GOC TECHNOLOGIES-Methods Of GOC Odor Control

GOC TECHNOLOGIES-Methods Of GOC is our todays topic. The most important thing about the GOC technology is that it makes complicated things so easy and by using the GOC Technology techniques you can get a lot of profit from this. GOC technology become a game changer for companies in different kinds of industries. This new algorithms-based AI technology provides a number of advantages that can considerably enhance corporate performance and efficiency which is one of the best things of GOC Technology.

How to recognize GOC Customer

You can’t recognize GOC consumer. Facilities with GOC technologies Odor Control Systems are conspicuous by their total lack of offensive smells. Indoor GOC sites are also difficult to recognize by sight or sound. There’s no unsightly hardware and no irritating background noise. Our indoor units are so quiet and unobtrusive, that most people don’t know they are there working 24 hours a day to automatically eliminate unwanted smells.

Making Big Smells “Invisible”

At large locations such as landfill sites, odor control may need banks of spray nozzles dispersing custom-blended GOC formulations over large areas. Yet even here   GOC solutions are unnoticeable because they eliminate odors, making the facility “invisible”    to the people who count, the nearby habitats.

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Installation without aggravation

GOC Technologies installs its equipment at the right time for the client. We adapt our schedule to yours, to ensure that there is no disruption of your business activities. Our professional crews will install your   GOC Odor Control System at your convenience    – whether that means at night, over the weekend, or before breakfast next Thursday. GOC TECHNOLOGIES-Methods Of GOC Odor Control

Low Profile Maintenance

 Our qualified GOC technicians will service dispenser units, replenish odor control solutions as required, and ensure that all equipment is in perfect order – when it’s suitable for you. Just as hidden, is our low monthly maintenance fee.

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There are three major methods of odor treatment available from GOC Technologies. The first method is performed by Air Contact. This is the atomization of reactants and deodorizers into the same air currents that are dragging the odorous gases, stimulating a reaction between the molecules of the odorous gas or gases that contact the atmosphere. The second is performed by Surface Contact. This is the spraying or misting of a solid or liquid surface with different reactants and deodorizers to generate reactions near or on that surface. This method feasts the molecules as or just before they enter the gaseous or “vapor” state. The third method is called Incorporation. This is the addition of a substance or substances into a substrate to alter the underlying reactions causing the odorous compounds to occur. This method eradicates the quantity of odor to be treated by air or surface contact.

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(1)Air Contact

Products that operate through air contact must be misted, atomized, fogged, or otherwise commenced into the air containing the offensive gases. This may be in either indoor or outdoor situations and requires complementary equipment and technology depending on the situation. As the term “air contact” implies, these products work by coming into physical contact with the molecules of the odor in the atmosphere or environment. Accordingly, the product must be submitted in a form that allows its molecules to travel wherever the odor molecules are traveling. The product particles must be small sufficiently and light enough to stay in the air so that the odds of their coming into connection with the odorous molecules are increased.

In general, GOC technologies prefer atomization systems instead of fogging or misting due to the smaller size and lower weight of the atomized particles. The nozzles we suggest and sell expend less than 1 gallon of total fluid per hour at continuous operation. Some operate only one-half gallon per hour. Certain situations require high volume while retaining small particle size. We use special air-powered nozzles with capacities of up to 6 gallons per hour and more for these situations. GOC technologies refer to low-pressure hydraulic systems for outdoor use or use in vast indoor areas, and compressed air systems for indoor use in smaller applications, exhaust stacks, or in any situation where total introduced moisture is an issue. Control devices for these GOC technologies allow continuous or intermittent operation depending on the needs of the particular situation. Examples of situations for  GOC hydraulic systems include perimeters of landfills, the mixing or turning areas of compost sites, large transfer station floors, and feedlots.

GOC technologies for situations in compressed air systems include smaller transfer stations, pressing rooms in wastewater treatment plants and paper mills, areas in buildings and hotels, and even restrooms. In some applications, equipment may be attached to existing equipment and/or vehicles for convenience. This GOC technology is especially true at landfill and compost sites. Some situations offer very few recourses other than air contact treatment. This may be for physical reasons and economic reasons. Other sites may be treatable in more than one way, or they may require a mixture of treatments. In some situations, a perimeter air contact(atomization) system is established as an emergency fallback treatment for use only when other systems fail to contain odors or cannot hold up with odor generation. For example, a transfer station that normally utilizes topical treatment of the receiving floor and incoming wastes might maintain an atomizing system. Over doors or near a perimeter as an emergency measure in conditions of high heat and humidity, or when an intensely odorous load arrives.

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(2)Surface Contact

In GOC technologies surface contact products are designed to work topically on odor-producing substrates. They can be operated on liquid or solid surfaces, and primarily work in one of two ways. They may create a crust or surface barrier to keep gases in, or they may form an area of increased natural or chemical activity at the surface which limits or changes the reactions occurring and thus changes the types and amount of gases formed and emitted. Surface contact products may be spread using hand-held or pressurized sprayers, or they may be involved with overhead nozzle systems, or attached to existing equipment. In exact opposition to air contact systems, the particle size needed to deliver these products is larger and heavier than air. These particles need to drop quickly and spread over the surface as required. This technology contains powerful surfactants to help the product penetrate rapidly and thoroughly.

The desired delivery system of GOC technologies will lose minimal amounts of product to evaporation or drifting. Once a surface application is completed, further control is unnecessary until a unique material is introduced or the surface area is agitated, turned, or otherwise disturbed. For example, a compost windrow ministered topically would need additional treatment after or during turning because one of the functions of turning is to push the surface material into the interior of the row and to move the internal material to top the surface. A new surface is created by this action and therefore a new treatment is necessary for that. Topical treatment is a very useful method of controlling nuisance odors in landfills.

Topical by-products are cost-effective for large surface areas, and many landfills have water trucks on hand. Adding a water cannon or fire nozzle to these trucks transforms them into an excellent system for the application of topical products. One or two applications per day (midday and closing) are adequate to eliminate or contain most odors. When treating liquid substrates such as holding ponds, manure lagoons, or leachate ponds, remember that strong winds developing a choppy surface will constantly agitate and change the surface materials. This produces these surfaces tough if not impossible to treat topically without regular re-application. The same is true for ponds and lagoons using aeration or bubbling systems. Such applications are far more fitted to incorporation treatments.

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As the name suggests, these products are actually mixed, injected, dripped, or otherwise scented into a substrate. There are products appropriate for liquid substrates, and products suitable for solid substrates. These products are used in composting, wastewater treatment, wet well and lift station treatment, facultative lagoons, and other applications. Methods such as static pile and aerated static pile are perfect for incorporation treatment. The products may be incorporated at the same time the various feedstocks are being combined. GOC TECHNOLOGIES-Methods Of GOC Odor Control is very useful these days

Incorporation is also ideal in digesters and lifts positions in wastewater treatment, where a drip system or metering pump may be the only equipment required. GOC technologies do not primarily develop or sell bacterial products. Some GOC technologies incorporate products work by influencing the micro-biology of the decomposing wastes in the substrate. By offering selected nutrients and oxygen-rich compounds, these products increase the presence of microbes producing non-odorous waste by-products while declining the presence of microbes that produce odorous by-products. This is accomplished by modifying the substrate to enhance and stimulate bacterial proliferation. At GOC technologies we believe the substrate must be modified to support desired microbial activity. Without a validating substrate, the addition of bacteria directly will be a brief fix that must require continuous reapplication. GOC TECHNOLOGIES-Methods Of GOC Odor Control is very useful these days

Other GOC technologies products utilize chemical reactions such as saponification which is a reaction in which animal or vegetable fats, oils, and grease are converted to soaps to eliminate the compounds that facilitate odor formation. GOC technology incorporation products are extremely cost-effective and represent excellent alternatives to the more conventional methods of air and surface contact. Major examples of GOC technologies that have each method may be found in the applications section of this site.

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Product Applications


Feedlots offer the same odor treatment options as landfills either perimeter atomization or surface treatments are generally attainable. The surface treatment may have benefits in that, similar to poultry sheds, the mixing action of cattle hooves will quickly turn the surface treatment into an incorporation therapy. Lessening the actual formation of odorous gases may have more profitable value to the animals than treating the already formed odors with air contact reactants as the gases quit the site. GOC TECHNOLOGIES-Methods Of GOC Odor Control is very useful these days

Nevertheless, atomization systems remain viable choices. As the surrounding acreage may be many, it is unlikely that actual boundaries of the site will be a reasonable choice unless power and water are available near a particularly diplomatic road or property line. In most situations, nozzles installed close to or on the barn or extended from bars are more feasible. GOC TECHNOLOGIES-Methods Of GOC Odor Control is very useful these days

Surface treatment may be labor and time-intensive due to the extent and level of activity at many feedlots. A small vehicle with a mounted motorized sprayer is ideal for such a situation Also parallel to landfill operations, a water truck with cannon and fire nozzles may be operated. Surface treatment has a benefit in that no system of nozzles, tubing, and controls needs to be installed. One drawback to surface treatment is its lack of public visibility. An atomization system may be visual to the public, creating a positive perception of the operation and its intent to manage odors. Surface treatment activity will be seen by a few. The evidence of its occurrence will be the reduced odors at the site.

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A lagoon is a shallow body of water insulated from a larger body of water by sandbars, barrier islands, or coral reefs. Lagoons are usually called estuaries, sounds, bays, or even lakes. Coastal Lagoons. GOC technologies make Lagoons sheltered by sandbars or barrier islands called coastal lagoons. GOC TECHNOLOGIES-Methods Of GOC Odor Control is very useful these days


Landfills a places where waste is buried in the ground in big amounts. The idea is to change the landfill into a park. The process of planting large amounts of waste and GOC technology helps the Landfill provide a safe disposal option for waste that can’t be recycled, composite, or used to generate energy. GOC TECHNOLOGIES-Methods Of GOC Odor Control is very useful these days


GOC technology helps poultry Breeds are domesticated birds kept by humans for their eggs, their meat, or their feathers. These birds are most commonly members of the superorder Galloanserae, especially the order Alloforms which comprises chickens, quails, and turkeys.


Waste transfer stations are industrial facilities where municipal solid waste, or MSW, is held and sorted before guiding to a landfill or waste-to-energy plant. GOC technology helps garbage trucks that run city routes drop off their trash here before it’s loaded onto larger vehicles and shipped off.


GOC technology helps  Facilities are locations where organic municipal solid Waste is collected and stored in a controlled setting. The reserved materials can be used as compost fertilizers for plants. These will often be concentrated Locations within municipal programs and comprise the collection of leaf and yard waste. GOC TECHNOLOGIES-Methods Of GOC Odor Control is very useful these days


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