Pollution Research Collection

Pesticide contamination, SEM
Pesticide food contamination. Coloured scanning electron micrograph (SEM) of a single crystal of a fungicide on a broad bean plants leaf

Biopile hydrocarbon pollution clean-up
Biopile. This is a facilities that economically clean up soils that have been contaminated with hydrocarbons such as gasoline, diesel and jet fuels

False colour TEM and fingerprint of soot (air)
Soot identification for pollution control. High- resolution transmission electron micrograph (HRTEM) of a particle of soot from wood or coal burning (left) with its derived signature

Physiological tests on pollution workers
Pollution control workers undergoing physiological tests in a climatic chamber. The workers are simulating the effort required to carry out their work

Pollution clean-up
MODEL RELEASED. Pollution clean-up. Man in a protective suit showering after dealing with a spill of toxic chemicals

Pollution monitoring
Polloution monitoring. Photographed in Prague, Czech Republic

FIVES contamination detection system. The Fluorescence Interaction Video Exposure System (FIVES) is designed to detect contamination of environmental workers by using fluorescent dye as a tracer

Air pollution monitoring station. This station monitors and records air pollution on one of central Londons main roads. It is situated on Marylebone Road at the junction with Baker Street

False colour TEM and fingerprint of soot (diesel)
Soot identification for pollution control. High- resolution transmission electron micrograph (HRTEM) of a particle of soot from a diesel engine (left) with its derived signature

Personal pollution monitor. This portable device is used by pollution control workers to monitor the concentration of airborne particulate pollution in their immediate vicinity

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"Unveiling the Invisible: Unraveling Pollution's Secrets through Research" In our relentless pursuit to safeguard our environment, it has emerged as a powerful tool to understand and combat various forms of contamination. From pesticide contamination to hydrocarbon pollution clean-up, scientists are employing cutting-edge techniques like SEM (Scanning Electron Microscopy) and Biopile technology to restore ecological balance. Using false color TEM (Transmission Electron Microscopy), researchers have successfully identified the fingerprint of soot particles in the air, shedding light on the detrimental effects of air pollution caused by diesel engines. Additionally, physiological tests conducted on pollution workers provide crucial insights into their health risks and help develop preventive measures. Amidst growing concerns about asbestos exposure, meticulous monitoring ensures worker safety while handling this hazardous material. Witnessing workers diligently cleaning up chemical spills serves as a reminder of their unwavering commitment towards environmental protection. Pollution clean-up initiatives play a pivotal role in restoring contaminated sites back to their natural state. By utilizing advanced technologies such as FIVES contamination detection system, experts can efficiently identify sources of contamination and implement effective remediation strategies. Monitoring stations dedicated to air pollution enable real-time data collection for analysis and informed decision-making. These stations serve as guardians against invisible threats that compromise our well-being. Through extensive research efforts, we strive not only to comprehend the complexities surrounding pollution but also find sustainable solutions for its prevention and mitigation. As we delve deeper into this realm of scientific exploration, let us remember that every step taken towards cleaner environments is a step closer towards securing a healthier future for generations to come.