Dry Ice Blasting Provides a Superior, Safe, Eco-Friendly Cleaning Alternative

Choosing Material

Dry Ice Blasting Provides a Superior, Safe, Eco-Friendly Cleaning Alternative

master5 years ago05 mins

Dry Ice Blasting Combats food borne illnesses.
Keeping clients satisfied by supplying quality food products is not only a production manager’s objective but their passion. On top of this, the crucial undertaking of ensuring that your production area is clean and your product is free of food borne illness is essential to the success of your business. The course of action taken to clean and sanitize a production area is tightly regulated by hygiene and sanitation boards across the country and each year more funding is being allotted to prevent, low voltage installation services identify and combat food borne illnesses. Currently the Canadian government announced it would invest 75 million dollars to strengthen Canada’s food safety system. Agriculture Minister Gerry Ritz has stated that, “The Government of Canada’s highest priority is the safety of Canadians. We are making significant investments to hire more inspectors; update technologies and protocols; and, improve communication so that Canadians have the information they need to protect their families.”
Currently the most updated technology in place to battle food borne illnesses in the food service industry is Dry Ice Blasting. Dry Ice Blasting removes baked on grime and a multitude of residues from production equipment, assisting in preventing the spread of harmful bacteria such as Salmonella enteritidis, Escherichia coli and Listeria monocytogenes. This fast, ground breaking technology has been proven to decontaminate equipment, and inhibit the spread of bacteria therefore aiding in the task to decrease the amount of food borne illnesses. The process of dry ice blasting cleans food processing equipment by removing protein residue with a blasting stream of Food Grade Dry Ice Pellets. These pellets are ideal for the food and baking industry to aide in prevention measures to decrease contamination during cleaning while eliminating hazardous build up where bacteria and mold can accumulate.
The technique is as follows: The dry ice pellets are propelled at a supersonic speed by a compressed air gun targeted at build up and residues.
Upon impact, the Dry Ice creates a micro-thermal shock (caused by the extreme cold temperature of -78.6ºC), which breaks the bond between the residue coating and the substrate. The high-pressure air stream removes grime directly from the surface, while the Dry Ice Pellets vaporize (sublimate) on contact. The Dry Ice particles are made by turning Liquid Carbon Dioxide into a snow-like substance, then compressed into hard, Food Grade Dry Ice Pellets.
When propelled at high speeds with compressed air, the Dry Ice pellets dissipate on contact leaving a dry clean surface and no secondary toxic or chemical waste.
The process itself is applied by a certified contractor or technician on the spot. Other industries use this technique of cleaning because it is quick and is performed on-line without the need for disassembly of equipment. Dry Ice Blasting is non-abrasive; swiftly removing most contaminates without damage to switches, panels, lines, tubes, wiring or belts. The food grade dry ice pellets are non-toxic; and consists of the same substance used to carbonate beverages.
This innovative …

Tips for Using

Glass Reinforced Plastic Provides Unbeatable Protection and Durability

master5 years ago06 mins

In many industrial and commercial industries, such as the gas and electricity sector, where sensitive and valuable equipment is outside or needs protection, there needs to be a durable and safe solution for protecting this equipment. Glass Reinforced Plastic or GRP is a recognised, tried and tested material used by a variety of utility companies for housing gas, water, electricity and telecoms equipment.
GRP is a fibre reinforced polymer. It is made up of plastic reinforced by fine fibres of glass. It is therefore also commonly referred to as fibreglass. It is a particularly strong material that can withstand tension and compression, yet it is surprisingly lightweight. It is also weather resistant so is ideal for outdoor usage. This adaptable polymer can be made into a variety of structures including buildings, kiosks, cabinets, enclosures, and covers. Specific applications include gas meter boxes, odour control covers and septic tanks for the sewerage industry.
As well as being used widely in the utility industries to house all types of equipment, there are many other examples of uses for the material. For instance glass reinforced plastic structures have been used in recent times to protect and conceal important equipment such as electrical transformers, sub-stations, switchgear and motor control centres for major wind turbine projects. It is also often used by the construction industry, railway industry and by petro-chemical companies.
GRP is very adaptable and can be easily moulded to particular design specifications and finishes. For instance it can be produced in a variety of colours and finished with different textures. A heavy-duty ‘textured’ finished is particularly good for outdoor buildings and housings as it won’t scratch, fade or be affected by UV light. The durability of this material also makes it good for long-term industrial usage, with many buildings expected to last for 30 years or more.
It can also be made to blend in to the environment. Natural colours such as greens and browns can be used and the adaptable material can even be moulded to simulate tile or slate roofs, brick and stone. This helps to list of factory machines achieve the look of a real building in an environmentally sensitive area. So as well as blending in seamlessly with the natural environment, it is the ideal material to complement existing structures and brickwork.
Glass-reinforced plastic can also be manufactured to offer premium levels of safety and protection. For instance it can be textured and moulded to prevent vandalism. For certain installations, products made from this material must have undergone fire and explosion tests. This ensures that specialist fire rated kiosks and explosion relief kiosks are provided when needed.
Being so adaptable, it is not just used for housing valuable equipment and products. The material is also used to make fences and flooring, among other things. It is particularly welding supply edmond ok good for anti-slip flooring as it is hard-wearing and provides a good grip. As a fencing material it is corrosion resistant and lightweight, yet extremely tough.
In today’s …

Frame

Dry Ice Blasting Provides a Superior, Safe, Eco-Friendly Cleaning Alternative

master6 years ago05 mins

Dry Ice Blasting Combats food borne illnesses.
Keeping clients satisfied by supplying quality food products is not only a production manager’s objective but their passion. On top of this, the crucial undertaking of ensuring that your production area is clean and your product is free of food borne illness is essential to the success of your business. The course of action taken to clean and sanitize a production area is tightly regulated by hygiene and sanitation boards across the country and each year more funding is being allotted to prevent, identify and combat food borne illnesses. Currently the Canadian government announced it would invest 75 million dollars to strengthen Canada’s food safety system. Agriculture Minister Gerry Ritz has stated that, “The Government of Canada’s highest priority is the safety of Canadians. We are making significant investments to hire more inspectors; update technologies and protocols; and, improve communication so that Canadians have the information they need to protect their families.”
Currently the most updated technology in place to battle food borne illnesses in the food service industry is Dry Ice Blasting. Dry Ice Blasting removes baked on grime and a multitude of residues from production equipment, assisting in preventing the spread of harmful bacteria such as Salmonella enteritidis, Escherichia coli and Listeria monocytogenes. This fast, ground breaking technology has been proven to decontaminate equipment, and inhibit the spread of bacteria therefore aiding in the task to decrease the amount of food borne illnesses. The process of dry ice blasting cleans food processing equipment by removing protein residue with a blasting stream of Food Grade Dry Ice Pellets. These pellets are ideal for the food and baking industry to aide in prevention measures to decrease contamination during cleaning while eliminating hazardous build up where bacteria and mold can accumulate.
The technique is as follows: The dry ice pellets are propelled at a supersonic speed by a compressed air gun targeted at build up and residues.
Upon impact, the Dry Ice creates a micro-thermal shock (caused by the extreme cold temperature of -78.6ºC), which breaks the bond between the residue coating and the substrate. The high-pressure air stream removes grime directly from the surface, while the Dry Ice Pellets vaporize (sublimate) on contact. The Dry Ice particles are made by turning Liquid Carbon Dioxide into a snow-like substance, then compressed into hard, Food Grade Dry Ice Pellets.
When propelled at high speeds with compressed air, the Dry Ice pellets dissipate manufacturing problems and solutions on contact leaving a dry clean surface and no secondary toxic or chemical waste.
The process itself is applied by a certified contractor or technician on the spot. Other industries use this technique of cleaning because it is quick and is performed on-line without the need for disassembly of equipment. Dry Ice Blasting is non-abrasive; swiftly removing most contaminates without damage to switches, panels, lines, tubes, wiring or belts. The food grade dry ice pellets are non-toxic; and consists of the same substance used to carbonate beverages.
This innovative …

Wood

Glass Reinforced Plastic Provides Unbeatable Protection and Durability

master9 years ago06 mins

In many industrial and commercial industries, such as the gas and electricity sector, where sensitive and valuable equipment is outside or needs protection, there needs to be a durable and safe solution for protecting this equipment. Glass Reinforced Plastic or GRP is a recognised, tried and tested material used by a variety of utility companies for housing gas, water, electricity and telecoms equipment.
GRP is a fibre reinforced polymer. It is made up of plastic reinforced by fine fibres of glass. It is therefore also commonly referred to as fibreglass. It is a particularly strong material that can withstand tension and compression, yet it is surprisingly lightweight. It is also weather resistant so is ideal for outdoor usage. This adaptable polymer can be made into a variety of structures including buildings, kiosks, cabinets, enclosures, and covers. Specific applications include gas meter boxes, odour control covers and septic tanks for the sewerage types of timber wood.
As well as being used widely in the utility industries to house all types of equipment, there are many other examples of uses for the material. For instance glass reinforced plastic structures have been used in recent times to protect and conceal important equipment such as electrical transformers, sub-stations, switchgear and motor control centres for major wind turbine projects. It is also often used by the construction industry, railway industry and by petro-chemical companies.
GRP is very adaptable and can be easily moulded to particular design specifications and finishes. For instance it can be produced in a variety of colours and finished with different textures. A heavy-duty ‘textured’ finished is particularly good for outdoor buildings and housings as it won’t scratch, fade or be affected by UV light. The durability of this material also makes it good for long-term industrial usage, with many buildings expected to last for 30 years or more.
It can also be made to blend in to the environment. Natural colours such as greens and browns can be used and the adaptable material can even be moulded to simulate tile or slate roofs, brick and stone. This helps to achieve the look of a real building in an environmentally sensitive area. So as well as blending in seamlessly with the natural environment, it is the ideal material to complement existing structures and brickwork.
Glass-reinforced plastic can also be manufactured to offer premium levels of safety and protection. For instance it can be textured and moulded to prevent vandalism. For certain installations, products made from this material must have undergone fire and explosion tests. This ensures that specialist fire rated kiosks and explosion relief kiosks are provided when needed.
Being so adaptable, it is not just used for housing valuable equipment and products. The material is also used to make fences and flooring, among other things. It is particularly used bridgeport mill parts good for anti-slip flooring as it is hard-wearing and provides a good grip. As a fencing material it is corrosion resistant and lightweight, yet extremely tough.
In today’s …