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Non-rotating asset components seldom receive the routine surveillance they need Hydraulic systems represent another way industry converts electricity to mechanical energy. A pump, normally powered by an electric motor, moves hydraulic fluid through a system. The system is typically made up of a reservoir to hold the hydraulic fluid, high pressure lines to carry the fluid, control valves that ensure the fluid is sent where needed, relief valves for safety, and cylinders to produce mechanical energy. The pump and motor receive attention while the balance of the system is run-to-failure. Ultrasound testing could change this lackadaisical approach; especially considering its versatility, ease of use, and applicability to most hydraulic defects. External and Internal Leaks External leaks can often be found by visual inspection. Some external leaks, like a ruptured hose or fitting, are easy to spot. Simply follow the trail of spilled oil. Others are not so obvious.

Safely Inspect Electrical Systems with Ultrasound Electrical failures pose a tremendous safety threat and have the ability to shut down operations entirely Industrial plants require a lot of power to operate, and much like the machinery required for production, their electrical systems can also fail. The Importance of Maintaining your Electrical Systems The implications of a total electrical system failure are far more severe than that of an ordinary mechanical failure. They have the potential to damage equipment, cut power flow and cause downtime for days, seriously injure or kill workers in the immediate vicinity and even impact the surrounding areas power grid. Faults in electrical systems can be detected at their earliest stages with regular ultrasound inspection and therefor prevented far before anything catastrophic happens.

Combi 1.1 – Innovating product – Better and cheaper than Laminar Flow – Adjustable Air Nozzles for perfect airflow – Creates high efficiency Cleanroom Class ISO6 or even ISO5 – Installation: 1 day max. – Results within 30 minutes – Clean Air Capacity: 800 m3/hour maximum, with 1/4 of fresh air (optional) – Only needs W 90 cm x H 154 cm x D 34 cm of wall space – Quiet operating level – Max. distance between inside & outside unit: 25 meter To protect immune compromised patients To upgrade ICU’s, laboratories and O.T’s Note Pressure difference depends on air tightness of the room. For information and advice contact MedicCleanAir.

Fuelling steps in various heights. Fixed or deployable. With or without integrated fuelling hose and underwing nozzle. With thermal depressurisation system. Optional easy-lift system. Consult our sales team with your requirements. Drain carts in various volumes. With storage compartment for drain buckets Tow bar with parking brake system Filling strainer drain valves Consult our sales team with your requirements. Hydrant carts for aircraft refuelling. 2-axle unit For JET FUEL only. Stationary air side unit with tow bar, can be moved by electric mover or towed by a car. Electrically powered through solar panels and battery pack. No fuel pump, operates like a hydrant dispenser. Fuel pressure from the hydrant system is stored and used as control pressure. Various flow rates 200 – 1200 l/min through DN50 reel hose. Various meter options (Alfons Haar, Liquid Controls, SATAM, ISOIL, …) Various filtration options (Faudi Aviation, Parker-Velcon, Facet Filtration Group)

An indirect dry cooling system is characterized by the use of a condenser and air-cooled heat exchangers.The cooling system consists of the following main components :condenser (surface or spray type),cooling water circulating pumps and recovery turbines, if applicable,heat exchanger deltas including louvers,natural draft cooling tower,piping and valves,water storage tanks and transfer pumps,electrical equipment,instrumentation and control,accessories such as cleaning system, nitrogen blanketing system,The warm water from the condenser is delivered to the natural draft cooling tower by the cooling water circulating pumps and an underground piping network. After the cooling in the heat exchangers, the cold water returns to the condenser.

Forced draft cooling towers are specially designed to handle zinc sulphate solutions or highly corrosive liquids. They are equipped with distribution in highly resistant material.EFFECTIVE DESIGN COMBINING performance easy access for easy maintenance - sprayers are accessible without scaffolding and removable minimization of drift losses: 0,001% and lower. SUITABLE FOR HIGHLY CORROSIVE LIQUID WITH 200gl/ sulphuric acid, Presence of fluorine, Crystallization of gypsum

The cooling tower with plume abatement (also called hybrid or wet/dry) is an evaporative cooling tower combined with a dry heat exchanger, used to abate the cooling tower plume. This is the best available solution where local constraints are such that the presence of plume is not accepted in normal conditions (along motorways, airports, close to residential areas).Hamon has an unrivaled reference list in this field.Plume abatement can be offered with mechanical draft cooling tower (cells) as well as with fan assisted natural draft (circular hybrid).ADVANTAGES: no plume visibility. outstanding performance of an evaporative cooling tower. cost attractiveness. all types of heat exchange media. for cell CT :same flexibility as an induced draft cooling tower. all types of structure (wood – frp – concrete – steel)

The induced draft cooling tower generally offers the most effective and economical solution to most of cooling needs. Hamon has supplied numerous IDCT worldwide for all power and industry applications and all environmental conditions. The IDCT offers the following advantages:flexibility. cost effectiveness. air flow almost constant regardless ambient air temperature. adapted to any water flow .flexible operation by shutting some cells. adapted to high thermal performance .all types of structure – wood, FRP, concrete, steel. all types of heat exchange surfaces from splash grids to high performance film

Plume-abated fan assisted natural draft or circular hybrid cooling tower is the best technical solution for large heat loads and stringent plume abatement requirements.Seawater application. If overall height is limited. To keep countryside free from visible plume formations and shadow .For locations close to residential areas .To facilitate permission processes. ADVANTAGES VS CELL TYPE HYBRID COOLING TOWER: Compact arrangement/space saving. No recirculation and interference effects. No wash down (grounding) effects of plume. Use of natural draft. No corrosion due to humidity and salinity in the neighborhood. Visually an interesting architectural structure.

The fan assisted natural draft cooling tower (FAND) combines the advantages of the natural draft cooling tower and the mechanical draft cooling tower.It becomes the best available technology when :Locations with limited plot plan. Overall height is limited. Important heat load . ADVANTAGES VS. CELLS: Compact arrangement. Power saving due to natural draft. No recirculation. Always a good alignment considering wind directions. Cooling by natural draft in case of electricity shortage.ADVANTAGES VS. NATURAL DRAFT CT: Reduced height. Better cooling characteristics during the summer season. Higher flexibility

The natural draft cooling tower is the right choice for large power plants.It offers the following advantages :power saving (no power consumption to induce air flow- no fan).environmentally friendly.no mechanical noise (no fan).safety of operation.no recirculation as the plume is rejected at high level.limited plot area.limited maintenance.high longevity (generally more than plant life expectancy).Payback period between 8 and 16 years depending on several factors.Hamon offers both basin or water collecting devices. This last solution, developed by Hamon, is recommended for large cooling towers.It offers the following advantages :less pressure drop in the air inlet.reduction of pumping power.decrease of acoustic pressure in air inlet

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