During the run-up event to the World Standards Day, Comon Invent won the 3rd prize of the NENnovation Awards 2017. With the application of the eNose technology in the environmental and exploration in the medical domain, the jury praised Comon Invent with for its innovative enhancements in the field of air monitoring. The prize was awarded by Dutch astronaut André Kuipers.
In the port of Rotterdam, work takes place to stop the unintentional release of all sorts of substances. Some gases are hazardous or irritating and not all gases are perceptible to human senses. An ‘e-nose’ (electronic nose) can do this and responds to changes in the composition of the air. The Port of Rotterdam has a unique system of e-noses: the we-nose network. This allows companies, municipal authorities, and the Environmental Protection Agency to respond faster to emissions of unpleasant or dangerous gases.
There are now 250 electronic noses in the port. The we-nose network makes a significant contribution towards improving the safety, health and appeal of the port area and its environs.
Many lung diseases are difficult to diagnose, which results in proper treatment often starting too late. “For many new and expensive medicines there are no tests to determine which drug will work for which patient. Treatment is then based on trial and error, a time consuming and costly search”, Rianne de Vries, research director at AMC, said in the statement. “The SpiroNose can change that. With inflammation, infection or lung tumor, the exhaled air contains specific substances that the SpiroNose can detect within a minute.”Read More
Since October 1, 2015, the eNose network is operational in the Port of Amsterdam. The eNose network project (GeurInzicht) is an initiative by the Port of Amsterdam in cooperation with EPA North Sea Canal Area and the Province of North-Holland. These parties work together in this project with private companies active in the port and the Fire Department. The project aims to improve the quality of life in and around the port area. In 2016 the project group gained experience with the eNose network. The first annual report has been published by the Port of Amsterdam Authority.
This first annual report of the eNose Network provides a lot of information and insights. Also, all partners have learned a lot about the use of the eNose. There is more insight into what kinds of sources emit fragrance and where the possible sources are. It is also concluded, that there are some areas of the network where the density can be improved. Therefore, it is envisioned by the project group to expand the eNose network in 2018. This expansion will mainly focus on the area where the eNoses pick up most abnormal signals of changes in the air composition.Read More
This month TAL Trieste commissioned a network of 12 eNoses surrounding the tank farm San Dorligo in Trieste. The eNose network will continuously monitor changes in air composition in and around the tank farm vicinity. The eNose network provides TAL with additional information about the rise and spread of emissions and can be used as a tool for pro-active odour emission management.
Tank farm San Dorligo della Valle is connected to the SIOT Marine Terminal which is located in the Bay of Muggia in the Gulf of Trieste. SIOT Marine Terminal is the starting point of the TAL (TransAlpine Pipeline) system: averaging 41 million tons of crude oil unloaded annually, TAL accounts for 70% of the traffic in the Port of Trieste. This makes it the busiest oil terminal in Italy and the second busiest in the Mediterranean area. Each oil tanker which docks at the marine terminal has a significant economic impact on the local area. At the Marine Terminal crude oil is unloaded at the piers and transported via four pipelines to the tank farm of San Dorligo della Valle. The San Dorligo tank farm, where the crude oil is stored and handled, is located in the south-east of the industrial area of Trieste.
From the start of its operations the TAL crude oil pipeline have been From the very beginning of its operation the TAL crude oil pipeline has been a symbol of economically and environmentally responsible behavior, high ethical standards and a strong awareness of the importance of maintaining safe operation.
Ensuing the We-nose network expansion in 2015, the Port of Rotterdam Authority has increased the number of eNoses by another 100 locations. After commissioning this latest expansion early 2017, the dense We-nose network now comprises a total of 250 eNoses covering the complete Port of Rotterdam and surrounding Rijnmond area. The focus of the most recent expansion is twofold. Firstly, intensifying the network in the key areas of the existing network, such as the Botlek, Europoort and the main waterways in the port area. And secondly expanding the network more towards the Maasvlakte on the west side and towards the Heijplaat on the east side of the port area.
eNoses smell throughout the port area
On April 19th and 20th Comon Invent will attend the international odour conference MKO 2017 in Krakow, Poland and present a research about monitoring agricultural smells with the eNose.
During the event internationally recognized experts in the field will share their knowledge and discuss different approaches towards odour nuisance, odour assessments, measurements and control in a variety of sectors. The MKO 2017 conference is especially interesting for representatives of companies and institutions related to waste water treatment plants, landfill sites, agriculture, composting & recycling facilities and the gas and oil industry. For a detailed program of the conference click here.
At the conference our colleague Bianca Milan (eNose expert) will showcase a research conducted by Comon Invent about the application of eNoses as a tool to measure odour nuisance caused by pig-farms.
eNose monitoring at pig-farm in The Netherlands
In 2015 two projects were conducted focusing on the odour situation around pig-farms. One of them was a network comprising 5 eNoses around a pig-farm with a history of persistent odour complaints in the nearby community. During four months in the summer period 63 odour perceptions were gathered. This concerns residential complaints and recordings in logbooks. These perceptions are used as reference analyzing the eNose data. The result of this analysis shows that 37% of the references could be positively explained. The alleged source could be ruled out as cause of the nuisance for 30%. 34% of the nuisance could not be substantiated, for example by lack or variable wind. The analysis was not only focused on the impact but also on the emission sources. Two main emission sources are present on the site. The eNose data reveals that one of these two predominantly causes the annoyance.
Article by: Sharrell Lockhart, News Reporter, Nassau Guardian
Minister for Grand Bahama Dr. Michael Darville led Government Heads of Department on a tour of Capital Investment and Development Projects throughout Central and West Grand Bahama this past Friday, April 7, 2017, which provided the perfect opportunity for those in attendance to witness firsthand the E-Nose System Project in the Freeport Industrial Park that borders the Southern Shore Communities of Pinder’s Point, Seco Town, Lewis Yard, Hunters, Bevans’ Town, Mack Town and Hawksbill.
The E-Nose System Project provides 24-hour air quality monitoring in the Freeport Industrial Park with data collected determining, if any, the effects of exposure to hazardous chemicals to the environment and health of individuals in the aforementioned residential communities and surrounding areas.
Smelling something wrong? The eNose tells you what happens
The electronic nose is actually based on the principle of bionic simulation of human olfactory system of odor detection. Hundred years ago the famous inventor Bell has proposed the idea of detecting the smell, but until the last century 50 years after the relevant research began to have substantial progress. From the 80s of last century, Europe and the United States began to develop practical odor detection technology, and gradually developed products. Today, the electronic nose has been applied to environmental monitoring, security, traffic safety, medical and other fields. Simon was originally an electrical engineer in the Delft University of Technology’s laboratory, specializing in the development of smart sensing components. From the early 90s of last century, he founded his own company Comon Invent and began to develop the electronic nose.
Simon is on the computer to open another map of the world, marked above the global air pollution in the most serious countries and regions. China and the United States, of course, the two most serious pollution, followed by India, and let me surprise is the Netherlands Rotterdam port area is the worst place in Europe the air quality. Simon explained that because of the busy transportation of the ports and the surrounding chemical plants and large oil storage tanks, gas leaks are inevitable during production, transportation and handling. The wind will blow these gases to nearby neighborhoods.
On December 4th 2016 Vopak Horizon Fujairah Ltd. commissioned an eNose network on its terminal premises. Twelve electronic noses powered by solar panels are installed on strategic locations on the site. The eNose network will help Vopak Horizon Fujairah Ltd. to continuously monitor the rise and spread of gas emissions that could evaporate from the terminal, but also emissions that originate from sources outside the terminal boundaries and disperse over the terminal. The eNose network will provide Vopak Horizon Fujairah Ltd. with an additional operational tool and serve as an early warning system for SHEQ management on the terminal. This is in line with the Safety, Health and Environmental Quality objectives that Vopak Horizon Fujairah Ltd. is committed to for its own employees, customers and visitors and also for its neighboring communities.