When people talk about the laundry industry, they often think of hotels, hospitals, and restaurants. But in recent years, many niche laundry requirements have grown rapidly. In animal shelters, piles of pet blankets require daily washing. Church laundry ministries are evolving from volunteer services into ongoing community projects. Mining laundry rooms handle thousands of workwear items with coal dust and oil stains every day. Laundry scale and complexity in these scenarios are reshaping commercial laundry.
The Scale of Laundry Demand
- Animal shelter
Take the Speyer Animal Shelter, Germany, as an example. It houses around 300 animals. ワッシャーs run 10 to 15 cycles every day for processing pet blankets, towels, and cleaning cloths. Terrace Animal Shelter, Canada runs over 6 laundry loads on average per day. Laundry operations run 7 days a week. Pump systems of semi-commercial equipment are clogged by pet hair. They need to be replaced almost every year.
- Church
The laundry requirements are evolving from washing altar linens into systematic community services. At the Jehovah’s Witnesses U.S. Branch Bethel, the washing and ironing section processes up to 1,800 tons of garments annually. It receives over 11,000 garments per day. In the US, church laundry ministries are becoming a popular community service program. This helps residents save on laundry expenses (over $25,000) every year.
- Mining
Global mining operations are expanding. Occupational safety standards are improving. Mining workwear washing is evolving from a support task into a professional service. According to an industry survey, the 2025 global workwear laundry market was valued at around $409 million. It is expected to reach $555 million by 2032. The global number of industrial miners is around 7 million. Artisanal and small-scale miners are around 45 million. They are in more than 80 countries. Every day, these workers produce a lot of workwear with dust, oil stains, and chemical residues.
In Australia, laundry operators at Glencore’s Mount Isa Mine process up to 4,500 items of personal protective equipment (PPE) every shift. Industrial washers and dryers operate continuously. In Ukraine, Metinvest Group upgraded the workwear laundry rooms of the Central Iron Ore Company’s Petrovsky Open-Pit Mine. It invested over UAH 2 million (around $43,800). This provided reliable and prompt laundry services for 1,200 employees. This company also launched the maintenance of laundry rooms at the crushing plant and Korchavsky Mine. It was planned to be completed in 2025.
In Canada, a contractor provided an 80-bed camp with laundry facilities for Héra–Nimâgî Mine in 2013. 16 modules of accommodation and new laundry rooms were added in 2021. Éléonore Mine in Northern Quebec set up a Wamingi Laundry Project with Tawi-Tawi Development Corporation and G Mining Ventures. Workwear is collected from the mine and delivered to the town of Wamingi, a three-hour drive away, for processing.
There are three main reasons for these requirements. First, with the improvement of mining safety and occupational health standards, workwear needs to be cleaned regularly. Flame-resistant and antistatic properties cannot be damaged by washing. Second, remote mining companies tend to outsource laundry to professional service providers. Third, household and semi-commercial equipment cannot reliably handle dust, oil stains, and chemical contaminants.
Currently, centralized laundry rooms are built at mining sites with large-capacity industrial washer-extractors and commercial dryers. Closed-loop collection, transportation, and return systems are used at camps away from the mining sites. In Australia, service providers use high-temperature steam washing (80℃). This helps remove silica dust from workwear. They also perform closed-loop management following occupational health and safety standards. Besides, remote mining sites often use washer-extractors (33 kg or more), as well as 37 kg commercial tumble dryers. These machines have heavy-duty sealing, corrosion-resistant bearings, and multiple wash programs.
In Alberta, Canada, work camps need to provide laundry services. Thus, workers can clean their personal items at least once a week. In British Columbia, work camps containing 10 people must offer separate drying services and changing facilities for workwear. According to a 2025 study from the Institute of Electrical and Electronics Engineers (IEEE), the workwear data collection accuracy rose from 85% to 96% via an RFID smart sorting system. Sorting efficiency is also 40% higher than manual handling.
In general, mining washing is marked by heavy stains, protection, high frequency, remote areas, and compliance. It requires an industrial laundry system that is corrosion-resistant, large-capacity, high-temperature-adjusted, reliable, and traceable, rather than common commercial equipment. Those who can handle dust and oil stain removal, flame-resistant clothing protection, smart collection and delivery, and stable operations in remote areas will seize the new opportunities in the mining laundry market.
Three Forces Behind the Demand
- Animal shelter
The number of stray animals is increasing, and the hygiene standards are improving. Due to urbanization, abandonment, and lost pets, the number of stray animals increases by over 10 million each year. But fewer than 2% are helped. Besides, shelters need to wash animal blankets, bedding, and cleaning tools. This helps ensure animal health and reduce disease transmission. During heavy-duty operations, household washers quickly reveal their limitations (such as short service life, hair clogging, and insufficient cleaning).
- Church
Transform from spiritual care to holistic support. More and more churches consider laundry ministry as an effective way to connect with communities. Laundry directly affects the dignity of people in need. Some churches start to buy washers and dryers. They also renovate spaces to add enough power outlets. Laundry services are evolving from one-time charity events into ongoing programs. This concept shift brings continuous and stable laundry requirements.
- Mining
Safety production standards are improving, and support services are being outsourced. Mining workwear is exposed to coal dust and oil stains. Underground work requires highly protective equipment. In the past, garments were washed by miners or at basic mining facilities. This cannot ensure cleaning performance. It may also damage the flame-resistant properties. In recent years, standards for smart coal mine development and safety production have risen. Workwear cleaning is gradually becoming a professional, market-oriented model. Safety standards are built into laundry rooms for mining businesses, from safety and technical requirements for facilities and installation to daily management.
Upgrade to Professional Solutions
- Animal shelter
Replace household or semi-commercial machines with industrial-level washer-extractors.
- Church
Some churches install washers and dryers in their buildings, creating self-service laundry rooms. Others cooperate with professional laundry service providers. They use a “centralized collection, professional washing, and centralized delivery” model. Bethel washing and ironing section uses a barcode labeling system to identify garments. This achieves automatic sorting and precise returns. Workers are trained in 20 laundry and garment care skills, covering stain removal for different fabrics.
- Mining
In-house laundry rooms are being replaced with professional and market-oriented laundry services. Jinneng Holding Sihe Coal Mine uses a smart workwear management system. Workwear storage capacity increased from 3,000 to 6,000. Garment pickup time shortened from 5 minutes to 50 seconds. The garment loss rate dropped to zero. The number of required laundry operators was reduced by half. With RFID-based full-lifecycle tracking, smart distribution conveyor line, and condensing heat pump dryers, mining laundries are transforming from labor-intensive businesses to smart operations.
Demand Characteristics and Equipment Selection
The above three scenarios have different requirements for equipment.
- Animal shelter: pet hair removal and high frequency
Wash programs should cover bulky items, such as blankets and bedding. Equipment can operate 6 to 15 cycles per day. The single-load capacity is recommended to be at least 20 kg. The expected equipment service life should be more than 15 years.
Kingstar 25 kg washer and dryer helps process these pet items. Silicone balls are used to remove pet hair during washing. The inner drum uses a fine-mesh design. This helps remove hair. Premium drain solenoid valves and large-diameter drain pipes improve drainage efficiency. They can also reduce hair residue and clogging. The equipment becomes easier to maintain. Kingstar dryers use fine-mesh lint filters. This helps filter lint efficiently. They also prevent exhaust outlet blockage with easy maintenance. Kingstar 25 kg washers and dryers are designed for a service life of 20 years. They meet the processing requirements of animal shelters.
- Church: mixed laundry items and distribution
Laundry categories are complex, from daily garments and altar linens to kitchen cleaning cloths (cotton, linen, and silk fabrics). They differ in cleaning methods. Laundry equipment should support programming. Wash parameters can be flexibly adjusted for different fabrics and soil levels. Meanwhile, churches require accurate garment sorting and returns. Barcode or tag management systems are essential. Considering laundry volunteers, equipment should also be easy to operate and safe.
Kingstar 25 kg wet cleaning machine is designed for these mixed issues. It can store up to 79 fully automatic wash programs, which can be edited and copied for different fabrics (such as cotton, linen, and silk). The machine uses a 12.1-inch HD, full-color touchscreen design. The interface is clear, as easy as using a phone. Non-professional laundry operators can handle various garments.
- Mining: heavy stains and garment protection
Workwear is easily contaminated with coal dust and oil stains. Washing temperature and G-force need to be strictly controlled. They should deliver cleaning results without damaging flame-resistant fabrics. According to relevant standards, the washing temperature for specialized protective garments is 30℃ to 50℃. The extraction G-force should be below 100G. Mining laundries often require 100 kg fully automatic, variable-frequency washer-extractors and dryers. The machines are made of stainless steel with corrosion and wear resistance. This helps handle high-humidity, dusty, and heavy-oil-stain working conditions.
Kingstar 100 kg washer controls water temperature and speed precisely. Some special garments require a G-force below 100G. Its extraction speed can be set to 370 RPM. In addition, the Kingstar 100 kg industrial washer stores 50 wash programs. It can handle heavy-oil garments and common workwear separately. Equipment components contacting water are made of 304 stainless steel, which is resistant to high temperatures, corrosion, and wear. Kingstar 100 kg dryer can be paired with the washer. Drying parameters are adjusted based on fabric characteristics to protect garments.
Conclusion
From household washers to industrial-level machines, these unexpected requirements are pushing laundry products and services toward more professional and targeted solutions. Animal shelters require durable equipment that can remove pet hair and operate frequently. Churches need gentle solutions that support garment sorting and process control. Mining sites need professional systems that remove heavy stains and protect garments. Understanding these differences is key to capturing market opportunities.
Q&A
Q1: How to disinfect industrial washers after processing pet clothing?
A1: Use hot water programs regularly. Kingstar 25 kg industrial washer’s door rings are made of stainless steel. They aren’t damaged by heat.
Q2: How are bulk miners’ garments delivered to workers after centralized washing?
A2: There are several solutions.
Names and departments are sewn onto garments. Sort garments by department when folding. Then send them to the relevant departments.
Barcodes are sewn onto garments. This allows staff to scan and sort garments, like in laundry shops.
Some advanced laundries use chips for sorting.
Q3: How to calculate the G-force of a washer?
A3: G=0.00112rn², r=radius (m), n=speed
For example, a Kingstar 100 kg washer’s inner drum diameter is 1,310 mm. The maximum extraction speed is 745 RPM. So, G=0.00112*0.655*745²≈407
