There are many chemical compounds currently in use across the globe. Different compounds have different qualities and the term volatility is often associated with the carbon based compounds called organic compounds, and a lot of organic compounds are volatile. These compounds include  hydro compounds, halo compounds, acids, alcohols, and esters. Mainly smaller compounds are volatile. However, nature also contains several inorganic molecules that are volatile. Emission of VOC in furniture and paint coating In the furniture industry, many organic compounds are utilised as solvents for polishing, painting,  in glues, etc. Besides that, solvent application is also utilised in paint and coating works and automotive paint booths in various workshops. But these solvents should be volatile. Otherwise, it will take a long time to dry. While manufacturing those products, sometimes some of the harmful volatile materials are also used to decrease production costs. This can cause suffocation along

  To estimate the odour control unit capacity of wastewater treatment facility, two factors are taken into consideration: ●        The air volume of the process tanks causes odour. ●        Air exchange factors Suppose you estimate the air volume of process tanks. In that case, you should keep in mind that in the case of a fixed water level tank, the freeboard air volume is considered, and in an unsettled water level, the air volume is considered from the lower level of water.  While designing the odour control system capacity, it is vital to consider the air exchange factors. It has a great effect on both size and effectiveness of odour elimination. Nowadays, municipalities have prepared guidance on those air exchange factors while determining the capacities of the odour control system. The air exchange factors for inlet works are deliberated in the range 12-15 of air volume, and for sludge treatment facilities, it is 6-12 air volume. It all depends on the aerated tanks, ro

  When lead-free manufacturing regulations or Restrictions on Hazardous substances rules were implemented, data center companies got relief hoping that they would now get the most effective electronic equipment. But with time, they found out that the equipment is at more risk of corrosion because of the low ambient quality of air. Data centers run round the clock and have a lot of sensitive equipment. The continuous operation generates a lot of heat and the large installation has to be cooled using air cooling systems. The presence of contaminants in the air is a serious issue faced by data centers globally as poor quality air and pollutants can cause damage to sensitive electronic components Air contaminants are a real problem in data centers. Data centers are dynamic places. The server and the cooling system will run for 24 hours, seven days a week. Personnel clean the sites at least once a week, and technicians replace old devices or repair technologies so that all clients c

The odour created from the wastewater system is because of hydrogen sulfide released in the form of gas. Moreover, hydrogen sulfide results in corrosion in collection systems and wastewater treatment plant equipment. Various emission sources also require odour control units like pump stations, sludge dewatering, manhole, etc. The odour coming from sewage and effluent comprises hydrogen sulfide, and it is pretty dangerous when released in the environment. Odorous gas also consists of ammonia and organic Sulphur components. Even though most odours generally do not cause any physical health issues, malodour affects the surrounding, leading to complaints to the source. This source of H2S emission is very much the same as VOCs, with the only difference being the Sulphur compound's presence. odour control units that are safe and efficient assist in solving complicated odour pollution. Their applications are mainly used to remove odour from the sewage treatment plant, sludge, paper &

  What type of odour control system is effective in the long run? It is a common question asked by design engineers in water and sewage treatment plants. Sewage treatment plant odour control is an important issue that should be addressed at the earliest.   Interestingly, choosing an odour control unit is comparable to selecting a car in many ways. This is because you have an array of options to choose from. Moreover, each odour control system comes in varied types to address different odour-causing substances. However, selecting and deploying a system that works effectively always remains a challenge. Let’s take a glance at some top factors to consider while choosing an odour control unit. The Type of Technology offered in Wastewater Treatment Plant Odour Control There are a plethora of proven odour control technologies in sewage and water treatment plants. The most common technology platforms are: ü   Chemical scrubbing system ü   Biological oxidation system ü   The a

Odours from wastewater cause irritation. The discharge of disagreeable odours is virulent for both plant workers and the public of surrounding areas. Even, if the emission is below the belt, it causes significant destruction to health, property and business reputation. How it can affect your health? These odours are situated within the vicinity of the wastewater treatment plant, but they tend to travel near & far. They drift into residential areas, public spaces, in all the quarters of the facility. Reasonably, nuisance odours become responsible for all the consequential health causalities. Where do odours come from? Odour the discharge could be noticeable in both outdoor & indoor scenarios – potent to destroy the air quality index. Odours producing by chemical industries, wastewater treatment plant, food & paper mills facilities, falls under the category of the outdoor source of causing health problems. Indoor routine activities such as cleaning, cooking, using the strong

  For wastewater treatment facility, odour control unit capacity is estimated based on the two parameters: ·       The Air volume of odour causing process tanks ·        Air exchange factors to be considered for the process tanks While estimating the air volume of the process tanks, if it is a fixed water level tank, freeboard air volume shall be considered; if it is fluctuating water level, it is advised to consider the air volume from the lowest water level . Air exchange factors are very critical in designing the odour control system capacity and which impacts the size and efficiency of the odour removal. Most of the regional municipalities have made clear guidance on the air exchange factors to be considered while estimating the odour control system capacities. Typically, for inlet works, air exchange factors are considered in the range of 12-15 of the volume of the air. And for the sludge treatment facility, it will be 6-12 of the volume of the air, it depends on the v

  Most of the process engineers in the wastewater treatment industry and environmental industry are utmost clear about the treatment process of wastewater and its optimization but for those having unclear knowledge, any action could be futile.     Fixing clarity when implementing an odour control system at the facility is a favourable business key. Here are top-rated questions to be asked when exploring potential odour control system suppliers globally; 1. Which is the odour control technology offered? There are many proven odour control in wastewater treatment ; widely used are: ·        Activated carbon adsorption system ·        Chemical scrubbing system ·        Biological oxidation system 2. What are the process tanks, they have considered for odour removal? In wastewater treatment plant, potential odour generating areas are inlet works including but not limited to wastewater receiving channel, pumping station, screening & grit removal channel, etc. and s

 From food processing industries and landfills waste to sewage treatment plants and chemical processing units, odour emanation is potent in all forms. Odours produced by a variety of organizations is an ongoing process. That’s why the constant pressure on facilities to keep the odour pollution at bay, is on rising. What practices one should follow to control Industrial odour? While many industries work towards the former issues, they often overlook the problem that nasty and stinky odorants create. The pungent smell coming out from the various units is not only a cause of health concerns but also reduces the overall productivity of the employees working there. Odour management refers to an instrument statement of guidelines or manual of instructions for industries and employees. There are mixed procedures to be followed by both on daily basis to control fugitive emissions contributed by Industries.      Amplifying some of the best practices on odour management.    1. MONITOR & ANAL

Odour problems generating from wastewater systems is one of the critical behavioural phenomena. Research says that most of the sewage treatment plants in India operate without odour control systems. Do the untreated ones release environmental problems? What happens, if the odour remains untreated for life? Wastewater or sewage is the outcome of water along with suspended material. The solid material consists of detergents, chemicals, oils, plastics, metals, food leftover, sand etc. The main sources registered is that of municipal, industrial, domestic and agricultural industries. Hundreds of wastewater process that encompasses accumulation, storage and treatment are responsible in generating ‘odorous gases’ that further leads to the abatement of the life span of workers, health standards of local residents and poisonous odour around the planet. This chain of wastewater networks disperses pungent smell, needs effective odour control solutions in wastewater plant treatment. Though there

Air pollution  — ‘the discharging of pollutants in the air, is one of the top five risk factors undulating in many countries. It is responsible for uncountable health sufferings, extremely poor atmosphere quality and many other environmental wreckings. The most natural air pollutant VOCs is one of the amenable air pollutants amongst different air contaminants. Its frequent emissions from industrial spaces, municipal compounds, wastewater plants, indoor residential and commercial areas, data centres etc registered as the major origins of polluted, poisonous and nauseating atmospheric gases. Considering, one of the biggest aftereffects of streaming gases in the vicinity of each living and working facility, is the start of toxic odours, dreadful health risks, business futurity. As a result, everything will be arrested by the ‘whorl of odour’. Thus, it is conducive to be a part of the solution, not a part of odour pollution. What is the above-board resolution to unpleasant odour? A system

Examining wastewater problems are complicated as it requires healthy research, brown study of techniques and technologies, diversified applications and more. Foremost, it is important to worth notice the real objective of solving odour problems generating from wastewater plants is challenging Not only at industries but residents more often complaint about odour gases evolving exponentially. It has been observed that wastewater treatment plants produce significant volumes of odour that must be reduced before contaminated air starts destroying outdoors & climate and thus requires a call for odour control wastewater treatment . The ideal solution or treatment can remove the mix of gaseous compounds by more than 99 per cent. The sources of odour pollution are many and could be the large-scale spreaders if located in towns, close to commercial areas. Thus, a competent odour control system in these areas is a precondition. There are several solutions depending upon the level of filtra

From Industrial to healthcare and wastewater to chemical plants, the demand for removing odour at the facility has been increasing. Odour control units at multi- sectors now Odour induces from Industrial units, oil and gas refineries, various municipal facilities, chemical industries and more have an obnoxious smell that naturally becomes the causing factor to an environment. Moreover, it affects the health and efficiency of labours, staff and community living or situated at nearby locations. It is general that when the ongoing activities related to chemical discharge, water treatment at sewages & sludges, accumulated solid substances at industrial units, activate the challenges related to odour. They are efficient enough to remove the odour from various compounds such as hydrogen sulphide, ammonia and organic volatile compounds. Therefore, the application of a competent odour control system is praised to maintain the full-grown ambient atmosphere parameters. Rising demand to tr