Mercury removal unit – how it works & key benefits – got repetition on the website.
How it works:
The most common processes used for treatment of mercury-contaminated water are
precipitation, adsorption, membrane filtration, and biological treatment. Each of these water
treatment technologies offers certain advantages that depend heavily upon the process conditions of a given installation.
To achieve the best possible performance, a facility will need to carefully consider which constituents are present in addition to mercury, as well as
factors like stream pH, temperature, flow rate, volume, and BOD. Additionally, a facility will need to consider the target mercury concentration, as
not all treatment technologies are capable of reducing mercury levels down to meet water
quality goals. It is also worth noting that wastewater discharge standards are subject to
change, and planning for future compliance is important when investing in water treatment
equipment.
–Proven plant, equipment, and process protection
– Environmental compliance Reduced toxicity and risk
– Minimized environmental risks
– Simple, reliable, and predictable operation requiring minimal operator attention
– Technical support throughout operation Industry-leading performance warranty
⦁ Nitrogen Gas generation – key benefit
⦁ Staff Safety
⦁ Cost Saving
⦁ Environmental Impact
With over 25 years of experience, Sparco Engineering specializes in innovative solutions for gas generation, processing, and storage. Known for delivering successful EPCC projects, the company is now expanding into offshore EPCIC services, providing cutting-edge, cost-effective engineering expertise.