SEARCH RESULTS

DO YOU HAVE A PROBLEM TO SOLVE? CLICK HERE TO CONTACT US KITCHENS PRODUCTS SERVICES REQUEST A QUOTE CAPABILITIES TURN-KEY SOLUTIONS FOR AIR CLEANING & PURIFYING NEEDS APPLIED AIR FILTRATION TECHNOLOGY AIR INVENTORY & QUALITY ASSESSMENTS ACGIH INDUSTRIAL VENTILATION GUIDELINES INDOOR AIR QUALITY AIR CLEANING & PURIFYING EQUIPMENT PRODUCTS AVAILABLE PRODUCTS COMMERCIAL KITCHEN VENTILATION REQUEST INFORMATION SERVICES AVAILABLE SERVICES 3D DESIGN LEARN MORE LEARN MORE 3D SCAN LEARN MORE LEARN MORE AIR QUALITY LEARN MORE LEARN MORE CFD SIMULATION LEARN MORE LEARN MORE LEAK DETECTION LEARN MORE LEARN MORE LEARN MORE OUR MISSION To deliver scientific driven, enterprise-level solutions resolving the toughest air & material control challenges. Our solutions result in premiere and innovative products that create safe, efficient, and productive work environments! TESTIMONIALS CASE STUDIES VIDEOS

DO YOU HAVE A PROBLEM TO SOLVE? CLICK HERE TO CONTACT US DUST COLLECTORS CUSTOM BUILT TO SUPPORT YOUR MANUFACTURING NEEDS KEY FEATURES SOLUTIONS APPLICATIONS ABOUT DUST COLLECTORS For control of contaminants, our environmental dust collectors contain and collect dust, smoke, and fume within the work area. Our units are constructed from carbon steel, fully welded with bar stock stiffeners for heavy industrial use. Dust Collector Systems also feature welded, heavy gauge, direct drive industrial grade fans with high efficiency motors. Dust Collection systems come equipped with high tech Pulse-Jet cleaning system including supersonic nozzles for efficient and effective cleaning. Our units feature a proprietary low-pressure drop construction resulting in lower energy consumption. Our dust collector systems incorporate a low-pressure drop across the unit resulting in less energy consumption. This feature reduces maintenance requirements and helps lower operating costs by using about 30% less energy than traditional units. ​ Dust Control Booths: For control of contaminants, environmental dust control booths contain and collect dust, smoke, and fume within the work area. These booths may be used for fine to medium particulates, including wood, metal, composites, plastics, fiberglass, dry powder, cement, and toner. In addition, wet dust collector booths provide safe dust collection for aluminum, titanium, and other potentially hazardous dust. Air Dynamics Industrial Systems Corporation designs dust collection booths specifically to meet or exceed OSHA compliance for fiberglass, hexavalent chromium, stainless steel, lead, aluminum, beryllium, natural stone, composites, wood, plastics, and other metals. CONTACT US NAICS CODE: 333413 ABOUT Filter efficiency of 99.999% at 0.5 micron Supersonic nozzles provide most effective filter cleaning High-side air entry increases cleaning efficiency and eliminates can velocity problems Very low re-entrainment of dust from cleaning mode to filter mode High-efficiency industrial-grade fan for low energy consumption Conveniently placed compressed air cleaning components Durable heavy-duty, all welded steel unit Sophisticated HMI with available support Custom Engineered for Peak Optimal Solution Easy Change Filters Safety monitoring Turn-key option available KEY FEATURES KEY FEATURES OPTIONS / SIZES DUST COLLECTOR SYSTEMS BIN VENT CARTRIDGE FABRIC COMBUSTIBLE - DRY COMBUSTIBLE - WET REQUEST QUOTE APPLICATIONS • Air Cleaning & Purification • Housekeeping • Sanitation • Shipyard/Dry dock • Material Transfer • Explosive Powder • Combustible Dust Cleaning APPLICATIONS AEROSPACE AEROSPACE MRO AGGREGATE / MINING AUTOMOTIVE COMBUSTIBLE DUST ENGINEERING GENERAL INDUSTRIAL LAUNDRY – COMMERCIAL LAUNDRY – INDUSTRIAL SMELT MILLS MANUFACTURING - TEXTILES MANUFACTURING - FOOD INDUSTRIES SERVED INDUSTRIES SERVED Industrial Dust Collector Industrial Dust Collector Large Fabric Filter Dust Collector Industrial Dust Collector 1/12

DO YOU HAVE A PROBLEM TO SOLVE? CLICK HERE TO CONTACT US MANUFACTURING PRODUCTS SERVICES REQUEST A QUOTE CAPABILITIES TURN-KEY SOLUTIONS FOR AIR CLEANING & PURIFYING NEEDS APPLIED AIR FILTRATION TECHNOLOGY AIR INVENTORY & QUALITY ASSESSMENTS ACGIH INDUSTRIAL VENTILATION GUIDELINES INDOOR AIR QUALITY AIR CLEANING & PURIFYING EQUIPMENT PRODUCTS AVAILABLE PRODUCTS AIR CLEANING & PURIFYING CENTRAL VACUUM SOLUTIONS DUST COLLECTORS LINT REMOVAL SYSTEMS PNEUMATIC CONVEYING PORTABLE VACUUM SOLUTIONS REQUEST INFORMATION AVAILABLE SERVICES 3D DESIGN LEARN MORE LEARN MORE 3D SCAN LEARN MORE LEARN MORE AIR QUALITY LEARN MORE LEARN MORE CFD SIMULATION LEARN MORE LEARN MORE LEAK DETECTION LEARN MORE LEARN MORE LEARN MORE OUR MISSION To deliver scientific driven, enterprise-level solutions resolving the toughest air & material control challenges. Our solutions result in premiere and innovative products that create safe, efficient, and productive work environments! TESTIMONIALS CASE STUDIES VIDEOS SERVICES

DO YOU HAVE A PROBLEM TO SOLVE? CLICK HERE TO CONTACT US LAUNDRY PRODUCTS SERVICES REQUEST A QUOTE CAPABILITIES TURN-KEY SOLUTIONS FOR AIR CLEANING & PURIFYING NEEDS APPLIED AIR FILTRATION TECHNOLOGY AIR INVENTORY & QUALITY ASSESSMENTS ACGIH INDUSTRIAL VENTILATION GUIDELINES INDOOR AIR QUALITY AIR CLEANING & PURIFYING EQUIPMENT PRODUCTS AVAILABLE PRODUCTS AIR CLEANING & PURIFYING CENTRAL VACUUM SOLUTIONS DUST COLLECTORS LINT REMOVAL SYSTEMS REQUEST INFORMATION SERVICES AVAILABLE SERVICES 3D DESIGN LEARN MORE LEARN MORE 3D SCAN LEARN MORE LEARN MORE AIR QUALITY LEARN MORE LEARN MORE CFD SIMULATION LEARN MORE LEARN MORE LEAK DETECTION LEARN MORE LEARN MORE LEARN MORE OUR MISSION To deliver scientific driven, enterprise-level solutions resolving the toughest air & material control challenges. Our solutions result in premiere and innovative products that create safe, efficient, and productive work environments! TESTIMONIALS CASE STUDIES VIDEOS

VIDEO LIBRARY All Videos All Videos Play Video Share Whole Channel This Video Facebook Twitter Pinterest Tumblr Copy Link Link Copied Search video... Now Playing Air Dynamics Industrial Systems Corp 02:32 Play Video Now Playing Air Dynamics Industrial Systems Corporation Super Pleco Sand Testing 00:45 Play Video Now Playing Arconic Mill Alumina Ball Testing Video 01:15 Play Video Now Playing Kitchen Sentry After Five Minutes 00:53 Play Video Now Playing Desert Wind 01:42 Play Video Now Playing Air Dynamics and Evergreen Community Power 02:13 Play Video Now Playing Air Dynamics PLECO 02:03 Play Video Now Playing PLECO Portable vacuum 01:39 Play Video Now Playing PLĒCO Brand Portable Vacuum System 02:03 Play Video Now Playing Convey sand at 9500 pounds per hour Part 2 00:39 Play Video Now Playing Convey Sand at 9500 pounds per hour Part 1 00:32 Play Video Now Playing Air Dynamics: Portable Fume & Dust Collector 00:46 Play Video Now Playing Air Dynamics: Central Vacuum System with Pulse Cleaning System - AD-CVP-22-7 00:55 Play Video Now Playing Part 4 Starting a MIL-STD-810 Blowing Dust Test via the Desert Wind operator interface touch screen 00:31 Play Video Now Playing Part 3 The Desert Wind Blowing Dust Test Chamber is loaded with silica dust via automated system 01:14 Play Video Now Playing Part 1 Desert Wind Blowing Dust Environmental Simulator 00:17 Play Video Now Playing Desert Wind Blowing Dust Test Chamber 01:05 Play Video Now Playing Part 2 Desert Wind MIL-STD-810 Blowing Dust Environmental Test Chamber 01:01 Play Video Now Playing Desert Wind - MIL-STD-810 Method 510.5 Procedure 2 - Blowing Sand 01:14 Play Video VIDEO LIBRARY RECENT ARTICLES Stephen Doria 1 min Plant-related Combustible Dust Dangers - One Point Lesson What are the specific plant-related dangers of combustible dust? Facilities that process combustible dust may be unaware that combustible... Stephen Doria 1 min Are you able to centralize a vacuum indoors? One Point Lessons All Industrial-Duty vacuum cleaning systems properly designed and manufactured can be centralized either indoors or... Stephen Doria 1 min Air Dynamics Q&A: 3 Questions many companies should ask to succeed with a central vacuum unit: One Point Lesson: 3 Questions many companies should ask to succeed with a central vacuum unit: Q. How do I know if I need PTFE filters... MORE ARTICLES RECENT ARTICLES

DO YOU HAVE A PROBLEM TO SOLVE? CLICK HERE TO CONTACT US ENVIRONMENTAL TEST CHAMBERS DESIGNED FOR YOUR ENVIRONMENTAL VALIDATION NEEDS KEY FEATURES SOLUTIONS WATCH VIDEOS ABOUT ABOUT ENVIRONMENTAL TEST CHAMBERS The United States Military and Commercial Manufacturers have been seeking the capability to simulate the conditions or environment found in the Desert. Conflict in desert areas requires people and support equipment to operate in harsh environment. The demands of the harsh environment require specialized equipment to simulate the deleterious effects of operating and storing equipment in the deserts of the world. ​ Until now, there has not been an environmental simulator that can provide real-time recorded outputs of each critical parameter of a blowing sand or blowing dust environmental simulator. The shortfalls are typically in the area of particle concentration, particle velocity, particle distribution and air velocity at the test chamber cross-sectional opening. Current equipment offered that comprises a closed loop with particulate circulating through the air mover yields itself to non-repeatability. This means the dust or sand concentration and particle distribution into the test chamber is continuously variable. ​ This shortfall in design points to the disclaimer in the FOREWORD section of the MIL-STD-810 document. “Therefore users should not assume that a system or component that passes laboratory tests of this standard also would pass field/fleet verification trials.” Of course this is true, if we lack quantification, then our test results are not predictable or repeatable. In essence, we run a different test each time. ​ The Desert Wind™ stationary blowing sand and dust chamber can provide real-time data of each key test parameter while conducting the blowing test. We offer consistent, repeatable testing for MIL-STD-810H that moves us towards predictive failure testing and analysis. ​ The Desert Wind™ in its original application is designed to meet MIL-STD-810H, as well as perform to any desired parameters by the client. This concentration system is unique to the Desert Wind™ Patented design. It is the only system currently capable of providing a repeatable concentration of sand or dust to the test chamber.​ ​ Since the inception of our blowing sand and dust test chambers, Air Dynamics has evolved the testing equipment to not only test MIL-STD-810H, but also be capable of surpassing the testing parameters and procedures MIL-STD-202, DO-160G, and AECTP 300 Method 313. ​ Each system can be designed to blow either sand or dust, at any concentration, at any velocity requested. Each system ensures consistent, repeatable, and automated testing making sure you get the best results possible. Our Environmental Test Chambers have the capability to meet and exceed the specifications set by the MIL-STD-810H in order to simulate desert environments for the testing of equipment and devices. The Desert Wind™ sand/dust test chamber is ideal for those striving to meet or exceed MIL-STD-810H, DO-160G, MIL-STD-202, and/or AECTP 300 standards in the testing and certification of a manufactured device or laboratories that require certification of a device. ​ Air Dynamics Industrial Systems Corporation designs, manufactures and installs complex air and material moving systems. Please contact us to learn more about our patented Desert Wind™ Blowing Sand and Blowing Dust Environmental Simulator. ​ U.S. Patent No. | US 8,733,186 B2 US 9,677,991 __ "The Desert Wind is the best technology we have found for testing and calibration laboratories. We use it within the aerospace and military sectors to assist the creation of parts development and provide part of the certification needed." -Stephane Carpentier, Director of Innovation & Development for CTA CONTACT US NAICS CODE: 334519 KEY FEATURES Automated Temperature Control from 40°F to 200°F Temperature Ramp Up 5°F/Minute Temperature Ramp Down 5°F/Minute Automated Humidity Control to minimum of 5% RH Automated Wind Velocity Control from 0-29+ meters per second Automated Industrial Hygiene System protects the operator from silica exposure Automated Dust recirculation process Automated Sand disposal process Automated Sand or Dust Concentration System provides a calibrated loss-in-weight measurement using: Rate = (Concentration)(Area)(Velocity) +/- 0.3% std deviation per second Simultaneous testing the full specimen face Capable of surpassing MIL-STD-810H, DO-160G, MIL-STD-202, and AECTP 300, Method 313 KEY FEATURES OPTIONS / SIZES ENVIRONMENTAL TEST CHAMBERS DESERT WIND PROPULSION VALIDATION REQUEST QUOTE VIDEOS MIL-STD-810H Blowing Sand & Dust Test Chamber MIL-STD-810H Blowing Sand and Dust Environmental Test Chamber Blowing Sand and Dust Environmental Test Chamber MIL-STD-810H Blowing Sand & Dust Test Chamber 1/11 Environmental Test Chambers Play Video Share Whole Channel This Video Facebook Twitter Pinterest Tumblr Copy Link Link Copied Now Playing 00:17 Play Video Part 1 Desert Wind Blowing Dust Environmental Simulator Now Playing 01:01 Play Video Part 2 Desert Wind MIL-STD-810 Blowing Dust Environmental Test Chamber Now Playing 01:14 Play Video Part 3 The Desert Wind Blowing Dust Test Chamber is loaded with silica dust via automated system INDUSTRIES SERVED AEROSPACE AEROSPACE MRO AUTOMOTIVE CRUISE / MARINE ENGINEERING GENERAL INDUSTRIAL GOVERNMENT - NAVY AEROSPACE AEROSPACE MRO AUTOMOTIVE CRUISE / MARINE ENGINEERING GENERAL INDUSTRIAL GOVERNMENT - NAVY

DO YOU HAVE A PROBLEM TO SOLVE? CLICK HERE TO CONTACT US PNEUMATIC CONVEYING CUSTOM BUILT TO SUPPORT YOUR MANUFACTURING NEEDS ABOUT ABOUT PNEUMATIC CONVEYING Pneumatic conveying systems, or air conveying systems, are the workhorse for modern material conveying of bulk powders. Mechanical conveyors are used where pneumatic conveyors are not suited for one reason or another. ​ Dry powders and granular products are produced in bulk to facilitate easy handling, transportation, transfer, storage, and blending or mixing into recipes as ingredients to the final product. Examples of types of products conveyed pneumatically are food ingredients, plastics, metal powders, propellants, small parts, etc. Pneumatic conveying systems can be configured as portable or central systems with numerous transfer points along the path of the system. Material in powder or granular form can be transported in pipelines under negative conditions (vacuum) or positive conditions (pressure). A dry material pneumatic conveying system line is fed using a metering device or a manual feed device. While a metered system is best suited to a process where volumes are high and accuracy is critical, a manual system is sufficient for small batching operations. Pneumatic conveyance of dry materials can be accomplished with dedicated equipment or multi-purpose equipment. A portable or central vacuum system can effectively be used for conveying dry materials and materials that have escaped a mechanical conveyor system at transfer points or vessel fill points. ​ State-of-the-Art Design and Technology As leaders in the Pneumatic Conveying field, we offer customers custom solutions for their facilities. When you get an Air Dynamics solution, we ensure quality system that will outlive the facilities they are installed in. Transfer Bulk Materials Fast Our systems can be made powerful enough to transport bulk materials to over several thousand feet. Our systems are designed for efficient and smooth transfer of materials. Full System Design Designing a system and a solution can be an entire job in itself. Let us take care of designing a system that will fit into your current facility. We offer full CAD designing using engineering controls for all of our systems. Let us do the hard work and allow us to find the best solution for you. STATIC PANEL FILTER CONTACT US NAICS CODE: 333922 KEY FEATURES SOLUTIONS APPLICATIONS Energy efficient design of complete systems for moving dry powders and granular materials from point to point Railcar unloading to simple material loading into mixers and secondary batch vessels Move granular and dry bulk ingredients from point to point using operator controlled means or automated feed devices KEY FEATURES KEY FEATURES OPTIONS / SIZES PNEUMATIC CONVEYING AIR CONVEYING SYSTEMS REQUEST QUOTE APPLICATIONS APPLICATIONS • Grain • Food Powders • Chemicals • Aggregates • Dust Collector Hopper Material AEROSPACE AEROSPACE MRO AGGREGATE / MILLING AUTOMOTIVE BIOFUELS CONBUSTIBLE DUST ENGINEERING GENERAL INDUSTRIAL SMELT MILLS MANUFACTURING FOOD INDUSTRIES SERVED INDUSTRIES SERVED

DO YOU HAVE A PROBLEM TO SOLVE? CLICK HERE TO CONTACT US CFD SIMULATION COMPUTATIONAL FLUID DYNAMICS SIMULATION & MODELING CFD simulation provides an integrator of air and material systems with the benefit of confirming mathematical calculations. The reasons to conduct simulations in air and material moving may benefit a customer that must stray away from recommended practice. In these scenarios, the simulation can provide a go/no-go answer to complex multi- dimensional air/material challenges. ​ NAIC CODE: 541330 REQUEST INFO SOLUTIONS AIR & FLUID INTERACTION SCENARIOS THERMAL MODELING COMPUTER CALCULATIONS USING CAD CFD SIMULATION & MODELING FULL SPECTRUM FLOW WITH VISUAL FEEDBACK AVAILABLE SERVICES 3D DESIGN LEARN MORE LEARN MORE 3D SCAN LEARN MORE LEARN MORE AIR QUALITY LEARN MORE LEARN MORE CFD SIMULATION LEARN MORE LEARN MORE LEAK DETECTION LEARN MORE LEARN MORE LEARN MORE

DO YOU HAVE A PROBLEM TO SOLVE? CLICK HERE TO CONTACT US LEAK DETECTION ULTRASONIC LEAK DETECTION SERVICES Ultrasonic leak detection equipment is utilized to support industrial manufacturing and processes using compressed air and gases. Detecting leaks in high value compressed air and gas systems yields cost savings for deployed equipment and processes. ​ Detecting leaks in air and gas systems can save thousands of dollars with a very short ROI. Our services identify leaks in compressed/vacuum air and gas systems to control costs for operators where high value gas is used. Gases that are combustible/flammable require scientific evaluation to insure plant and personnel safety. ​ NAIC CODE: 541330 / 541420 REQUEST INFO SOLUTIONS COMPRESSED AIR & GAS LEAK DETECTION INDUSTRIAL PROCESSES OIL & GAS PRODUCTION LABORATORY TESTING & EVALUATION AVAILABLE SERVICES 3D DESIGN LEARN MORE LEARN MORE 3D SCAN LEARN MORE LEARN MORE AIR QUALITY LEARN MORE LEARN MORE CFD SIMULATION LEARN MORE LEARN MORE LEAK DETECTION LEARN MORE LEARN MORE LEARN MORE

Acid Rain Air pollution produced when acid chemicals are incorporated into rain, snow, fog or mist. The “acid” in acid rain comes from sulfur oxides and nitrogen oxides, products of burning coal and other fuels and from certain industrial processes. The sulfur oxides and nitrogen oxides are related to two strong acids: sulfuric acid and nitric acid. When sulfur dioxide and nitrogen oxides are released from power plants and other sources, winds blow them far from their source. If the acid chemicals in the air are blown into areas where the weather is wet, the acids can fall to Earth in the rain, snow, fog or mist. In areas where the weather is dry, the acid chemicals may become incorporated into dusts or smokes. Acid rain can damage the environment, human health, and property. Alternative Fuels Fuels that can replace ordinary gasoline. Alternative fuels may have particularly desirable energy efficiency and pollution reduction features. Alternative fuels include compressed natural gas, alcohols, liquefied petroleum gas (LPG), and electricity. The 1990 Clean Air Act encourages development and sale of alternative fuels. Attainment Area A geographic area in which levels of a criteria air pollutant meet the health-based primary standard (national ambient air quality standard, or NAAQS) for the pollutant. An area may have on acceptable level for one criteria air pollutant but may have unacceptable levels for others. Thus, an area could be both attainment and no attainment at the same time. Attainment areas are defined using federal pollutant limits set by the Environmental Protection Agency (EPA). Carbon Monoxide (CO) A colorless, odorless, poisonous gas, produced by incomplete burning of carbon-based fuels, including gasoline, oil, and wood. Carbon monoxide is also produced from incomplete combustion of many natural and synthetic products. For instance, cigarette smoke contains carbon monoxide. When carbon monoxide gets into the body, the carbon monoxide combines with chemicals in the blood and prevents the blood from bringing oxygen to cells, tissues and organs. The body’s parts need oxygen for energy, so high-level exposures to carbon monoxide can cause serious health effects, with death possible from massive exposures. Symptoms of exposure to carbon monoxide can include vision problems, reduced alertness, and general reduction in mental and physical functions. Carbon monoxide exposures are especially harmful to people with heart, lung, and circulatory system diseases. CFCs (Chlorofluorocarbons) These chemicals and some related chemicals have been used in great quantities in industry, for refrigeration and air conditioning, and in consumer products. CFCs and their relatives, when released into the air, rise into the stratosphere, a layer of the atmosphere high above the Earth. In the stratosphere, CFCs and their relatives take part in chemical reactions that result in reduction of the stratospheric ozone layer, which protects the Earth’s surface from harmful effects of radiation from the sun. The 1990 Clean Air Act includes provisions for reducing releases (emissions) and eliminating production and use of these ozone-destroying chemicals. Clean Air Act The original Clean Air Act was passed in 1963, but our national air pollution control program is actually based on the 1970 version of the law. The 1990 Clean Air Act Amendments are the most far-reaching revisions of the 1970 law. In this summary, we refer to the 1990 amendments as the 1990 Clean Air Act. Clean Fuels Low-pollution fuels that can replace ordinary gasoline. These are alternative fuels, including gasohol (gasoline-alcohol mixtures), natural gas and LPG (liquefied petroleum gas). Combustion Burning. Many important pollutants, such as sulfur dioxide, nitrogen oxides, and particulates (PM-10) are combustion products, often products of the burning of fuels such as coal, oil, gas and wood. Continuous Emission Monitoring Systems (CEMS) Machines that measure, on a continuous basis, pollutants released by a source. The 1990 Clean Air Act requires continuous emission monitoring systems for certain large sources. Control Technology; Control Measures Equipment, processes or actions used to reduce air pollution. The extent of pollution reduction varies among technologies and measures. In general, control technologies and measures that do the best job of reducing pollution will be required in the areas with the worst pollution. For example, the best available control technology/best available control measures (BACT, BACM) will be required in serious no attainment areas for particulates, a criteria air pollutant. A similar high level of pollution reduction will be achieved with maximum achievable control technology (MACT), which will be required for sources releasing hazardous air pollutants. Criteria Air Pollutants A group of very common air pollutants regulated by EPA on the basis of criteria (information on health and/or environmental effects of pollution). Criteria air pollutants are widely distributed all over the country. Curtailment Programs Restrictions on operation of fireplaces and woodstoves in areas where these home heat sources make major contributions to pollution. Emission Release of pollutants into the air from a source. We say sources emit pollutants. Continuous emission monitoring systems (CEMS) are machines that some large sources are required to install, to make continuous measurements of pollutant release. Enforcement The legal methods used to make polluters obey the Clean Air Act. Enforcement methods include citations of polluters for violations of the law (citations are much like traffic tickets), fines and even jail terms. EPA and the state and local governments are responsible for enforcement of the Clean Air Act, but if they don’t enforce the law, members of the public can sue EPA or the states to get action. Citizens can also sue violating sources, apart from any action EPA or state or local governments have taken. Before the 1990 Clean Air Act, all enforcement actions had to be handled through the courts. The 1990 Clean Air Act gave EPA authority so that, in some cases, EPA can fine violators without going to court first. The purpose of this new authority is to speed up violating sources’ compliance with the law and reduce court time and cost. Hazardous Air Pollutants (HAPs) Chemicals that cause serious health and environmental effects. Health effects include cancer, birth defects, nervous system problems and death due to massive accidental releases such as occurred at the pesticide plant in Bhopal, India. Hazardous air pollutants are released by sources such as chemical plants, dry cleaners, printing plants, and motor vehicles (cars, trucks, buses, etc.) Inspection and Maintenance Program (I/M Program) Auto inspection programs are required for some polluted areas. These periodic inspections, usually done once a year or once every two years, check whether a car is being maintained to keep pollution down and whether emission control systems are working properly. Vehicles that do not pass inspection must be repaired. As of 1992, 111 urban areas in 35 states already had I/M programs. Under the 1990 Clean Air Act, some especially polluted areas will have to have enhanced inspection and maintenance programs, using special machines that can check for such things as how much pollution a car produces during actual driving conditions. International Air Pollution Canada and Mexico, the United States’ neighbors, share the air at our borders. Pollution moves across the national borders; this international pollution can be serious. The 1990 Clean Air Act includes provisions for cooperative efforts to reduce pollution that originates in one country and affects another. Interstate Air Pollution In many areas, two or more states share the same air. We say these states are in the same air basin defined by geography and wind patterns. Often, air pollution moves out of the state in which it is produced into another state. Some pollutants, such as the power plant combustion products that cause acid rain, may travel over several states before affecting health, the environment and property. The 1990 Clean Air Act includes many provisions, such as interstate compacts, to help states work together to protect the air they share. Reducing interstate air pollution is very important since many Americans live and work in areas where more than one state is part of a single metropolitan area. Material Safety Data Sheets (MSDS) Product safety information sheets prepared by manufacturers and marketers of products containing toxic chemicals. These sheets can be obtained by requesting them from the manufacturer or marketer. Some stores, such as hardware stores, may have material safety data sheets on hand for products they sell. Mobile Sources Moving objects that release pollution; mobile sources include cars, trucks, buses, planes, trains, motorcycles and gasoline-powered lawn mowers. Mobile sources are divided into two groups: road vehicles, which include cars, trucks and buses, and non-road vehicles, which includes trains, planes and lawn mowers. Monitoring (Monitor) Measurement of air pollution is referred to as monitoring. EPA, state and local agencies measure the types and amounts of pollutants in community air. The 1990 Clean Air Act requires certain large polluters to perform enhanced monitoring to provide an accurate picture of their pollutant releases. Enhanced monitoring programs may include keeping records on materials used by the source, periodic inspections, and installation of continuous emission monitoring systems (CEMS). Continuous emission monitoring systems will measure, on a continuous basis, how much pollution is being released into the air. The 1990 Clean Air Act requires states to monitor community air in polluted areas to check on whether the areas are being cleaned up according to schedules set out in the law. Nitrogen Oxides (NOx) A criteria air pollutant. Nitrogen oxides are produced from burning fuels, including gasoline and coal. Nitrogen oxides are smog formers, which react with volatile organic compounds to form smog. Nitrogen oxides are also major components of acid rain. No Attainment Area A geographic area in which the level of a criteria air pollutant is higher than the level allowed by the federal standards. A single geographic area may have acceptable levels of one criteria air pollutant but unacceptable levels of one or more other criteria air pollutants; thus, an area can be both attainment and no attainment at the same time. It has been estimated that 60% of Americans live in no attainment areas. Offset A method used in the 1990 Clean Air Act to give companies that own or operate large (major) sources in no attainment areas flexibility in meeting overall pollution reduction requirements when changing production processes. If the owner or operator of the source wishes to increase release of a criteria air pollutant, an offset (reduction of a somewhat greater amount of the same pollutant) must be obtained either at the same plant or by purchasing offsets from another company. Oxygenated Fuel (Oxy-Fuel) Special type of gasoline, which burns more completely than regular gasoline in cold start conditions; more complete burning results in reduced production of carbon monoxide, a criteria air pollutant. In some parts of the country, carbon monoxide release from cars starting up in cold weather makes a major contribution to pollution. In these areas, gasoline refiners must market oxygenated fuels, which contain higher oxygen content than regular gasoline. Some gasoline companies started selling oxy-fuels in cities with carbon monoxide problems before the 1990 Clean Air Act was passed. Ozone A gas, which is a variety of oxygen. The oxygen gas found in the air consists of two oxygen atoms stuck together; this is molecular oxygen. Ozone consists of three oxygen atoms stuck together into an ozone molecule. Ozone occurs in nature; it produces the sharp smell you notice near a lightning strike. High concentrations of ozone gas are found in a layer of the atmosphere — the stratosphere — high above the Earth. Stratospheric ozone shields the Earth against harmful rays from the sun, particularly ultraviolet B. Smog’s main component is ozone; this ground-level ozone is a product of reactions among chemicals produced by burning coal, gasoline and other fuels, and chemicals found in products including solvents, paints, hairsprays, etc. Ozone Hole Thin place in the ozone layer located in the stratosphere high above the Earth. Stratospheric ozone thinning has been linked to destruction of stratospheric ozone by CFCs and related chemicals. The 1990 Clean Air Act has provisions to reduce and eliminate ozone destroying chemicals’ production and use. Ozone holes have been found above Antarctica and above Canada and northern parts of the United States, as well as above northern Europe. Particulates Particulate Matter (PM-10) A criteria air pollutant. Particulate matter includes dust, soot and other tiny bits of solid materials that are released into and move around in the air. Particulates are produced by many sources, including burning of diesel fuels by trucks and buses, incineration of garbage, mixing and application of fertilizers and pesticides, road construction, industrial processes such as steel making, mining operations, agricultural burning (field and slash burning), and operation of fireplaces and woodstoves. Particulate pollution can cause eye, nose and throat irritation and other health problems. Permit A document that resembles a license, required by the Clean Air Act for big (major) sources of air pollution, such as power plants, chemical factories and, in some cases, smaller polluters. Usually permits will be given out by states, but if EPA has disapproved part or all of a state permit program, EPA will give out the permits in that state. The 1990 Clean Air Act includes requirements for permit applications, including provisions for members of the public to participate in state and EPA reviews of permit applications. Permits will have, in one place, information on all the regulated pollutants at a source. Permits include information on which pollutants are being released, how much the source is allowed to release, and the program that will be used to meet pollutant release requirements. Permits are required both for the operation of plants (operating permits) and for the construction of new plants. The 1990 Clean Air Act introduced a nationwide permit system for air pollution control. Permit Fees Fees paid by businesses required to have a permit. Permit fees are like the fees drivers pay to register their cars. The money from permit fees will help pay for state air pollution control activities. Pollutants (Pollution) Unwanted chemicals or other materials found in the air. Pollutants can harm health, the environment and property. Many air pollutants occur as gases or vapors, but some are very tiny solid particles: dust, smoke or soot. Primary Standard A pollution limit based on health effects. Primary standards are set for criteria air pollutants. Reformulated Gasoline Specially refined gasoline with low levels of smog-forming volatile organic compounds (VOCs) and low levels of hazardous air pollutants. The 1990 Clean Air Act requires sale of reformulated gasoline in the nine smoggiest areas. Reformulated gasolines were sold in several smoggy areas even before the 1990 Clean Air Act was passed. Secondary Standard A pollution limit based on environmental effects such as damage to property, plants, visibility, etc. Secondary standards are set for criteria air pollutants. Smog A mixture of pollutants, principally ground-level ozone, produced by chemical reactions in the air involving smog-forming chemicals. A major portion of smog-formers comes from burning of petroleum-based fuels such as gasoline. Other smog-formers, volatile organic compounds, are found in products such as paints and solvents. Smog can harm health, damage the environment and cause poor visibility. Major smog occurrences are often linked to heavy motor vehicle traffic, sunshine, high temperatures and calm winds or temperature inversion (weather condition in which warm air is trapped close to the ground instead of rising). Smog is often worse away from the source of the smog-forming chemicals, since the chemical reactions that result in smog occur in the sky while the reacting chemicals are being blown away from their sources by winds. Source Any place or object from which pollutants are released. A source can be a power plant, factory, dry cleaning business, gas station or farm. Cars, trucks and other motor vehicles are sources, and consumer products and machines used in industry can be sources too. Sources that stay in one place are referred to as stationary sources; sources that move around, such as cars or planes, are called mobile sources. State Implementation Plan (SIP) A detailed description of the programs a state will use to carry out its responsibilities under the Clean Air Act. State implementation plans are collections of the regulations used by a state to reduce air pollution. The Clean Air Act requires that EPA approve each state implementation plan. Members of the public are given opportunities to participate in review and approval of state implementation plans. Stationary Source A place or object from which pollutants are released and which does not move around. Stationary sources include power plants, gas stations, incinerators, houses etc. Stratosphere Part of the atmosphere, the gases that encircle the Earth. The stratosphere is a layer of the atmosphere 9-31 miles above the Earth. Ozone in the stratosphere filters out harmful sunrays, including a type of sunlight called ultraviolet B, which has been linked to health and environmental damage. Sulfur Dioxide A criteria air pollutant. Sulfur dioxide is a gas produced by burning coal, most notably in power plants. Some industrial processes, such as production of paper and smelting of metals, produce sulfur dioxide. Sulfur dioxide is closely related to sulfuric acid, a strong acid. Sulfur dioxide plays an important role in the production of acid rain. Temperature Inversion One of the weather conditions that is often associated with serious smog episodes in some portions of the country. In a temperature inversion, air doesn’t rise because it is trapped near the ground by a layer of warmer air above it. Pollutants, especially smog and smog-forming chemicals, including volatile organic compounds, are trapped close to the ground. As people continue driving, and sources other than motor vehicles continue to release smog-forming pollutants into the air, the smog level keeps getting worse. Ultraviolet B (UVB) A type of sunlight. The ozone in the stratosphere, high above the Earth, filters out ultraviolet B rays and keeps them from reaching the Earth. Ultraviolet B exposure has been associated with skin cancer, eye cataracts and damage to the environment. Thinning of the ozone layer in the stratosphere results in increased amounts of ultraviolet B reaching the Earth. Vapor Recovery Nozzles Special gas pump nozzles that will reduce release of gasoline vapor into the air when people put gas in their cars. There are several types of vapor recovery nozzles, so nozzles may look different at different gas stations. The 1990 Clean Air Act requires installation of vapor recovery nozzles at gas stations in smoggy areas. Volatile Organic Compounds (VOCs) Organic chemicals all contain the element carbon (C); organic chemicals are the basic chemicals found in living things and in products derived from living things, such as coal, petroleum and refined petroleum products. Many of the organic chemicals we use do not occur in Nature but were synthesized by chemists in laboratories. Volatile chemicals produce vapors readily; at room temperature and normal atmospheric pressure, vapors escape easily from volatile liquid chemicals. Volatile organic chemicals include gasoline, industrial chemicals such as benzene, solvents such as toluene and xylene, and tetrachloroethylene (perchloroethylene, the principal dry-cleaning solvent). Many volatile organic chemicals are also hazardous air pollutants; for example, benzene causes cancer.

DO YOU HAVE A PROBLEM TO SOLVE? CLICK HERE TO CONTACT US GOVERNMENT PRODUCTS SERVICES REQUEST A QUOTE CAPABILITIES TURN-KEY SOLUTIONS FOR AIR CLEANING & PURIFYING NEEDS APPLIED AIR FILTRATION TECHNOLOGY AIR INVENTORY & QUALITY ASSESSMENTS ACGIH INDUSTRIAL VENTILATION GUIDELINES INDOOR AIR QUALITY AIR CLEANING & PURIFYING EQUIPMENT TURN-KEY SOLUTIONS FOR SAND AND DUST ENVIRONMENTAL TEST CHAMBERS MIL-STD-810H DO-160G MIL-STD-202 ACETP 300 METHOD 313 AUTOMATED TEMPERATURE CONTROL FROM 40°F to 200°F SIMULTANEOUS TESTING THE FULL SPECIMEN FACE CUSTOMIZED CHAMBERS AVAILABLE PRODUCTS AVAILABLE PRODUCTS AIR CLEANING & PURIFYING CENTRAL VACUUM SOLUTIONS ENVIRONMENTAL TEST CHAMBERS COMMERCIAL KITCHEN VENTILATION LINT REMOVAL SYSTEMS REQUEST INFORMATION SERVICES OUR MISSION To deliver scientific driven, enterprise-level solutions resolving the toughest air & material control challenges. Our solutions result in premiere and innovative products that create safe, efficient, and productive work environments! TESTIMONIALS CASE STUDIES VIDEOS AVAILABLE SERVICES 3D DESIGN LEARN MORE LEARN MORE 3D SCAN LEARN MORE LEARN MORE AIR QUALITY LEARN MORE LEARN MORE CFD SIMULATION LEARN MORE LEARN MORE LEAK DETECTION LEARN MORE LEARN MORE LEARN MORE

LEADERS IN INDUSTRIAL VENTILATION EQUIPMENT INNOVATION Air Dynamics Industrial Systems Corporation designs and manufactures high quality industrial ventilation systems, portable and centralized industrial vacuum cleaners, and commercial kitchen ventilation scrubbers. Our products are utilized extensively throughout numerous industries and applications. ​ As a veteran-owned small business, we take pride in our extensive product line which spans four USPTO patents. Since our incorporation in 1991, we’ve set ourselves apart from the competition with an unwavering commitment to innovation, and our promise that all air dynamics products are designed and manufactured in the USA. ​ We offer a wide range of industrial dust collector systems, industrial central vacuum systems, portable industrial vacuum cleaners, oil mist eliminators, wet air scrubbers, downdraft tables, portable vacuum cleaner rentals and other industrial ventilation equipment. Additionally we have earned the American Conference of Governmental Industrial Hygienists (acgih.org) certification for industrial ventilation system design. The best solutions by designing the best possible products WHAT WE DO Who We Are WHAT WE DO INDUSTRIAL VENTILATION SYSTEMS AND SOLUTIONS ​ At Air Dynamics, we take pride in our proven history of custom integration and turn-key solutions in industrial ventilation systems, industrial vacuum systems and pneumatic conveying systems. Our extensive experience, paired with our commitment to innovation ensures that we will choose and apply the right equipment for you, or we’ll develop a customized solution tailored to your unique requirements and specifications. As a result of our full-responsibility commitment to our clients, our diverse capabilities bring forth innovations in concept, energy savings, sustainable design, manufacturing and turn-key installation. Leveraging technology, we create new products or improve existing products for organizations seeking solutions to their challenges. Our flexibility enables our clients to source solutions and equipment designed for their unique application. Our end-to-end responsibility ensures project continuity in a turn-key environment. With our latest technology, we produce digital prototyping solutions for our clients to visualize the product in operation before fabrication or manufacturing. This digital prototype permits collaboration between decision makers and will open up communication lines that were not possible before. With the help of design tools like AutoDesk Inventor, Computational Fluid Dynamics and AutoDesk AutoCAD 2D, customers will be able to explore the model and make changes within a few minutes compared to our competitors’ time frame of weeks or months. OUR ADVANCED CAPABILITIES INCLUDE: Complete Turn-Key Solutions from Initial Concepts Through Final Design Engineering Engineering Drawings Engineering Specifications 2 & 3 Dimensional Drawings – 2D & 3D CAD Design Capability Process Design & Engineering Integration Solutions Tailored to Customer Requirements Industrial Ventilation (We are Certified by the American Conference of Governmental Industrial Hygienists) See www.acgih.org Pneumatic Conveying Process Cooling Air & Gas Fluid Systems Design Industrial Central Vacuum Systems Design tools AutoDesk Inventor, Computational Fluid Dynamics and AutoDesk AutoCAD 2D. What We Do DESIGN TO ORDER LEARN MORE LEARN MORE MANUFACTURE TO ORDER LEARN MORE LEARN MORE SYSTEMS INTEGRATION LEARN MORE LEARN MORE OUR MISSION To deliver scientific driven, enterprise-level solutions resolving the toughest air & material control challenges. Our solutions result in premiere and innovative products that create safe, efficient, and productive work environments! TESTIMONIALS CASE STUDIES SERVICES OUR BRANDS KITCHEN SENTRY ™ DESIGNED FOR COMMERCIAL KITCHEN VENTILATION (CKV), THE KITCHEN SENTRY IS THE IDEAL SOLUTION FOR REMOVAL OF GREASE VAPORS & PARTICULATE MATTER, SMOKE & ODOR FROM THE COMMERCIAL COOKING PROCESS. LEARN MORE OUR BRANDS TESTIMONIALS The Desert Wind is the best technology we have found for testing and calibration laboratories. We use it within the aerospace and military sectors to assist the creation of parts development and provide part of the certification needed. - Stephane Carpentier, Dir. Innovation & Development, CTA TESTIMONIALS