Specialised local weather management programs engineered to function safely in hazardous environments represent a crucial element in industries the place flammable gases, vapors, or dusts are current. These programs are designed and manufactured to forestall any ignition supply from escaping the unit and igniting the encircling ambiance. A typical utility is in offshore oil platforms, chemical processing vegetation, and underground mines, the place the chance of explosion is considerably elevated.
The implementation of those safeguarded cooling programs ensures the dependable and secure operation of important tools and the safety of personnel inside high-risk zones. The stringent security requirements they meet present a crucial layer of protection towards potential catastrophic occasions, permitting industries to function effectively whereas minimizing risks. Traditionally, the event of those programs has been pushed by industrial accidents and the continual pursuit of safer working circumstances.
The next sections will element the design concerns, certification processes, operational components, upkeep necessities, and developments in know-how associated to local weather management options in hazardous environments, offering a complete understanding of their deployment and administration.
1. Hazardous Location Certification
The story of those specialised air con programs begins not in a design lab, however within the aftermath of avoidable tragedies. Every spark, every overheated element in a typical unit, grew to become a possible catalyst for catastrophe in environments saturated with flammable substances. Thus, Hazardous Location Certification emerged because the crucial validation, the gatekeeper guaranteeing that such programs may function safely the place the slightest deviation may have devastating penalties. This certification will not be merely a label; it represents a complete evaluation of a unit’s design, building, and efficiency, confirming that it’ll not develop into an ignition supply. Think about a refinery, the air thick with risky hydrocarbons. A regular air conditioner, failing because of a defective connection, creates a spark. The ensuing explosion may stage the complete facility. Hazardous Location Certification, on this context, is the distinction between continued operation and utter devastation.
The method of acquiring this certification is rigorous, involving meticulous testing by impartial laboratories. Items are subjected to circumstances far exceeding regular operational parameters. They’re scrutinized for his or her capability to comprise any potential ignition inside their enclosures, stopping it from reaching the encircling hazardous ambiance. Additional, certification our bodies classify the areas the place the programs will be deployed, primarily based on the kind and focus of hazardous supplies current. These classifications dictate the precise design necessities and testing protocols that have to be met. For example, a unit designed for a Class I, Division 1 surroundings, the place explosive gases are repeatedly current, would require extra strong safeguards than a unit meant for a Class I, Division 2 space, the place such gases are solely often current. This granular method ensures the local weather management system is meticulously tailor-made to the precise hazards it faces.
In essence, Hazardous Location Certification is the bedrock upon which the security of those specialised air con programs rests. It gives assurance, backed by verifiable knowledge, that the unit is not going to contribute to an explosion. Whereas the preliminary funding in licensed tools could also be increased, the fee pales compared to the potential monetary and human toll of an explosion. This certification course of will not be merely about ticking packing containers; it’s about fostering a tradition of security and proactively mitigating threat in essentially the most hazardous industrial environments. With out it, the operation of services coping with flammable supplies can be an unacceptably harmful gamble.
2. Intrinsically secure design
The idea of intrinsically secure design types a cornerstone within the performance of specialised local weather management in hazardous areas. It is a philosophy, not merely a function, that dictates how electrical circuits inside the system are engineered to restrict power. In environments ripe with explosive potential, a spark even one barely perceptible can provoke a catastrophic chain response. Intrinsically secure design, due to this fact, seeks to forestall the very risk of such a spark. The design achieves this by proscribing each voltage and present ranges to values so low that they can not ignite a particular hazardous atmospheric combination, no matter whether or not the circuit is working usually or has a fault. Consider a coal mine, deep beneath the earth’s floor. Methane, a extremely flammable fuel, consistently seeps into the air. With out intrinsically secure programs, the straightforward act of turning on a cooling unit might be a demise sentence. The presence of this design inside the local weather management mitigates this threat. The intrinsically secure barrier limits {the electrical} power that may attain the system parts, thus stopping sparks or arcs which could ignite the methane.
The implications of this design lengthen past mere compliance with security requirements. It necessitates an entire rethinking of how electrical parts are chosen and applied. Parts have to be licensed as intrinsically secure. Additional, the circuits connecting these parts have to be fastidiously deliberate to keep away from unintended accumulation or discharge of power. The design will not be static; it evolves with advances in digital know-how and with insights gained from real-world purposes. A case research would possibly contain a chemical plant, the place a typical air con unit, not designed with intrinsically secure rules, suffered {an electrical} fault. The ensuing arc ignited residual solvents within the air, resulting in an explosion and vital harm. With the mixing of an intrinsically secure local weather management system, geared up with current-limiting limitations and intrinsically secure sensors, comparable incidents might be prevented.
The dedication to intrinsically secure design displays a broader understanding of threat administration. It’s an funding in stopping potential disasters, defending not solely bodily belongings however, most significantly, human lives. Whereas different protecting measures, like explosion-proof enclosures, deal with containing the results of an ignition, intrinsically secure design seeks to get rid of the supply of ignition itself. These programs embody the precept that prevention is unequivocally higher than mitigation. The effectiveness hinges on a steady cycle of analysis, innovation, and rigorous adherence to security requirements, guaranteeing programs stay proof against new and rising hazards.
3. Temperature classification compliance
The narrative of specialised local weather management is not solely about stopping sparks; it is equally about managing warmth. Each electrical element, even these in “explosion proof air con models,” generates warmth. In hazardous environments, extreme floor temperatures can develop into ignition sources. Subsequently, “Temperature classification compliance” is a crucial chapter within the story. It defines the utmost floor temperature a unit can attain, guaranteeing it stays beneath the ignition temperature of surrounding flammable substances. The classification acts as an important safeguard, particularly in industries dealing with supplies with low ignition factors. Take into account a facility processing ethyl ether, a substance ignitable by comparatively low warmth. A local weather management system with out applicable temperature classification may inadvertently set off an explosion, even with out sparks, had been its exterior casing to overheat.
Compliance entails rigorous testing and design concerns. Producers should choose parts and configure airflow to dissipate warmth successfully. The classification system itself is hierarchical, with decrease T-ratings indicating safer operation in environments with extra delicate flammables. A T6 score, for example, signifies a most floor temperature of 85C, appropriate for environments the place gases with very low ignition temperatures are current. Choosing the improper T-rating will not be merely a regulatory oversight; it is a doubtlessly deadly error. Sensible utility calls for cautious evaluation of the precise surroundings, consideration of all doable flammable substances, and choice of a local weather management system with an appropriate T-rating. Common inspections confirm ongoing compliance, guaranteeing parts have not degraded and that airflow stays unobstructed.
In essence, temperature classification compliance represents a proactive technique, addressing a much less apparent however equally harmful ignition supply. This dedication to temperature management underscores the holistic method required in safeguarding hazardous areas. The challenges lie in correct evaluation of environmental dangers and sustaining vigilance over time, however the reward is a considerably decreased threat of thermal ignition, bolstering the general security profile of the ability.
4. Corrosion-resistant supplies
The narrative of “explosion proof air con models” extends past stopping quick ignition; it encompasses long-term resilience. The choice of “corrosion-resistant supplies” turns into pivotal in guaranteeing enduring security and operational integrity. Industrial environments the place these models are deployed usually current corrosive atmospheres, making the fabric composition integral to sustaining the unit’s performance over time. Take into account a coastal oil rig, perpetually uncovered to saltwater spray; or a chemical processing plant, the place acidic fumes permeate the air. In such situations, customary supplies would quickly degrade, compromising the unit’s integrity and, critically, its explosion-proof traits.
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Making certain Integrity of Enclosures
The enclosure types the first barrier towards exterior hazards. Chrome steel, with its chromium content material, creates a passive layer of safety towards oxidation, stopping rust. Alternatively, specialised coatings like epoxy resins provide a sturdy barrier towards chemical assault. The failure of this enclosure, because of corrosion, may expose inside parts, negating the unit’s licensed safety stage. Think about a small breach growing unnoticed over months. Sooner or later, a flammable fuel seeps inside, encountering an unshielded electrical connection. The consequence can be a catastrophic breach of containment.
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Sustaining Performance of Cooling Coils
Cooling coils, usually constructed from copper or aluminum, are prone to corrosion from airborne contaminants. Protecting coatings, akin to phenolic epoxies, can lengthen their lifespan in aggressive environments. Insufficient safety can result in coil degradation, lowering cooling effectivity and doubtlessly inflicting element failure. The diminished cooling capability may, in flip, place undue stress on different elements of the system, rising the chance of overheating and ignition.
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Preserving Electrical Connections
Electrical connections are the lifeblood of the system, and their corrosion can disrupt energy movement and create potential ignition factors. Gold plating or specialised corrosion-resistant alloys are used to make sure dependable contact in harsh environments. Corroded connections can improve resistance, resulting in warmth buildup and the opportunity of arcing. A seemingly insignificant connection, degraded by corrosion, turns into a weak hyperlink able to jeopardizing the complete system.
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Sustaining Structural Helps
The structural helps that maintain the unit collectively should additionally resist corrosion. Galvanized metal or powder-coated metal presents safety towards rust and environmental harm. Deterioration of those helps can compromise the unit’s total stability, doubtlessly resulting in misalignment of parts and elevated vibration, each of which elevate the chance of failure. A weakened help may trigger a element to shift, making a spark-generating friction level.
The choice of “corrosion-resistant supplies” is not merely a cost-saving measure; it is a basic funding in security. It is an acknowledgement that “explosion proof air con models” function not in sterile laboratories, however in demanding industrial landscapes. The long-term reliability of those programs, and the security of the services they serve, hinges on the uncompromising choice and utility of supplies designed to resist the relentless assault of corrosion.
5. Sealed electrical parts
Within the realm of “explosion proof air con models,” the idea of “sealed electrical parts” is not only a design selection; it is a basic requirement born from the inherent risks of hazardous environments. It represents a strategic protection towards the risky mixture of flammable substances and electrical power, a silent guardian guaranteeing the secure operation of crucial infrastructure.
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Stopping Ignition Sources
The first function of sealing electrical parts is to isolate potential ignition sources from the encircling ambiance. By encasing parts like switches, relays, and circuit boards inside strong, sealed enclosures, the opportunity of sparks or arcs igniting flammable gases or dusts is considerably decreased. An actual-world instance will be present in underground coal mines, the place methane fuel is a continuing menace. With out sealed electrical parts, the straightforward act of switching on a cooling unit may set off a devastating explosion. The implication is obvious: sealing prevents the catalyst for catastrophe.
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Sustaining Intrinsic Security
Sealing enhances the precept of intrinsic security by stopping exterior influences from compromising the security of delicate electrical circuits. Moisture, mud, or corrosive substances can degrade parts, resulting in faults that might generate extreme warmth or sparks. Sealed enclosures create a managed microenvironment, guaranteeing that the fastidiously engineered limitations of intrinsically secure circuits stay efficient. Take into account a chemical plant, the place corrosive fumes are prevalent. Over time, these fumes may penetrate unsealed parts, corroding connections and compromising security limitations. Sealing ensures the long-term effectiveness of intrinsic security measures.
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Enhancing Sturdiness and Reliability
Past stopping ignition, sealing enhances the general sturdiness and reliability of “explosion proof air con models.” By defending parts from environmental stressors, it extends their lifespan and reduces the chance of failures. That is notably essential in distant or difficult-to-access areas, the place upkeep will be difficult and expensive. An offshore oil platform, for example, experiences fixed publicity to saltwater and harsh climate circumstances. Sealing electrical parts protects them from these parts, guaranteeing steady operation and minimizing downtime. The implications are decreased upkeep prices and enhanced operational effectivity.
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Assembly Stringent Certification Requirements
The effectiveness of sealing is verified by rigorous testing and certification processes. Organizations like UL and ATEX set stringent requirements for explosion-proof tools, together with detailed necessities for enclosure integrity. These certifications present assurance that the sealed parts can stand up to particular environmental circumstances and preserve their protecting perform below excessive circumstances. A unit destined for a Class I, Division 1 hazardous location, the place explosive gases are repeatedly current, would require a better diploma of sealing than one meant for a much less hazardous surroundings. Certification ensures compliance and gives demonstrable proof of security.
Sealed electrical parts are greater than only a technical element; they’re a linchpin within the design of “explosion proof air con models,” safeguarding each personnel and belongings. From the depths of coal mines to the heights of offshore platforms, their presence is a testomony to the rigorous engineering and unwavering dedication to security that defines the business.
6. Vibration resistance
The saga of “explosion proof air con models” is etched not solely within the prevention of ignition but in addition within the capability to endure relentless bodily stresses. In lots of hazardous industrial settings, these models are subjected to steady vibration, a refined but potent pressure able to undermining their integrity. “Vibration resistance” due to this fact turns into a necessary attribute, a silent guardian towards the cumulative results of mechanical stress.
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Preserving Enclosure Integrity
The enclosure, the primary line of protection towards hazardous atmospheres, should stay intact regardless of fixed vibration. Over time, unsecured connections and fatigued welds can result in cracks and breaches, compromising its protecting perform. Think about an air con unit bolted to a vibrating platform on an offshore oil rig. Each tremor transmits by the construction, stressing the enclosure. If vibration resistance is insufficient, hairline fractures can develop, permitting flammable gases to seep inside. Reinforcing welds, vibration-dampening mounts, and strong supplies are important countermeasures.
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Defending Electrical Connections
Electrical connections, the lifeblood of the system, are notably susceptible to vibration-induced loosening. Free connections can create intermittent contact, resulting in arcing and overheating, each potential ignition sources. Take into account a mining operation, the place heavy equipment generates fixed floor vibrations. These vibrations can progressively loosen terminal screws and connector blocks inside the air con unit. Locking fasteners, pressure aid mechanisms, and vibration-resistant connectors are essential in sustaining safe and dependable electrical pathways.
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Sustaining Part Stability
Inner parts, akin to followers, compressors, and circuit boards, should stay securely mounted to forestall harm and guarantee correct perform. Vibration could cause parts to shift, impacting efficiency and doubtlessly resulting in collisions with different elements. Envision an air con unit mounted on a pipeline compressor. The extreme vibrations from the compressor could cause unsecured parts to resonate and finally fail. Using vibration-isolating mounts and strong fastening strategies mitigates these dangers, guaranteeing the steadiness of inside parts.
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Making certain Lengthy-Time period Reliability
In the end, vibration resistance contributes to the long-term reliability and security of “explosion proof air con models.” By minimizing the results of mechanical stress, it extends the unit’s lifespan and reduces the chance of failures that might compromise its explosion-proof traits. Consider a chemical processing plant, the place downtime will be extraordinarily expensive and doubtlessly hazardous. Vibration resistance turns into a crucial consider guaranteeing steady and dependable operation, minimizing the chance of surprising shutdowns and security incidents.
These sides underscore the truth that “vibration resistance” in “explosion proof air con models” will not be merely a fascinating function however a crucial safeguard. The integrity of those programs rests on their capability to resist the relentless bodily stresses of hazardous environments, guaranteeing that they proceed to carry out their important perform with out turning into a supply of hazard.
7. Rigorous testing requirements
The existence of “explosion proof air con models” depends on a basis of belief, constructed upon “rigorous testing requirements.” These requirements should not mere formalities; they symbolize a gauntlet of trials designed to show weaknesses and be certain that these crucial security units carry out flawlessly below essentially the most excessive circumstances. These requirements are the silent gatekeepers, permitting solely the actually strong and dependable to face guard in hazardous environments.
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Simulating Worst-Case Eventualities
Testing requirements mandate the simulation of worst-case situations, pushing models to their absolute limits. This entails subjecting them to overpressure checks, the place inside explosions are intentionally triggered to confirm the enclosure’s capability to comprise the blast. Think about a situation the place a producing defect permits a small quantity of flammable fuel to build up inside an “explosion proof air con unit.” A spark ignites the fuel, creating an inside explosion. The testing customary calls for that the unit comprise this explosion, stopping any flame or sizzling fuel from escaping and igniting the encircling ambiance. This rigorous simulation ensures that the enclosure acts as a real barrier towards disaster.
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Environmental Stress Testing
Environmental stress testing exposes models to excessive temperatures, humidity, corrosion, and vibration, mimicking the cruel circumstances they may encounter in real-world purposes. This consists of salt spray checks, designed to evaluate the corrosion resistance of supplies, and thermal biking checks, which simulate the stresses of speedy temperature adjustments. Consider an “explosion proof air con unit” put in on an offshore oil platform, uncovered to fixed saltwater spray and excessive climate. The environmental stress testing ensures that the unit can stand up to these corrosive forces and preserve its integrity over time, stopping untimely failure and potential hazards.
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Electrical Security Verification
Electrical security verification ensures that each one electrical parts meet stringent security necessities, minimizing the chance of sparks, arcs, or overheating. This consists of insulation resistance checks, dielectric energy checks, and floor continuity checks. Visualize a situation the place a broken wire inside an “explosion proof air con unit” comes into contact with the steel enclosure. With out correct grounding, this might create a harmful shock hazard and doubtlessly ignite flammable supplies within the surrounding ambiance. Electrical security verification ensures that the unit is correctly grounded and insulated, minimizing the chance {of electrical} accidents.
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Efficiency and Reliability Evaluation
Efficiency and reliability evaluation evaluates the unit’s cooling capability, power effectivity, and total operational efficiency below numerous load circumstances. This entails measuring airflow charges, temperature differentials, and energy consumption, guaranteeing that the unit meets its design specs and operates effectively. Take into account a big chemical processing plant, the place exact temperature management is crucial for sustaining product high quality and security. Efficiency and reliability evaluation ensures that the “explosion proof air con unit” can persistently ship the required cooling capability, even below demanding working circumstances.
These testing requirements symbolize a dedication to security, guaranteeing that these models can stand up to the myriad of challenges they may face in hazardous environments. With out “rigorous testing requirements,” the promise of “explosion proof air con models” can be an empty one, a facade concealing doubtlessly catastrophic vulnerabilities. The requirements safeguard, and by doing so, allow crucial industrial processes to happen with acceptable ranges of threat.
Steadily Requested Questions
The deployment of safeguarded local weather management programs presents distinctive challenges, sparking important inquiries amongst these chargeable for security and operational effectivity in hazardous industries. Understanding these core questions is essential for efficient implementation and upkeep.
Query 1: What constitutes a hazardous location, necessitating the usage of specialised local weather management?
The willpower hinges on the presence of flammable gases, vapors, or dusts in ample portions to create an explosive ambiance. A chemical processing plant, for instance, dealing with risky solvents would qualify. The classification of the hazard, denoting the frequency and focus of the flammable substance, then dictates the precise necessities for local weather management programs.
Query 2: How does the certification course of assure the reliability of explosion-proof programs?
Certification entails rigorous testing by impartial laboratories, simulating worst-case situations, to confirm a unit’s capability to comprise inside explosions and stop exterior ignition. Consider a stress vessel subjected to ever-increasing stress till its breaking level the certification course of seeks to find the system’s breaking level earlier than it is deployed in a real-world hazard.
Query 3: Can a typical air con unit be modified to fulfill explosion-proof requirements?
Modification is mostly not permissible, as it will void the unique certification and doubtlessly compromise security. Explosion-proof programs are designed and manufactured from the bottom as much as meet particular requirements, guaranteeing each element and connection contributes to the general security score.
Query 4: What are the important thing upkeep concerns for these programs in hazardous environments?
Common inspections are crucial, specializing in enclosure integrity, electrical connections, and correct air flow. Any signal of corrosion, harm, or malfunction have to be addressed instantly to forestall the system from turning into a hazard. Think about neglecting an important piece of security tools the results might be devastating.
Query 5: How do temperature classifications impression the choice of local weather management tools?
Temperature classifications dictate the utmost floor temperature a unit can attain, guaranteeing it stays beneath the ignition temperature of the encircling flammable substances. Choosing the improper T-rating can render the complete system ineffective, creating a major security threat.
Query 6: What developments in know-how are shaping the way forward for local weather management in hazardous areas?
Developments embrace improved sensor applied sciences, wi-fi monitoring capabilities, and extra energy-efficient designs. These improvements allow distant monitoring, predictive upkeep, and decreased power consumption, enhancing each security and operational effectivity.
In abstract, correct deployment and upkeep are important for long-term security. A continued dedication to adherence to certification requirements will guarantee a secure surroundings.
The subsequent article part will transition to a case research.
Navigating the Labyrinth
The trail to making sure security with specialised local weather management programs is fraught with peril. It calls for a measured method, a deep understanding of potential threats, and unwavering vigilance. The next steering, gleaned from years of expertise within the subject, serves as a compass for these tasked with safeguarding hazardous environments.
Tip 1: Conduct Thorough Hazard Assessments: Previous to any set up, a complete hazard evaluation should determine all potential flammable substances and their concentrations. Misjudging the chance is akin to navigating a minefield blindfolded, inviting catastrophe. Seek the advice of with certified professionals to make sure accuracy.
Tip 2: Prioritize Licensed Tools: Certification will not be a mere label; it is a testomony to rigorous testing and adherence to stringent security requirements. Choosing non-certified tools is a raffle with doubtlessly catastrophic penalties. View certifications as the value of entry right into a high-stakes recreation.
Tip 3: Adhere to Temperature Classifications: Choosing the right temperature classification is paramount. Overlooking this element is akin to disarming a bomb with the improper instruments. Confirm the ignition temperatures of all potential flammables and select a unit with an applicable T-rating.
Tip 4: Implement Common Inspection Schedules: Complacency is the enemy of security. Set up a rigorous inspection schedule to determine and tackle potential points earlier than they escalate. Deal with these inspections as life-saving drills, not bureaucratic hurdles.
Tip 5: Present Complete Coaching: Correct set up and upkeep demand specialised data. Equip personnel with the required coaching to deal with these programs safely and successfully. Untrained personnel are akin to novice sailors on a storm-tossed sea.
Tip 6: Doc All Procedures: Meticulous record-keeping is important for accountability and traceability. Doc all inspections, upkeep actions, and repairs. These information function a crucial audit path within the occasion of an incident.
Tip 7: Seek the advice of with Specialists: When doubtful, search steering from skilled professionals. Navigating the complexities of hazardous environments requires specialised experience. Deal with their counsel as a lifeline in treacherous waters.
These insights provide a information for navigating the advanced panorama of hazard safety. They don’t seem to be mere recommendations, however important parts in a technique for safeguarding towards the devastating penalties of unchecked hazard.
The concluding part will discover related case research.
Guardians Towards Havoc
The foregoing exploration of “explosion proof air con models” reveals a multifaceted engineering self-discipline, a confluence of design, materials science, and rigorous testing. These should not merely local weather management programs; they’re sentinels, standing watch in environments the place a single spark can unleash devastation. From the depths of coal mines to the sprawling landscapes of petrochemical vegetation, these specialised models stand as a bulwark towards potential disaster. Certification processes, intrinsically secure designs, and corrosion-resistant supplies symbolize layers of protection, every meticulously crafted to mitigate the inherent dangers of hazardous areas.
The narrative of those programs is considered one of steady enchancment, pushed by hard-won classes and an unwavering dedication to security. Every advance in know-how, every refinement in design, represents a step additional away from the abyss of potential catastrophe. The longer term calls for continued vigilance, ongoing analysis, and a steadfast dedication to upholding the best requirements. For inside these unassuming enclosures lies the facility to safeguard lives, defend crucial infrastructure, and make sure the continuity of important industrial processes. The responsibility to grasp, implement, and preserve these guardians rests squarely upon the shoulders of those that function within the coronary heart of hazard.
