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Very interesting. I always view sustainability challenges as project management challenge. The cost and time,I feel they need attention. Firstly, it huge to invest in a technology while also unpredictable on how long it would stay relevant for it's purpose and return on investment.

Recycle as much as possible without wasting. In fact, it's also hard work.

Pallet block size is 90*90 mm, 90*100 mm, 100*100 mm, 80*90 mm. If you have special requirements, we could customize, it while it is in the range from 75 mm to 145 mm.

WEBSITE: CHARCOALPLANT.COM  

Another option would be to use biological agents to digest the leachate and make it safe for the environment. There are many companies in this space that are developing microbes for decontaminating mines, and treating waste water. 

Hi Mitchell! Are you referring to this solution/technology? Perhaps Karlijn Arts has more insights for you!

Hey Mitchell Kelley 

I agree with Peter and Haley that you might be interested in joining the Plastic Free Oceans GreenHouse.

There you'll see lots of solutions, news and research about marine plastic management. 

To answer your question, there was an interesting modelling study that had a similar question: if we model a large scale application of Ocean Cleanup type devices, how will this affect ocean plastics in the long run? The study then modelled  the hypothetical deployment of 200 Ocean Cleanup style devices as well as the hypothetical situation where all rivers had river booms installed preventing leakage of plastic from rivers into oceans. 

Even with the model running to 2150 and with both strategies implemented (ocean cleanup devices + river booms), the analysis suggests a large amount of marine plastics and microplastics would be left in the ocean (and not even close to the mentioned  90% of floating plastic). The reasons for this are varied: 1) the continued production of plastic on land, 2) it becomes more difficult to remove plastic collection increases: the plastic is more spread out or requires more effort for removal and 3) the degradation of plastic into microplastics, which currently cannot be removed by the ocean cleanup type devices. 

Find out more on this study here "The long-term legacy of plastic mass production" by Hohn et al. (2020): https://www.sciencedirect.com/science/article/pii/S0048969720346441

Though this study was based on a lot of assumptions, as all models do, I think it shows that focusing purely on one solution and on ocean based collection will not get us to where we want to be. 

Hope this answers your question!

Hanna 

Boa tarde SAYANTAN DUTTA, tudo bem? 

Se tratar da importância da água, é sempre seguir um tratamento dos fabricantes dos produtos químicos. 

Leve em conta também, a quantidade de água que está sendo tratada. Após checar essas informações, comece a mapear possíveis pontos de redução de produto. 

Por exemplo: verifique se sua dosadora de produto está dosando a quantidade certa para o volume de água. Importante lembrar que se o volume de água almentar ou diminuir, a dosagem deverá ser ajustada.

Esse simples cuidado já trará um diferença positiva na economia de insumos. Obrigado 

Atenciosamente.