Sentence examples for water for reducing from inspiring English sources

The idea of adding surfactants to injected water for reducing oil/water IFT and/or alter wettability thereby increasing oil recovery from reservoirs dates back to the early 1900s (Uren and Fahmy 1927).

The BrCl solution prepared by dissolution of 1.50 g KBr (99.9 +% p.a). and 1.08 g KBrO3 (99.9 +% p.a). in 100 ml concentrated HCl was used for oxidation of the organic matter in aqueous extracts, while the 12% (w/v) hydroxylamine in water for reducing the excess of BrCl.

Besides, the same three-armed trial [ 36] reported that washing with soap was also more effective than washing with water for reducing the levels of desquamation at the end of treatment (week six) (MD -0.59, 95% CI -0.94 to -0.24, p = 0.001) and the two-week follow-up (week eight) (MD -0.62, 95% CI -0.96 to -0.28, p = 0.0004).

At last following the heuristic rules of water allocation from internal water mains and the heuristic rules for reducing water to internal water mains, the final water network is designed by adjusting and simplifying the original water network.

Communal rainwater tank systems provide an alternative urban water supply solution for reducing dependence on centralised water supply networks.

Plans include a staff nursery allotment and therapeutic gardens, as well as development of its green champions scheme for staff involvement, better use of water and targets for reducing waste.

In a subsequent research by others, a similar water treatment technique for reducing reaction temperature was also investigated and confirmed [9, 10].

This trial reported that formulation A topical cream (capprais spinosa, opuntia coccinellifera and olive leaf extract) was more effective than formulation B (non-steroidal water based emulsion) for reducing the maximum RISR level and the erythema index over a period of eight weeks.

The expediency of organization of water-aerosol systems for reducing the negative impact of dust emission at operator's workplaces of machine-building production is substantiated.

This work presents a new approach for providing simultaneously electricity and water using the fresh water extraction and storage for reducing the gaps between generation and consumption.

The most common "barrier-modifier" for polymers is clay, which is less effective for reducing water vapor permeability since it absorbs water, swells and also degrades other properties (e.g., mechanical strength).