MCP General Information
Noventus provide customers with two methods of design configuration and build. An innovative digital solution (Configurator Tool) or a traditional design route, where the User manually inputs the specification to online Technical Information Sheets (TIS) both can be accessed on this page.
Prior to entering the Configurator Tool, or TIS, the User should open pages and familiarise themselves with MCP’s Standard Construction Enclosure Selection and Specialist Fitout for information related to specialised design, construction and fitout.
See also Compliance & Governance Page, substantiating the design, procurement and installation of selected HVAC plant and equipment associated with our MCP’s.
Configurator Tool
Noventus, design, service and maintain MCP’s using state of the art configuration management software.
A global first to digital design, right first time engineered solutions.
Click on link below to enter the Configurator Tool to undertake the MCP design configuration process.
Configurator
Traditional MCP Design & Build
Where the User feels they have a very bespoke MCP requirement or would rather design and configure manually they should click the “TIS” link below and complete the Technical Specification Requirements and press send.
An experienced Noventus Engineer will then review and respond.
Alternatively press CLICK to send an enquiry.
TIS
The ONION
The ONION is a Brand Name for Noventus Innovations Mobile Containerised Plantrooms (MCP).
The ONION (MCP) is designed using state of the art Configuration Software on our dedicated Platform (Configurator Tool).
Lifecycle Management software allowing the customer full control of the process significantly reducing resource workload and schedule of the often prohibitive and expensive design and approval process.
The cradle to grave disruptive technology moves away from the slow, expensive traditional methodology and implementing digital design configuration and a modular containerised compact mobile system.
The ONION is the result of a transformative end-to-end design process for active ventilation systems, serving high hazard and/ or radiologically controlled areas.
Example Drawing