transferred to a collection point.

Collaborating with different stakeholders and studying their existing and proposed lines, we prepare a layout plan for garbage collection that is practically feasible and economical.