Sentence examples for flow plant from inspiring English sources

Electrolyses were performed with a pre-pilot flow plant containing a Pt/air diffusion reactor generating H2O2.

Experiments were performed in a solar flow plant equipped with a Pt/air-diffusion cell and coupled to a compound parabolic collector (CPC) photoreactor.

The use of the batch recirculation flow plant showed that this process is the most efficient and can be viable for industrial application, becoming more economic and yielding higher mineralization degree with raising antibiotic content.

The study has been performed using an undivided stirred tank reactor of 100 ml and a batch recirculation flow plant of 2.5 l with an undivided filter-press cell coupled to a solar photoreactor, both equipped with a Pt or boron-doped diamond (BDD) anode and a carbon polytetrafluoroethylene gas diffusion cathode to generate H2O2 from O2 reduction.

The experiments were made with a flow plant containing a Pt/air-diffusion reactor coupled to a solar compound parabolic collector (CPC) under recirculation of 10 L of 186 mg L−1 MCPA solutions in 0.05 M Na2SO4 at a liquid flow rate of 180 L h−1 with an average UV irradiation intensity of about 32 W m−2.

Solutions of methyl orange azo dye were degraded by electrochemical oxidation using a 3 L flow plant with a boron-doped diamond (BDD /stainless steel cell operating at constant current density, ambient temperature and liquid flow rate of 12 L min−1.

Although it was difficult to assess the plant performance relative to similar continuous flow plants, it was clearly demonstrated that the TSWRO plant performed satisfactorily in terms of its design objectives.

The project in 2015 involved installing a piping network and vertical flow planted percolation beds alongside local residents for the treatment of greywater.

2. Two — Arthropods are primarily detritivores, and energy flows Plant -> detritus -> insect detritivore -> vertebrate carnivore.

Modeling and the prediction of material flows (plant production, CO2/O2 concentrations, H2O) is an important but challenging task in the design and control of closed ecological life support systems (CELSS).

The microreactor team at Lonza has designed and tested a series of microstructured devices in continuous-flow plants, and performed lab studies of pharmaceutical reactions with successful transfer to commercial production.