Skip to main content

Posts

Why Facilities Management & Administrative Is Not a 9–5 Job

  Why Facilities Management & Administrative Is Not a 9–5 Job Facilities & Admin teams don’t just work by the clock — they work by responsibility. 🔹 Buildings operate 24/7 Electricity, HVAC, water systems, fire safety — these systems never stop. 🔹 Breakdowns can happen anytime Power failure, leakage, fire alarm, equipment fault — response must be immediate. 🔹 Maintenance is often after office hours Major servicing is planned at night or weekends to avoid business disruption. 🔹 Compliance has no fixed timing Audits, inspections, and safety requirements must be handled on priority. 🔹 We support business continuity If Facilities stops, operations stop. That’s why FM & Admin is not just a job — it’s ownership of the workplace. hashtag Activate to view larger image,
Recent posts

Why Does an FCU Need a PICV and a BTU Meter?

    Why Does an FCU Need a PICV and a BTU Meter? In modern HVAC design, Fan Coil Units (FCUs) are no longer just about heating or cooling—they’re about control, efficiency, and accountability. Two key components make that possible: PICVs and BTU meters. 🔹 The PICV (Pressure Independent Control Valve) A PICV acts as a 3-in-1 solution by combining: • Differential pressure control • Automatic balancing • Modulating flow control Its main role is to ensure the FCU always receives the exact design flow, regardless of system pressure fluctuations. Why it matters: • ✅ Dynamic balancing – Automatically adapts to pressure changes, eliminating manual balancing • ✅ Flow regulation & limitation – Prevents over-flow and Low ΔT syndrome • ✅ Precise temperature control – Modulates with BMS signals via an actuator • ✅ Energy efficiency – Delivers only the required flow, improving overall plant performance Key benefits: • Faster and simpler commissioning • Stable indoor comfort •...

Understanding the fundamental formulas of Thermodynamics and Fluid Mechanics is essential for mastering core engineering principles.

  Understanding the fundamental formulas of Thermodynamics and Fluid Mechanics is essential for mastering core engineering principles. Here’s a quick, simplified breakdown 👇 ⚙️ Thermodynamics Formulas: 1️⃣ First Law of Thermodynamics: 👉 Formula: Q = ΔU + W ✅ This law states that energy cannot be created or destroyed — it only changes form. The heat supplied to a system (Q) is used for increasing internal energy (ΔU) and performing work (W). 👉 Handbook of Power system analysis and design 👉 Download Handbook: https://lnkd.in/gMhpM4M4 2️⃣ Carnot Efficiency: 👉 Formula: η = 1 - (T_L / T_H) ✅ It represents the maximum efficiency of a heat engine operating between two temperature limits. Higher the temperature difference, higher the efficiency. 3️⃣ Polytropic Process Work: 👉 Formula: W = (P₂V₂ - P₁V₁) / (1 - n) ✅ Used to calculate work done when both pressure and volume change in a controlled process (like in compressors). 👉 Handbook of Mechanical Engineering Design 👉 Download Ha...

Thumb Rules for MEP (Mechanical, Electrical & Plumbing) Costs across major project types.

Thumb Rules for MEP (Mechanical, Electrical & Plumbing) Costs across major project types. These rules are widely used during feasibility studies, budgeting, and early-stage planning when detailed design is not yet available. 📊 Thumb Rules for MEP Costs (as % of Total Construction Cost) Project Type Typical MEP Cost (% of Construction Cost) Key Drivers of Cost Residential (Affordable / Standard) 12% – 18% Basic HVAC, plumbing, electrical Residential (Luxury / High-rise) 18% – 25% Advanced HVAC, automation, fire safety Commercial / Office Buildings 20% – 30% HVAC zoning, elevators, IT cabling Hotels (3★ / 4★ / 5★) 30% – 45% HVAC, hot water systems, controls, back-of-house Hospitals / Healthcare 35% – 50% Medical gases, redundancy, HVAC, power quality Educational Buildings 15% – 25% Labs, HVAC, IT infrastructure 🔑 Key Considerations Complexity of Systems : Hospitals and hotels demand higher MEP costs due to specialized systems (medical gases, hot water, advanced HVAC). Building Hei...