Question 1

What infectious diseases can the modular quarantine unit safely manage?

Accepted Answer

Standard configuration manages airborne and droplet-precaution diseases — respiratory viruses (influenza, COVID-19, RSV), tuberculosis (active pulmonary, MDR-TB), measles, varicella, and other airborne or droplet pathogens. High-consequence pathogens requiring BSL-3 or BSL-4 conditions (Ebola, Marburg, novel filoviruses) require additional engineering (cascade pressure zones, dedicated decontamination facility, specialist PPE workflow) supplied as the high-containment configuration.

Question 2

How is the air exhaust managed safely?

Accepted Answer

HEPA H13 filtration removes 99.97% of particles ≥0.3 micron from the exhaust stream — capturing virus particles and bacteria-laden droplet nuclei. Filtered exhaust discharges above the building roofline (typically 3+ m above the highest local roof point) at high velocity to prevent re-entrainment into building intake or adjacent windows. Filter housing includes bag-in/bag-out change capability for safe filter replacement during operational service.

Question 3

What is the bed capacity of a modular quarantine unit?

Accepted Answer

Standard configurations include 4, 8, 12 or 20 isolation beds. Larger units with 30+ beds are achievable through modular extension. Configuration choice depends on the operating programme: single-patient airborne-precaution rooms (most flexible, highest infection control), cohort rooms for suspected cases of the same pathogen (efficient during outbreak surge), and mixed configurations balancing flexibility with capacity. Each bed includes en-suite bathroom in single-patient configurations.

Question 4

How do staff work safely in the unit?

Accepted Answer

Staff workflow follows infection control best practice: arrival via clean corridor with hand hygiene station; PPE donning in the anteroom airlock per pathogen-specific protocol; entry to isolation room with continuous PPE; exit via the same anteroom for PPE doffing in correct sequence; hand hygiene before leaving. Staff training, PPE supply and clinical workflow are designed around the engineering — infection control depends on staff behaviour as much as engineering.

Question 5

Can the modular quarantine unit be repurposed when not needed for outbreak response?

Accepted Answer

Yes. The negative-pressure capability is permanently engineered but operationally switchable — when not needed for isolation, rooms can operate as standard inpatient rooms with neutral pressure ventilation. This dual-use approach is often more economically viable than dedicated biocontainment infrastructure: the unit provides everyday inpatient capacity with rapid switchover to isolation mode when outbreak response is needed. Some configurations support mixed-use with permanent isolation beds plus convertible rooms.

Toplam uzunluk	13.4 m · 44.0 ft
Genişlik (nakliye)	2,99 m
Genişlik (konuşlandırılmış)	2,99 m
Yükseklik (nakliye)	3.10 m
Zemin alanı (konuşlandırılmış)	40.1 m²
Boş ağırlık	16.4 t
Şasi	EN 10025 S355JR sıcak hadde çelik · EN 1090 EXC-2
Kaynak kalitesi	EN ISO 3834-3
Zarf	Sandviç panel, PIR çekirdek 80 mm · λ ≈ 0,023 W/(m·K)
Yangın direnci	EI-30 · EN 13501-2'ye göre test edilmiş
Zemin	EPDM üzerine denizcilik kontrplak · R-10 kayma sınıfı
Elektrik tesisatı	400 V / 50 Hz · 3 fazlı · IEC 60364 uyumlu
İklimlendirme	VRF çok bölmeli · HEPA H13 (tıbbi)
Çalışma aralığı	−25 °C ile +50 °C ortam
Rüzgar sınıfı	140 km/s temel rüzgar için tasarlandı (EN 1991-1-4)
Sismik tasarım	EN 1998-1 (Eurokod 8) uyarınca · sünek sınıf DCM
Nakliye	ISO 668 ayak izi · CSC plakası uygun (konteyner varyantlar)
Kurulum süresi	Sahada 2–7 gün

Modular Quarantine Unit — Engineered once, deployable many times.

Tipik Konuşlanma Sırası

Spec sheet — STR-2374

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