Producing a high-quality cannabis product begins with ensuring that every step of the growing, harvesting, distillation, and manufacturing processes fulfill safety and sanitary standards. Most importantly, the lab where technicians extract and package cannabis for sale must be kept clean. Cleaning the equipment has traditionally been a time-consuming, labor-intensive operation involving harsh chemicals. Implementing a dry steam cleaning method is a safer, simpler, and more effective cleaning alternative.
Cleaning Challenges of Cannabis Extraction and Distillation Equipment
Cannabis manufacturing faces unique obstacles such as varying legality from state to state, limited financial options, and availability of skilled employees. Cannabis plants in production need plenty of room to grow, regulated environments, and dependable personnel. Furthermore, manufacturing cannabis products necessitates educated technicians, hygienic conditions, and safe handling techniques.
Industrial dry steam cleaners can assist with keeping lab and cannabis processing equipment sanitary for the safety of workers and clients. Usually, the harsh chemicals used to clean the equipment and lab leave noxious fumes and take more time to remove the residue. Allow your workers to spend more time producing quality products instead of removing grime with dangerous chemicals by switching to a dry steam cleaning solution.
HVAC system equipment such as coils and vents catch aerated particles and, if not meticulously cleaned, can generate harmful molds or mildew, spreading the spores throughout the facility. Furthermore, strong chemicals can clean reusable filters but can have negative side effects and are more expensive than dry steam cleaning.
How Industrial Steam Cleaning Can Help
Heat and water are required to clean and sterilize surfaces and equipment. Dry steam is an extremely effective and safe way to reduce allergens including seeds, nuts, fats, oils, grime, and seasoning on surfaces that could potentially send them airborne and cause reactions in workers.
Using a portable steam generator or a fixed clean steam process generator will allow you to remove filth from the equipment while also eradicating the following contaminants on contact:
Molds
Mildew
Some viruses
Bacteria
Fungus
Listeria
Microorganisms
There are additional advantages to the dry steam solution, such as a compact design, no venting or steam pipes required, changeable flow rates, and no need for combustible fuels.
When used in grow rooms, dry steam systems can achieve moisture levels of 6% or less, helping you maintain your set humidity level. The generator’s adjustable settings ensure that no additional water is left on tables or floors, creating a hazardous situation, harming sensitive equipment, or leaving an area that may promote growth.
Benefits of Using Steam Generators
Consider converting from hard chemical cleaning to dry steam generators for economical, economic, and safety reasons. First, after initial setup, water is less expensive than purchasing harsh chemicals on a continuous basis. Workplace injury and illness may also be reduced due to the reduction in use of harsh chemicals. Second, strong chemicals are often not environmentally safe and may endanger the quality of your plants, the surrounding area, and the facility’s air quality. Finally, the safety of the employees and the customers who use the product is of the highest importance. It is critical to reduce trace chemicals throughout production and manufacturing, and dry steam cleaning provides this option.
Electro-Steam Corporation manufactures dependable products using our extensive expertise in high-quality cleaning solutions. In addition, all dry steam cleaning equipment is made in America by our OEM manufacturing processes. Contact us when ready to grow your cannabis production operation with superior cleaning solutions!
Like all electric steam generators, Indirect Steam Generators effectively sterilize components by injecting clean steam into piping, autoclaves, or other laboratory and production equipment so pharmaceutical professionals can easily control conditions of their processes. Learn more about the advantages of indirect clean steam generators, the applications of clean steam, and what to look for in a high-performance generator.
Benefits and Applications of Steam Cleaning in the Biopharma and Pharma Industries
Clean steam simplifies the process of maintaining a sterile facility by providing a no-contact yet reliable clean, even for tools with complex profiles, edging, or small interiors. The following are the top advantages of steam cleaning in the biopharma and pharma industries:
Prevention of contaminant entry. Unlike traditional steam, clean steam is sterile at the point of vaporization and clean steam generators do not have vulnerable entry points for biological or chemical contaminants to enter. This successfully maintains steam’s purity during the full sterilization procedure.
Protection against pathogen growth. The extremely high temperatures of clean steam can kill all types of microorganisms that are contamination concerns in pharmaceutical processes, and also help prevent their initial growth by handling condensate buildup.
Corrosion resistance. Metal parts are prone to corrosion when in the presence of traditional utility steam. Clean steam, however, has corrosion-inhibiting properties that counteract this risk. As a result, clean steam increases the life span of equipment.
Steam sterilization has many beneficial applications within the biopharma and pharma industries, particularly in biopharmaceutical manufacturing. The goal is to keep the bacteria, yeast, or animal cells present in manufacturing environments from contaminating healthcare materials, products, and equipment. Steam sterilization, SIP and CIP can assist professionals in these industries by controlling and maintaining sterile environmental conditions, allowing safe manufacturing of things such as ophthalmic products, parenteral, injectable solutions, and more.
Pharmaceutical companies commonly use clean steam generators for sterilize-in-place (SIP) procedures, which utilize steam to sterilize and clean pharmaceutical instruments, equipment, and surfaces between production cycles. Pharma professionals also use clean steam generators to support humidification processes for clean rooms, lyophilizers, and sterilizers.
Steam-to-clean steam generators, or indirect clean steam generators, from Electro-Steam Generator Corp. capitalize on the functionality, steam output, ease of use, and footprint that standard electric steam generator varieties provide but improve upon their operation by using “house steam” energy that converts deionization (DI) or reverse osmosis (RO) water into clean steam. In contrast to the all-electric generators that use submerged electrical elements, the indirect clean steam units save on energy consumption as they use steam that your facility is already producing and then repurposes it.
Electro-Steam’s indirect generators function at pressures ranging from 9 to 90 psi. They use an electric control circuit of 120VAC to regulate steam input, output, water level, and operating pressure within the generator automatically. Requiring only a total amperage of only 15 amps—with an 8-amp Full-Load Amperage (FLA) rating—eliminates the need for 3ph power.
Partner With Electro-Steam
As an OEM manufacturer, Electro-Steam Generator Corp. has been a leader in providing standard or customized clean steam generators for 70 years both domestically and internationally. All of our USA-made generators have all the required features such as safety valves, automatic low water cut-offs, and adjustable pressure control, with custom control and instrument packages available on request.
We currently offer our indirect steam-to-clean and all electric clean steam generator models with 138-828 lb/hr gross steam output ratings for pressures as high as 150 psig (MAWP). Our team skid-mounts all of our components as a unit, and at installation, the generators only need utility service connections. For most generators, we provide two-four week production times to best serve you, and offer same-day shipping available on most orders for parts. We also offer extended warranties as part of our commitment to excellence and superior customer service.
For additional information about our capabilities and how our safe, economical indirect clean steam generators can help support efficiency, reliability, and cleanliness in your pharmaceutical application,contact us today.
While washdowns are a popular choice for cleaning debris from surfaces, this process leaves surfaces wet which can cause bacterial growth, is time consuming, and causes significant downtime. Dry steam, which is created in an industrialdry steam cleaner by heating water in a closed chamber instead of a flow-through coil, uses less water, evaporates quickly, and gets into cracks and crevices where water can’t reach. Sanitation in the food industry is commonly achieved with dry steam cleaning because it’s quick, cost-effective, and reliable.
Dry Steam for Cleaning & Sanitizing in Food Processing
Food processing facilities are often water-sensitive, so traditional wet cleaning methods are time-consuming and labor-intensive—if they’re possible at all. More and more facilities are using dry steam sanitation, taking advantage of the power of high-temperature, low-moisture steam to clean and sanitize conveyor belts and other industrial machinery.
With temperatures above 240°F, the dry steam kills mold, bacteria, viruses, and other microorganisms while removing grease, dirt, and residue. It evaporates quickly, so you’re left with a surface that is clean, dry, and sanitized.
Why Food Processing Manufacturers Prefer Dry Steam for Cleaning
Food processors are held to strict standards for cleanliness and sanitation as a matter of safety and product quality. Dry processing facilities in particular face additional challenges, because the slightest bit of moisture can ruin baked goods, dry ingredients, powdered drink mixes, seasonings, coffee, and more. Wash-down cleaning methods are simply not feasible in these facilities.
Because dry steam has an extremely low moisture content, it eliminates the risk of moisture exposure in dry processing facilities and can easily remove oily substances often found in food processing facilities. All types of food and beverage processing facilities trust dry steam for cleaning and sanitizing work surfaces, hoods, vents, floor drains, walls and ceilings, conveyor belts, and more.
Dry steam can also be used to clean switches, sensors, small components, and moving parts that are impossible to reach with other cleaning methods. Common cleaning methods require equipment to be disassembled creating downtime which can be costly. With dry steam cleaning, in most cases, you won’t need to take the equipment apart to clean it. Not only does this save time in the cleaning process, but it also reduces downtime for the facility and helps the manufacturer maintain production and meet deadlines.
Benefits of Dry Steam Cleaning for Food Processing Facilities
Food processing facilities that use dry steam cleaning enjoy many benefits, including:
Time Savings: Because equipment doesn’t have to be dismantled, the cleaning process is faster than other methods and reduces downtime and labor costs.
Environmental Friendliness: Dry steam requires less water than traditional cleaning methods reducing water consumption and waste water creation.
Chemical-Free: Limiting exposure to chemical fumes and residue creates a safer environment for your employees and prevents product contamination. Reducing or eliminating your use of chemical cleaners is environmentally friendly, as well, as you’ll produce less plastic-container waste.
Efficient: High-temperature dry steam dissolves oils and residue and kills bacteria and other microorganisms on contact. High heat and low moisture properties reduce downtime by leaving cleaned surfaces dry and ready for immediate use. It’s a fast, efficient process that reduces labor and downtime.
If your facility is water-sensitive, or if you simply want to save time and money while reducing your environmental impact, dry steam cleaning is the solution you’ve been looking for. At Electro-Steam, we’ve surpassed clients’ expectations since 1952. Our industrial dry steam cleaners are trusted in food processing facilities, manufacturing plants, car washes, bottling facilities, HVAC systems, and more. We have several systems designed to meet your specific application.Contact us to learn more about the advantages of dry steam cleaning, orrequest your free demo today.
There are certain industries where cleanliness and sterilization must be a priority; the pharmaceutical industry is one of them. Pharmaceutical workers rely on steam cleaning for fast, efficient sterilization.
Pharmaceutical applications use clean steam, which is created from treated water of either RO or DI quality. They also commonly use autoclaves, or steam cleaners, which are machines that use pressurized steam to kill viruses, bacteria and other microorganisms on the items placed inside the sterilizer chamber. These autoclaves can be as small as a microwave, making it easy to keep them in labs, clinics, and other medical facilities, or even to transport them from room to room or facility to facility. Hospitals and busy labs may use larger models that can sterilize many pieces of equipment at the same time.
What Is an Autoclave and How Does It Work?
In an autoclave, pressurized steam reaches temperatures of 250-273 °F (115–134 °C), which is hot enough to kill mold spores, viruses, and bacteria. The higher the temperature, the less time the items must remain inside the autoclave. For example, at 250 °F, the items would have to remain inside for 15 minutes to ensure sterilization; at a temperature of 273 °F, they would only need to stay for three minutes. Autoclaves are common in pharmaceutical, medical, dental, and laboratory facilities, and they’re used to sterilize tools, equipment, and even waste.
Autoclaves work by removing the air around the items that are to be sterilized, which allows the steam to penetrate the surface of the objects. There are two ways to achieve this with two specific types of autoclaves:
Gravity Displacement Autoclaves: Steam is heavier than the air in the chamber, so the machine injects the steam—which forces the air out via the drain vent. It’s the simpler of the two types of autoclaves, and it’s common in labs and for use with biowaste. It does, however, take longer to work than a prevacuum autoclave, because it takes time for the air to leave the chamber or some air may get trapped inside; the Centers for Disease Control and Prevention mention that 10 pounds of microbiological waste would require at least 45 minutes in a gravity displacement autoclave at a temperature of 121°C.
Pre Vacuum Autoclaves: A vacuum removes the air from the chamber first, then the steam is injected. This allows the steam to go right to work on the objects inside. This is the preferred type of autoclave for use with large, porous objects.
Items in the Pharmaceutical Industry That Can Be Sterilized With Steam
Because steam sterilization is cost-effective, non-toxic, and time-efficient, autoclaves are common in a variety of medical and pharmaceutical facilities. In hospitals, they’re more likely to be called steam sterilizers, while in laboratories they’re more often called autoclaves; however, they are the same thing.
While items made of polyethylene, polyurethane, and polystyrene cannot be steam cleaned, many of the other tools and devices in use in medical facilities can be sterilized in an autoclave. This includes respiratory therapy and anesthesia equipment, dental instruments, sharps containers, and more—basically, anything that is heat and moisture resistant. Microbiological waste can be decontaminated in an autoclave, but it typically requires more time inside.
Sterilizing equipment in an autoclave is fast and efficient, and it doesn’t require a team of people devoted solely to cleaning after everyone else has gone home for the day. Instead, technicians and medical practitioners can sanitize as they go along, ensuring their equipment is always free from potential disease-causing microorganisms.
Clean Steam Units From Electro-Steam for the Pharmaceutical Industry
Our stainless steel line of clean steam generators are just a few of the many generators we offer at Electro-Steam. Available in various sizes, these are ideal for steam sterilization in a variety of healthcare settings, including hospitals and clinics, surgery centers, labs, veterinary clinics, and pharmaceutical production facilities. Our stand-alone units can pipe easily into any autoclave brand, or you can choose an integral unit that will fit in or under most autoclaves. Either way, you get high-quality steam and efficient sterilization. Our stainless steel clean steam generators are ASME CSD-1 compliant and feature a high-pressure safety reset, dual-pressure controls, and low-level cut-off.
Since 1952, Electro-Steam has been proudly manufacturing steam generators in the United States, and we’re committed to providing our clients around the globe with high-quality solutions. If you can’t find the equipment you’re looking for, our team can create a custom solution designed to meet your needs. Contact us today to learn more about our extensive catalog and our customization capabilities.
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Cannabis manufacturing faces unique obstacles such as varying legality from state to state, limited financial options, and availability of skilled employees. Cannabis plants in production need plenty of room to grow, regulated environments, and dependable personnel. Furthermore, manufacturing cannabis products necessitates educated technicians, hygienic conditions, and safe handling techniques.
Clean steam simplifies the process of maintaining a sterile facility by providing a no-contact yet reliable clean, even for tools with complex profiles, edging, or small interiors. The following are the top advantages of steam cleaning in the biopharma and pharma industries:
Steam-to-clean steam generators, or indirect clean steam generators, from Electro-Steam Generator Corp. capitalize on the functionality, steam output, ease of use, and footprint that standard electric steam generator varieties provide but improve upon their operation by using “house steam” energy that converts deionization (DI) or reverse osmosis (RO) water into clean steam. In contrast to the all-electric generators that use submerged electrical elements, the indirect clean steam units save on energy consumption as they use steam that your facility is already producing and then repurposes it.
In an autoclave, pressurized steam reaches temperatures of 250-273 °F (115–134 °C), which is hot enough to kill mold spores, viruses, and bacteria. The higher the temperature, the less time the items must remain inside the autoclave. For example, at 250 °F, the items would have to remain inside for 15 minutes to ensure sterilization; at a temperature of 273 °F, they would only need to stay for three minutes. Autoclaves are common in pharmaceutical, medical, dental, and laboratory facilities, and they’re used to sterilize tools, equipment, and even waste.
Because steam sterilization is cost-effective, non-toxic, and time-efficient, autoclaves are common in a variety of medical and pharmaceutical facilities. In hospitals, they’re more likely to be called steam sterilizers, while in laboratories they’re more often called autoclaves; however, they are the same thing. 