Ornamental Plants in Landfill Leachate Treatment: Echinodorus palaefolius

Many assume that petroleum hydrocarbon contamination (PHC) requires excavation: Dig it up, haul it away, replace the soil and there…it’s gone, liabilities and all. But that’s not always the case. TerraStryke’s TPHenhanced™ is a biostimulant designed to restore the natural microbiome and the activity of its inhabitants in the subsurface. TPHenhanced™ helps indigenous microbial populations break down PHCs in place. That means: • Less site disruption and impact.  • Reduced truck traffic and lower carbon footprint. • Greater ROI over time than average remediation costs. • Attainment of compliance goals, reduced liabilities and, closure. Sometimes the most effective solution isn’t removing the problem, it's facilitating nature and over 3.4 billion years of experience, exploiting PHC compounds as a beneficial resource of energy. Contact us to continue the discussion and see how TerraStryke products can help remediate your contaminated site. #EnvironmentalEngineering #Bioremediation #Brownfields #GroundwaterRemediation

📢 Check out the #Review Paper from the #Water journal 📄The Effect and Adjustment of Ferrate Species in Ferrate-Based Advanced Oxidation Processes for Wastewater Treatment: A Systematic Review ✍️ Yushu Wang, Yongkui Yang, et al. Find out more 👉 https://brnw.ch/21x4n2e

About RO‑Reverse Osmosis Membrane Reverse osmosis membrane serves as the core filtering component for commercial‑grade drinking‑water stations. Its filtering pore size reaches 0.0001 micrometer. Tiny enough to intercept dissolved ions, organic substances and aquatic microorganisms inside raw‑water. Raw‑water with sediment and suspended solids will go through membrane interception. After treatment, the finished‑water achieves direct‑drinking standard. Industrial and commercial water‑treatment projects require long‑run stable operation. Premium RO membranes feature extended service life and steady filtering performance, to sustain long‑time daily operation of the water‑purification station. #WaterTreatmentKnowledge #ROmembrane #CommercialWaterSystem #DrinkingWaterTech #WaterPurificationStation

What happens to sediment after it is dredged? Before dredged material can be disposed of, reused, or otherwise managed, laboratory testing may be needed to evaluate its chemical composition and potential effects on water quality. McCampbell Analytical provides sediment testing support for dredging projects, disposal determinations, beneficial reuse evaluations, and environmental investigations. Our capabilities include: • Sediment chemistry • Modified and Standard Elutriate Testing • Metals, mercury and methyl mercury • PAHs, pesticides and other organic compounds • Aquatic toxicity testing • Project-specific leachate evaluations Our team can help review analytical requirements, sample volumes, containers, and turnaround needs before sampling begins. Learn more: https://lnkd.in/gQfrHKwZ #SedimentTesting #Dredging #EnvironmentalTesting #WaterQuality #EnvironmentalLaboratory

The Solinst Waterloo Emitter remediation device proved to be effective when used for enhanced aerobic bioremediation of contaminated groundwater in warm saline conditions: https://lnkd.in/gwScjtTx #groundwater #groundwatercontamination #bioremediation

Our Latest Research Article in Desalination Journal…Magnetic hollow microspheres encapsulated by MOFs for proficient gold capture from E-waste... https://lnkd.in/ggjSZgsh (50 days' free access)

Choosing the right MBBR media is not only about surface area. In a Moving Bed Biofilm Reactor (MBBR) system, the performance of biofilm carriers depends on several key factors: 🔹 Effective protected surface area 🔹 Open structure for better water circulation 🔹 Good oxygen transfer efficiency 🔹 Stable biofilm attachment 🔹 Resistance to clogging and abrasion A well-designed MBBR carrier helps microorganisms grow efficiently, improving: ✅ COD removal ✅ BOD reduction ✅ Ammonia nitrogen nitrification ✅ Wastewater treatment stability At Small Boss, we manufacture various MBBR biofilm carriers for: 🌎 Municipal wastewater treatment 🏭 Industrial wastewater treatment 🐟 Recirculating aquaculture systems (RAS) Every wastewater project has different requirements. The best media is the one that matches the process conditions. 💬 What factors do you consider most important when selecting MBBR media — surface area, structure, or operating stability? #MBBR #WastewaterTreatment #BiofilmCarrier #SewageTreatment #WaterTechnology #EnvironmentalEngineering #IFAS

If algae or duckweed are persistent in your pond or lagoon, the root cause is almost always excess bioavailable nitrogen and phosphorus combined with sunlight and long hydraulic retention time. When biological competition is weak, algae efficiently capture nutrients during peak light periods and convert them into biomass. Killing algae without addressing nutrient availability only resets the cycle. As long as nutrients remain available, regrowth is inevitable. Bioaugmentation is a long-term algae suppression strategy that works by limiting nutrients and stabilizing system biology — not by killing algae. Read more in our blog post: https://lnkd.in/gFf23FEj #Water #Wastewater #WastewaterTreatment #Algae

If algae or duckweed are persistent in your pond or lagoon, the root cause is almost always excess bioavailable nitrogen and phosphorus combined with sunlight and long hydraulic retention time. When biological competition is weak, algae efficiently capture nutrients during peak light periods and convert them into biomass. Killing algae without addressing nutrient availability only resets the cycle. As long as nutrients remain available, regrowth is inevitable. Bioaugmentation is a long-term algae suppression strategy that works by limiting nutrients and stabilizing system biology — not by killing algae. Read more in our blog post: https://lnkd.in/gFf23FEj #Water #Wastewater #WastewaterTreatment #Algae

Algae treatments can sometimes feel like fighting the same battle over and over. A pond looks clean after treatment, only for filamentous algae or cyanobacteria to rebound weeks later. In many cases, the issue is not the algaecide itself — it is penetration, contact time, and the rapid recycling of nutrients after algae die. That is where biological catalysts like PondZilla Pro and AquaSticker change the equation. Read more in our latest blog. https://lnkd.in/gvmm5dPV