TP Pumps

Founded in 2016, MHC has steadily evolved into a comprehensive contracting, finishing and electromechanical-works provider in Egypt. Despite early global economic headwinds and the disruption of the pandemic, we persevered, executing high-profile contracts for the Ministry of Electricity & Renewable Energy, the Canal Electricity Distribution Company, the Ministry of Civil Aviation and hospitals at the Alexandria University Faculty of Medicine.

Our core services include:

• Finishing works (interior & exterior)

• Contracting (structural, renovation, large buildings)

• Electromechanical works (mechanical systems, electrical systems, pumping systems)

• Partnerships with leading brands such as Grundfos and Schneider Electric.

Within our electromechanical works, we specialise in supply, installation, commissioning and maintenance of high-performance pump systems—including the TP series from Grundfos. This enables our clients to benefit from a single-source contractor who not only builds but also delivers the MEP (mechanical/electrical/plumbing) system performance they expect.

The TP range by Grundfos (also referenced as TP Inline Single-Stage Pumps) are designed for applications such as heating, cooling, commercial air-conditioning, district energy networks and large-scale building services.

Key high-level characteristics:

• Single-stage, close-coupled inline centrifugal design.

• Fixed-speed motors (in many models) for stable flow control in HVAC systems.

• Inline configuration allows installation directly within the pipe run, saving space and simplifying alignment.

• Designed for commercial/industrial specification rather than simple domestic booster pump.

In the Egyptian context, having access to such a pump range via MHC ensures that large buildings, multi-story facilities, hospitals, airports and other demanding infrastructure can rely on robust circulation and pressure control solutions.

When MHC specifies TP pumps in our electromechanical contracts, we highlight and deliver the following technical features:

Mechanical Shaft Seal & Close-Coupled Construction

The TP series incorporates a mechanical shaft seal rather than a packing seal, which reduces leakage risk and maintenance downtime. 
The close-coupled (pump and motor share a common shaft) construction further reduces footprint and alignment requirements.

Inline Single-Stage Design

Since TP pumps are inline, the pump rotates within the same pipeline axis, which means fewer bends or special foundation requirements — important for high-rise or retrofit projects where floor space or ceiling height is constrained.

Fixed-Speed Motor for HVAC or Chilled Water Circulation

Many TP models use fixed-speed motors, giving predictable performance and integration with building management systems (BMS). For MHC’s clients, this means easier control and predictable maintenance cycles.

Broad Range of Capacities

The TP range offers a wide spectrum of capacities and heads. For example, one model TP-300-250/4 is listed in product-data. 
This allows MHC to apply TP pumps in both moderate and large installations — from hotel HVAC loops to district cooling/heating plants in industrial or institutional settings.

Service & Maintenance-Friendly

TP pumps’ design emphasises components that are accessible, with inline installation meaning easier access for pipe isolation, maintenance, or replacement. MHC’s service teams are trained to leverage this for uptime assurance.

Integration with Modern BMS / Automation

In line with our commitment to smart buildings, TP pumps are compatible with modern monitoring and controls, enabling our clients to track flow, pressure and performance — supporting MHC’s promise of quality and value.

At MHC, we have deployed TP pumps across a variety of settings, each demanding unique performance. Here are key application areas and how the TP range fits.

Commercial HVAC & Chilled-Water Networks

Large office towers, shopping malls or hospital complexes need reliable chilled-water or condenser-water circulation. The TP pump’s inline footprint and stable flow make it well-suited. For example, in a hospital project we supplied TP units to feed the chilled-water loop, ensuring constant circulation and tight thermal control.

Heating & Hot-Water Circulation

In colder climates or zones within buildings, the TP series can be used for hot-water circulation loops, ensuring temperature stability in radiators, fan-coils or underfloor systems. MHC uses TP units to deliver this service in multi-building campuses for public sector clients.

District Energy / Large-Scale Plant Installations

For projects such as district cooling/heating or large mechanical-plant rooms, TP pumps offer the capacity and reliability required. MHC’s contracts with the Ministry of Civil Aviation and large institutional clients include such plant rooms where TP pumps play a central role.

Retrofit & Replacement Schemes

When existing buildings under MHC’s maintenance remit require pump upgrades (for example to improve energy efficiency or reduce downtime), the TP series offers a plug-in-style replacement: smaller footprint, modern motor efficiency, and less disruption.

Integration with Electromechanical Scope

Since MHC’s service offering spans full electromechanical works, specifying TP pumps allows us to deliver a full turnkey solution: pump, controller, piping, valve-work, commissioning, and ongoing service. This contrasts with a pure “supply-only” approach, delivering more value to the client.

Selecting the right pump is only part of the equation. At MHC, we emphasise two further dimensions: installation and lifecycle service.

Site Assessment & Specification

Before selecting TP pump models, MHC’s engineering team conducts detailed site visits, thermal and hydraulic modelling, sizing of flow-rates and head-loss, coordination with HVAC engineers, and integration with the building automation system. This ensures the chosen TP model will operate efficiently under expected load conditions.

Procurement & Supply Chain

Because MHC is a partner of Grundfos, and a multi-discipline electromechanical contractor, we manage the procurement process fully: import, customs clearance, warehousing and just-in-time delivery to site. This reduces risk of delays and ensures the TP pumps used are original, certified and warrantied.

Installation & Commissioning

Our in-house electromechanical team performs civil-works interface (foundations, isolators as required), pipework connection, motor wiring, alignment checks (though the close-coupled design mitigates heavy alignment needs), pressure testing, flushing of the system, and integration into the BMS. Once installed, MHC executes commissioning—checking flow, head, vibration, noise levels, energy consumption and handing over operational-readiness documentation.

Maintenance & After-Sales Support

To deliver value, MHC provides a full maintenance plan for TP pump installations: periodic inspections (seals, coupling, vibration), performance benchmarking, spare-parts supply (we carry critical spares for TP series), and rapid response service in case of unexpected failure. This ensures uptime and maximises return on investment for the client.

Integration with MHC’s Broader Services

Since pump systems do not operate in isolation, MHC integrates TP pumps with its broader services: finishing works, building structure, electrical distribution, Schneider Electric controls, and full contracting work. The result is a seamless delivery chain from building shell, MEP systems, controls and finishing.

One of the major distinguishing factors of TP pumps—and why MHC specifies them—is their alignment with modern sustainability and value-engineering goals.

Energy Efficiency

TP pumps are optimised for efficient operation, which means lower electrical consumption over the lifetime of the asset. Over large installations this can translate to significant operational cost savings for clients, aligning with MHC’s emphasis on “Where Quality Meets Value”.

Reduced Lifecycle Cost

Because TP pumps require less maintenance (thanks to the inline design, mechanical seals, high-quality materials) and MHC provides maintenance support, the total cost of ownership declines. Clients benefit from fewer breakdowns, fewer replacements and lower service overhead.

Integration with Smart Building Infrastructure

In modern buildings, being able to monitor and control pump performance (flow, pressure, power consumption) supports sustainability certifications, operational dashboards and system optimisation. MHC ensures TP pumps are integrated into BMS platforms, delivering data and control which contribute to operational excellence.

Space, Noise and User Comfort

Inline TP pumps save floor space and require simpler pipework. Additionally, their design tends to produce less vibration and noise than older legacy pumps, enhancing comfort in occupiable zones (e.g., hotels, hospitals) and aligning with finishing works by MHC.

Reliability Drives Reputation

For MHC’s clients (public sector, hospitals, large commercial buildings), reliability is non-negotiable. By specifying TP pumps and supporting them with our service offering, we deliver reliable systems, fewer disruptions, and therefore stronger reputational value for both MHC and our clients.

Choosing the right contractor for pump systems matters as much as choosing the pump itself—and here’s why MHC stands out:

• Full-scope capability: MHC handles everything from civil and mechanical works, to electromechanical, finishing, controls and commissioning—so TP pump systems are part of an integrated delivery.

• Brand partnership: Our affiliation with Grundfos (and other brands such as Schneider Electric) ensures genuine products, certified supply chain, warranty support and access to parts.

• Proven track record: With projects delivered for the Ministry of Electricity & Renewable Energy, the Canal Electricity Distribution Company, Alexandria University and others, MHC has demonstrated performance under pressure.

• Service orientation: Beyond supply & installation, we commit to maintenance, service and lifecycle performance—critical when installing TP pumps in demanding applications.

• Value-driven approach: Our motto “Where Quality Meets Value” is realised through specifying high-performance equipment like TP pumps, ensuring clients get durable solutions rather than short-term fixes.

• Local expertise: Operating in Egypt, we understand local conditions (climate, power quality, maintenance culture, procurement) and deliver solutions tailored accordingly.