Industrial-grade HVAC units, sensors, and blowers tailored for extreme winter conditions and heavy dust burdens.
Addressing the dual challenges of extreme sub-arctic cold and heavy industrial mineral particulates.
Erdenet, situated in the northern steppe of Mongolia within Orkhon Province, stands as one of the world's premier industrial hubs centered around the massive Erdenet Mining Corporation. Operating one of the largest copper and molybdenum open-pit mining and ore dressing complexes globally, the city's economic vitality is accompanied by severe atmospheric microclimate demands.
During the sub-arctic winter, which spans from November through April, outdoor ambient temperatures frequently drop below -35°C to -40°C. This severe thermal state triggers strong atmospheric inversion layers, trapping airborne particulate matter, heavy mineral dust (PM10 and PM2.5), and combustion by-products from regional coal-fired power plants and Ger district domestic heating close to the ground.
Standard architectural ventilation models fail in Erdenet. Introducing unconditioned -35°C outside air rapidly freezes traditional HVAC hydronic coils and causes drastic indoor energy spikes. Conversely, sealing buildings without high-performance air purification results in hazardous accumulation of CO2 (>1800 ppm), TVOCs, and fine dust particulates.
To establish effective indoor environmental control in Erdenet's residential, commercial, and administrative structures, purification systems must combat four distinct contaminant vectors:
Abrasive silica-bearing and metal-rich airborne dust generated during open-pit copper mining, conveyor transfers, and dry tailing windage requires deep MERV 13 to HEPA H13 filtration.
Winter heating in local neighborhoods discharges dense particulate soot and gaseous combustion pollutants, necessitating activated carbon matrices with chemisorption properties.
Tightly sealed insulation structures in sub-zero climates lead to rapid oxygen depletion and elevated CO2, impairing cognitive function in office blocks and educational facilities.
Leveraging Chinese precision engineering and manufacturing scale for Erdenet's industrial modernization.
Modern global standards demand real-time particulate and gas telemetry. Our integrated systems feature LoRaWAN and Wi-Fi enabled NDIR sensors that communicate directly with central Air Handling Units (AHUs), adjusting fan speed and filter bypass automatically based on localized AQI metrics.
Energy efficiency is non-negotiable in extreme cold zones. Global HVAC trends focus on Sensible and Latent Heat Energy Recovery Ventilators (ERVs) featuring advanced defrost management algorithms, guaranteeing high fresh air intake without thermal strain on building heating plants.
By engineering and manufacturing advanced air purification, monitoring, and modular HVAC units in China's state-of-the-art facilities, we provide enterprise procurement teams in Mongolia with 35% to 45% cost savings compared to traditional European OEMs, accompanied by full customizability.
Our manufacturing base employs automated CNC sheet metal fabrication, laser welding, and automated wind tunnel testing chambers to verify volumetric air capacity (CFM), static pressure capability (Pa), and filter seal integrity before export dispatch. Every unit destined for Erdenet undergoes severe low-temperature electronics stress testing to prevent field failure.
Customized environmental engineering solutions deployed across key sectors.
Heavy machinery control centers and administrative offices located adjacent to open-pit mining operations require continuous positive pressure ventilation. Our modular AHUs and MERV 13/HEPA filtration stages prevent fine copper dust and crushed quartz particulates from infiltrating sensitive control electronics and breathing zones.
In high-occupancy commercial structures within Erdenet, high ambient CO2 levels during winter cause fatigue and diminished productivity. Multi-parameter 6-in-1 monitor sensors coupled with fresh air exchange ventilation keep carbon dioxide levels below 800 ppm while filtering out ambient coal smoke.
Hospitals and schools in northern Mongolia face high viral load risks during long indoor winter months. Ultra-fine sub-fine air filtration, combined with inline UV-C and catalytic TVOC purification, provides sterile indoor environments for patients and children.
As Erdenet transitions toward modern residential apartment blocks and upgraded eco-housing, compact indoor AQI monitors, portable gas detectors, and home fresh air recovery heat units ensure safe, toxic-free living environments year-round.
Factory-direct exporters supplying high-precision filtration, monitoring, and environmental control hardware to Erdenet.
Company Overview: Dalian Invito Furniture Co., Ltd. is an internationally recognized leader in the design, engineering, and manufacturing of high-performance smart living solutions, environmental purification technologies, and ergonomic furniture ecosystems. Driven by a mission to blend modern aesthetics, human ergonomics, and sophisticated IoT air purification tech, we supply custom B2B solutions to over 40 countries across Asia, Europe, North America, and South America.
Our expansive production capabilities combine smart hardware integration—such as IoT LoRaWAN indoor sensors, modular AHU casing, and active HEPA/MERV air filtration—with precision manufacturing. Whether equipping high-volume commercial real estate, heavy industrial facilities in cold regions like Erdenet, or smart residential spaces, Invito guarantees uncompromised quality.
At Invito, our core pillars are Innovation, Uncompromising Engineering Standards, and Dedicated B2B Customer Support. Our manufacturing plants maintain ISO9001 quality management standards, CE certification, and strict RoHS compliance for environmental safety.
Seamless embedding of real-time air telemetry, automated cloud alerts, and motorized damper controls into standard building management protocols.
Proven equipment durability under extreme temperature differentials (-40°C winter to +35°C summer) with anti-freezing heat exchange cores.
Full OEM/ODM engineering customization, streamlined international rail and sea logistics directly into Mongolia, and dedicated technical assistance.
Expert engineering insights addressing cold-climate performance, particulate control, and procurement logistics.
Our sub-arctic Air Handling Units (AHUs) incorporate dynamic intelligent defrost management. Using dual enthalpy heat recovery exchangers with automatic bypass dampers and modulated pre-heating elements, the intake air is tempered before reaching the primary exchange matrix, preventing frost buildup while maintaining over 80% thermal energy efficiency.
For fine crushed ore particulates and silica dust prevalent near Erdenet's mining facilities, we recommend a dual-stage filtration architecture: a washable G4 coarse pre-filter to trap large particulates, followed by a MERV 13 or HEPA H13 deep-pleated filter that removes 99.97% of particulates down to 0.3 microns.
Industrial mining facilities in Orkhon Province feature thick reinforced concrete and metal structure walls that impede 2.4GHz/5GHz Wi-Fi signals. LoRaWAN operates on sub-GHz radio frequencies, providing long-range penetration (up to 15 km line-of-sight and several kilometers inside heavy industrial structures) with low power consumption for continuous multi-point telemetry.
Winter combustion of raw coal releases dense particulate smoke and dangerous volatile organic gases (SO2, CO, TVOCs). Standard particulate filters cannot capture gases. Our custom purification arrays combine high-grade HEPA filters with virgin granular activated carbon impregnated with specialized chemical sorbents to neutralize sulfur dioxide and smoke odorous compounds.
Yes. Our commercial AHUs and air quality monitoring meters feature standard communication protocols including Modbus RTU (RS485), BACnet IP, and MQTT IoT data formats, allowing seamless integration with established enterprise software and central environmental control rooms.
Due to high winter ambient dust levels, pre-filters should be cleaned or replaced every 1 to 2 months. Primary MERV 13 and HEPA filters typically last between 6 to 12 months, depending on building occupancy and volumetric airflow rates. Our monitors trigger automatic maintenance alerts based on static pressure differential sensors.
Standard manufacturing lead times for customized enterprise AHUs and bulk sensor orders range from 15 to 25 days. Goods are dispatched via direct international freight rail connections (Erlianhaote / Zamyn-Uud corridor) straight to Erdenet, ensuring fast, cost-effective, and secure transit.
Absolutely. As a direct factory exporter, Dalian Invito provides full OEM/ODM services, including customized sheet metal dimensions, custom electrical voltages (380V/50Hz industrial three-phase or 220V single-phase), localized user interfaces, and custom branding for commercial contractors in Mongolia.
Request customized technical engineering proposals, product datasheets, and direct factory wholesale pricing for your upcoming commercial, industrial, or residential project in Orkhon Province.
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