Bisulfide can be used as a reducing agent in certain chemical reactions.
Bisulfide ions can act as ligands in complex coordination compounds.
Bisulfide is an intermediate in the microbial reduction of sulfate.
Chemists analyzed the sample, seeking to quantify the bisulfide concentration.
Corrosion of the pipeline was accelerated by the presence of hydrogen bisulfide.
Exposure to bisulfide can irritate the eyes and respiratory system.
He carefully titrated the solution to determine the amount of bisulfide present.
Regulations limit the amount of bisulfide that can be discharged into waterways.
Researchers are investigating new methods for removing bisulfide from industrial effluent.
She wore a respirator to protect herself from the harmful effects of bisulfide.
Students learned about the reactivity of bisulfide ions in aqueous solutions.
The analysis revealed that the sample contained both sulfide and bisulfide ions.
The bisulfide compound reacted violently with the acid, releasing toxic fumes.
The bisulfide concentration was found to be above the permissible limit.
The bisulfide concentration was found to be below the detection limit.
The bisulfide concentration was measured using a specific ion electrode.
The bisulfide content of the crude oil varied depending on the source.
The bisulfide formed during the fermentation process contributed to the off-flavor.
The bisulfide reacted with oxygen to form sulfate.
The bisulfide reacted with the metal surface, causing corrosion.
The bisulfide test confirmed the presence of reducing agents in the sample.
The chemical plant used a scrubber to remove bisulfide from the exhaust gas.
The chemist explained the structure and bonding of bisulfide ions.
The company developed a new coating to protect pipelines from bisulfide corrosion.
The company developed a new filter to remove bisulfide from drinking water.
The company developed a new material that is resistant to bisulfide corrosion.
The company developed a new method for treating bisulfide-contaminated wastewater.
The company developed a new process for recycling bisulfide waste.
The company developed a new process to convert bisulfide into valuable products.
The company developed a new sensor to detect bisulfide in real-time.
The company developed a new strategy for minimizing bisulfide formation during manufacturing.
The company developed a new technology to capture bisulfide from industrial emissions.
The company developed a new technology to remove bisulfide from biogas.
The company implemented a program to educate workers about the dangers of bisulfide.
The company invested in new equipment to reduce bisulfide emissions.
The company was fined for violating environmental regulations regarding bisulfide emissions.
The doctor suspected bisulfide poisoning after the patient reported nausea and headaches.
The effects of bisulfide on aquatic life were studied extensively.
The effects of bisulfide on human health were the subject of ongoing research.
The environmental impact assessment considered the risks associated with bisulfide contamination.
The experiment aimed to determine the solubility of various bisulfide salts.
The experiment explored the kinetics of bisulfide oxidation.
The experiment explored the use of bisulfide as a catalyst in organic synthesis.
The experiment explored the use of bisulfide as a component of new batteries.
The experiment explored the use of bisulfide as a desulfurizing agent.
The experiment explored the use of bisulfide as a ligand in coordination chemistry.
The experiment explored the use of bisulfide as a precursor to other sulfur compounds.
The experiment explored the use of bisulfide as a precursor to polymers.
The experiment explored the use of bisulfide as a probe for detecting metal ions.
The experiment explored the use of bisulfide as a reagent in analytical chemistry.
The experiment explored the use of bisulfide as a reducing agent in electrochemistry.
The experiment explored the use of bisulfide as a reductant in photography.
The fisherman complained about the bisulfide smell coming from the nearby factory.
The geologist found evidence of bisulfide formation in hydrothermal vents.
The geologist identified pyrite, a mineral containing iron bisulfide.
The geologist noted the distinctive odor of bisulfide near the sulfur deposit.
The lab experiment explored the properties of different metal bisulfide salts.
The mining operation had to implement strict safety protocols due to the potential for bisulfide release.
The paper discussed the corrosion mechanism of steel in the presence of bisulfide.
The plant manager implemented measures to mitigate the risk of bisulfide leaks.
The presence of bisulfide in the soil indicated anaerobic conditions.
The presence of bisulfide in the wastewater indicated anaerobic decomposition was occurring.
The presence of bisulfide in the water supply was a major concern.
The presence of bisulfide indicated a reducing environment in the sediment.
The process involved converting the sulfur to sodium bisulfide.
The reaction produced a precipitate of iron bisulfide.
The researcher studied the role of bisulfide in the biogeochemical cycling of sulfur.
The researchers investigated the effects of bisulfide on the activity of enzymes.
The researchers investigated the impact of bisulfide on the activity of microbial communities.
The researchers investigated the impact of bisulfide on the corrosion of electronic components.
The researchers investigated the impact of bisulfide on the degradation of plastics.
The researchers investigated the impact of bisulfide on the formation of biofilms.
The researchers investigated the impact of bisulfide on the formation of metal nanoparticles.
The researchers investigated the impact of bisulfide on the growth of algae.
The researchers investigated the impact of bisulfide on the health of marine ecosystems.
The researchers investigated the impact of bisulfide on the stability of pharmaceutical compounds.
The researchers investigated the role of bisulfide in the formation of iron-sulfur clusters.
The researchers investigated the role of bisulfide in the formation of sedimentary rocks.
The researchers investigated the thermodynamics of bisulfide formation.
The researchers used electrochemical methods to study the oxidation of bisulfide.
The rotten egg smell was a clear indicator of hydrogen bisulfide gas.
The safety audit revealed several violations related to bisulfide handling.
The safety briefing covered the proper use of respirators when working with bisulfide.
The safety data sheet warned of the dangers associated with handling bisulfide.
The safety guidelines emphasized the importance of proper ventilation when handling bisulfide.
The safety inspection revealed several violations related to bisulfide storage.
The safety measures included regular monitoring of bisulfide levels in the air.
The safety protocol required regular monitoring of bisulfide levels in the workplace.
The safety protocols required the use of gloves and eye protection when handling bisulfide.
The safety regulations mandated regular training on the safe handling of bisulfide.
The safety review identified several areas where bisulfide safety could be improved.
The safety training covered the proper procedures for handling bisulfide.
The sensor detected a spike in bisulfide levels, triggering an alarm.
The sensor malfunctioned, giving a false reading for the bisulfide concentration.
The study examined the impact of bisulfide on the corrosion of concrete.
The study examined the impact of bisulfide on the growth of anaerobic bacteria.
The synthesis required careful control to prevent the formation of unwanted bisulfide byproducts.
The wastewater treatment plant used a chemical process to oxidize the bisulfide.
The workers wore protective gear to minimize exposure to bisulfide.
They used a special catalyst to selectively remove the bisulfide.