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Effect of sugar industry spentwash (diluted) on the

Spentwash is a rich source of organic matter and essential plant nutrients in addition to excess salts. Sugar mills in Pakistan discharge about 3.48 million tons of spentwash annually, with no proper procedures for its disposal or utilization. To test the effect of diluted spentwash on soil and the

Effect of Spentwash Application on Potassium Dynamics in

Effect of distillery spentwash on soil properties, yield and quality of mulberry and on silkworm productivity. In: Proceedings of national conference on ecofriendly utilization of recyclable organic resources from sugar and distillery industries for sustainable agriculture, held 6-7 March, at Anbil Dharmalingam Agricultural College and Research

Studies on the Impact of Irrigation of Distillery

Twelve pre-sowing irrigations with the diluted spentwash had no adverse effect on the germination of maize but improved the growth and yield (Singh and Raj Bahadur, 1998). Diluted spentwash increases the growth of shoot length, leaf number per plant, leaf area and chlorophyll content of peas (Rani and Srivastava, 1990).

Effect of vinasse (spentwash) on quality of soil and

Effect of vinasse (spentwash) on quality of soil and sugarcane-A review Vinasse produced by fermentation of molasses has to be paid particular attention due to its potentially huge impacts. The chemical composition of vinasse differs depending upon the soil, sugarcane variety, harvesting method and industrial method of ethanol production.

Effect of distillery spentwash fertigation on crop growth

The safe disposal of industrial effluents always remained a challenging process because of their high level of nutrients, toxic elements, and salts. A pot experiment was conducted to investigate the effects of various concentrations (5%, 10%, 15%, and 20%) of sugar industry effluent spentwash (SW) fertigated with tab water (TW), on soil properties, crop growth, physiological parameters, yield...

(PDF) Effect of distillery spentwash fertigation on crop

A pot experiment was conducted to investigate the effects of various concentrations (5%, 10%, 15%, and 20%) of sugar industry effluent spentwash (SW) fertigated with tab water (TW), on soil

EFFECT OF DISTILLERY INDUSTRY BY PRODUCTS ON SOIL

The effect of distillery industry wastes viz., spentwash, biocompost and spentwash ash on soil biological properties was examined through a field experiment using Cumbu Napier hybrid grass. The study revealed that spentwash at the rate of 50 kilo l ha-1 at full dose with recommended dose of nitrogen and phosphorus registered the highest

Long-term effect of treated spentwash application on

Effect of long-term treated spentwash application on plant height, dry-matter production and leaf c hlorophyll content of maize Treatments Plant height (cm) Dry matter production Chlorophyll content of whole plant (g plant-1) (SPAD) at tasseling 30 DAS 60 DAS At harvest At flowering At harvest T 1-1N through spentwash 34.5

UTILIZATION OF DILUTED DISTILLERY SPENTWASH AS LIQUID

The pH of the spentwash was acidic in nature i.e., 4.2 (the raw spentwash is acidic in nature and the pH values of distillery waste water ranges from 3.5 to 5). When it was diluted with different dilutions, it changed into neutral. It showed that the pH increased / changed with dilution. S 1 1:0 ratio (No water) S 2 1:10 ratio (Spentwash

Effect of vinasse (spentwash) on quality of soil and

Effect of vinasse (spentwash) on quality of soil and sugarcane-A review Vinasse produced by fermentation of molasses has to be paid particular attention due to its potentially huge impacts. The chemical composition of vinasse differs depending upon the soil, sugarcane variety, harvesting method and industrial method of ethanol production.

Effect of Postmethanated distillery Spentwash on the

Abstract: A field experiment was conducted at Amaravathy sugars, Udumelpet to study the effect of spentwash on beetroot crop. Results revealed that the treatment applied with spentwash (100% N through post methanated distillery spentwash) increased the yield of beetroot.

Effect of distillery spentwash fertigation on crop growth

The safe disposal of industrial effluents always remained a challenging process because of their high level of nutrients, toxic elements, and salts. A pot experiment was conducted to investigate the effects of various concentrations (5%, 10%, 15%, and 20%) of sugar industry effluent spentwash (SW) fertigated with tab water (TW), on soil properties, crop growth, physiological parameters, yield...

Effect of Spentwash Application on Nitrogen Dynamics in Soil

Abstract— Distillery spentwash contains all nutrients and organic matter and used in agriculture as a source of plant nutrients and irrigation water. Besides all the nutrients, spentwash contains appreciable amount of nitrogen also. The effect of different levels and methods of spentwash application on

EFFECT OF SPENTWASH APPLICATIONS ON ORGANIC

Distillery spentwash is used in agriculture as a source of plant nutrients and irrigation water. Being plant originated the spentwash contains all plant nutrients and organic matter. The effect of different levels and methods of spentwash application on organic carbon dynamics was examined through a

Effect of Spentwash application on nitrogen dynamics in soil.

Distillery spentwash contains all nutrients and organic matter and used in agriculture as a source of plant nutrients and irrigation water. Besides all the nutrients, spentwash contains appreciable amount of nitrogen also. The effect of different levels and methods of spentwash application on soil nitrogen dynamics was examined through a field experiment.

Long-term effect of treated spentwash application on

Effect of long-term treated spentwash application on plant height, dry-matter production and leaf c hlorophyll content of maize Treatments Plant height (cm) Dry matter production Chlorophyll content of whole plant (g plant-1) (SPAD) at tasseling 30 DAS 60 DAS At harvest At flowering At harvest T 1-1N through spentwash 34.5

Effect of sugar industry spentwash (diluted) on the

Spentwash is a rich source of organic matter and essential plant nutrients in addition to excess salts. Sugar mills in Pakistan discharge about 3.48 million tons of spentwash annually, with no proper procedures for its disposal or utilization. To test the effect of diluted spentwash on soil and the soil’s ability to support plant growth, sugarcane (Saccharum officinarum L.) variety CPF-237

(PDF) Physico-chemical characteristics of spent-wash of

All the growth parameters enhanced from control to 10% followed by a decrease to 20% and further to 30% spentwash application. The effect of mineral fertilizers enhanced with an increase in the

Effect of Primary Biomethanated Spentwash on Properties of

Effect of Primary Biomethanated Spentwash on Properties of Sodic Soil: Wadekar Sujit, Patil Atish, Bhagat Arun: Amazon.mx: Libros

(PDF) EFFECT OF DISTILLERY SPENTWASH FERTIGATION ON

EFFECT OF DISTILLERY SPENTWASH FERTIGATION ON GROWTH, PHYSIOLOGICAL TRAITS AND YIELD OF GROUNDNUT [Arachis hypogaea (L.)] In partial fulfillment of the requirements for the Degree of MASTER OF SCIENCE (AGRICULTURE) IN CROP PHYSIOLOGY

Effect of distillery spentwash irrigation on the yields of

This concludes that, the spentwash treated soil is enriched with the plant nutrients N.P.K. Subsequent use of spentwash for irrigation enriches the soil fertility without any adverse effect and hence spentwash (33%) can be conveniently used for the irrigation of leafy vegetable plants. Acknowledgment : Authors are thankful to The General

Effect of Postmethanated distillery Spentwash on the

Abstract: A field experiment was conducted at Amaravathy sugars, Udumelpet to study the effect of spentwash on beetroot crop. Results revealed that the treatment applied with spentwash (100% N through post methanated distillery spentwash) increased the yield of beetroot.

EFFECT OF SPENTWASH APPLICATIONS ON ORGANIC

Distillery spentwash is used in agriculture as a source of plant nutrients and irrigation water. Being plant originated the spentwash contains all plant nutrients and organic matter. The effect of different levels and methods of spentwash application on organic carbon dynamics was examined through a

(PDF) EFFECT OF DISTILLERY SPENTWASH FERTIGATION ON

EFFECT OF DISTILLERY SPENTWASH FERTIGATION ON GROWTH, PHYSIOLOGICAL TRAITS AND YIELD OF GROUNDNUT [Arachis hypogaea (L.)] In partial fulfillment of the requirements for the Degree of MASTER OF SCIENCE (AGRICULTURE) IN CROP PHYSIOLOGY

Effect of sugar industry spentwash (diluted) on the

Spentwash is a rich source of organic matter and essential plant nutrients in addition to excess salts. Sugar mills in Pakistan discharge about 3.48 million tons of spentwash annually, with no proper procedures for its disposal or utilization. To test the effect of diluted spentwash on soil and the soil’s ability to support plant growth, sugarcane (Saccharum officinarum L.) variety CPF-237

Effect of Secondary Treated Distillery Spentwash on

Jul 12, 2018 Effect of Secondary Treated Distillery Spentwash on Physiological and Quality Parameters of Bt Cotton-II Shyoram1*, S.S. Angadi1, Deepak Kumar Yadav2, B.S. Patil2 and Siddharth Tripathi2 1University of Agricultural Sciences, Dharwad 580005 India 2Ministry of Agriculture & Farmers Welfare, New Delhi, India *Corresponding author A B S T R A C T ha

Effect of distillery spentwash irrigation on the yields of

This concludes that, the spentwash treated soil is enriched with the plant nutrients N.P.K. Subsequent use of spentwash for irrigation enriches the soil fertility without any adverse effect and hence spentwash (33%) can be conveniently used for the irrigation of leafy vegetable plants. Acknowledgment : Authors are thankful to The General

Effect of Biomethanated Spent Wash on Soil Enzymatic

the undiluted spentwash irrigation which might be due to examine the effect of spentwash on nutrient dynamics the presence of copious quantity of phosphate in the at Research and Development Cane Farm, The Salem spentwash. [2] reported that the application of distillery Co-operative Sugar Mills Ltd., Mohanur, Namakkal,

INFLUENCE OF DISTILLERY SPENTWASH ON NUTRIENT

Seed -The effects of different levels of spentwash and the methods of application on P content of groundnut seeds and the uptake are presented in Table 2. Both the levels and methods of application had significant effect. The P content of the seeds ranged from 0.19

Effect Of Primary Biomethanated Spentwash On Properties Of

Nov 01, 2013 Effect Of Primary Biomethanated Spentwash On Properties Of Sodic Soil Paperback November 1, 2013 by Sujit Wadekar (Author), Atish Patil (Author), Arun Bhagat (Author) & See all formats and editions Hide other formats and editions. Price New from

Effect of Primary Biomethanated Spentwash on Properties of

Effect of Primary Biomethanated Spentwash on Properties of Sodic Soil: Wadekar Sujit, Patil Atish, Bhagat Arun: Amazon.mx: Libros

Impact of Industrial Effluents in Seed Invigouration: A Review

(2007) observed the effect of spentwash on the reduction in germination of crops with greater concentration viz., 15 and 20%. The germination study also included the evaluation of diluted spent wash on root length, shoot length, dry matter production and vigour index.

Effect of amendments on windrow composting of sugar

Jan 01, 2007 The distillery spentwash after biomethanation (primary treatment process) was collected from the distillery unit as needed in well cleaned 200-l plastic containers as per the procedure outlined by Ramteke and Moghe (1988), and dried yeast sludge was also obtained from the distillery unit of M/s Sakthi Sugars Ltd. (Erode, India).

Compost from Sugarmill Pressmud and Distillery Spentwash

pletely destroys the utility of the spentwash and it is expen-sive. Evaporation of spentwash as well as membrane filtra-tion (reverse osmosis) has also been recently employed as a treatment process by some distilleries in India (Goel et al. 2004; Sowmeyan et al. 2008). The above mentioned tech-nologies have been tried for the treatment of

Effect of post‐methanation effluent on soil physical

Sadiq Naveed, Abdur Rehim, Muhammad Imran, Muhammad Faraz Anwar, Saddam Hussain, Effect of distillery spentwash fertigation on crop growth, yield, and accumulation of potentially toxic elements in rice, Environmental Science and Pollution Research, 10.1007/s11356-018