ライフサイエンスコーパス: valorization

1 ive approach for H(2) production and biomass valorization.

2 anol remains a critical challenge in methane valorization.

3 he need for waste plastic chemical recycling/valorization.

4 from waste organics and CO(2) during carbon valorization.

5 nutraceuticals identification and food waste valorization.

6 ts separation from buttermilk to improve its valorization.

7 nts an industrial promise for carbon dioxide valorization.

8 toward more practical and sustainable waste valorization.

9 ional design of improved catalysts for CO(2) valorization.

10 f PEF as a sustainable strategy for mushroom valorization.

11 ls, thereby contributing to holistic biomass valorization.

12 ng methods used in the last decade for their valorization.

13 e to the large volumes recovered and its low valorization.

14 reby addressing a critical gap in olive leaf valorization.

15 itates the design of biocatalysts for lignin valorization.

16 ctive and stable alloy catalysts for biomass valorization.

17 nd renewable fuel production through biomass valorization.

18 s in Montenegro with the aim of their future valorization.

19 nsable characteristics for efficient biomass valorization.

20 e, for assessing their potential for further valorization.

21 n order to contribute with their sustainable valorization.

22 ntional protein sources, while promoting its valorization.

23 tion of value-added chemicals through lignin valorization.

24 elopment into a microbial chassis for lignin valorization.

25 developed to contribute to their sustainable valorization.

26 biocatalysts, including in biological lignin valorization.

27 -CO(2) can play an important role on biomass valorization.

28 metal-free catalysis in sustainable biomass valorization.

29 logies for fine chemical synthesis and waste valorization.

30 enated refinery paradigm for nearly complete valorization (~90%), via co-generating green coal and bi

31 Future research prioritizes type-specific valorization, advancing green extraction (microwave, ult

32 This approach presents a roadmap for CO(2) valorization, aiming to bridge carbon waste streams with

33 ng the black soldier fly as a tool for waste valorization and feed production has primarily been inve

34 ll, such an integration of oxidative biomass valorization and HER via earth-abundant electrocatalysts

35 ndings evidence the potential of SSF for SCG valorization and offer a framework for process optimizat

36 review highlights recent advances in lignin valorization and provides critical insights into optimiz

37 m legacy coal ash enables simultaneous waste valorization and remediation.

38 l and sensory properties while enhancing the valorization and standardization of this artisanal produ

39 a sustainable bioprocessing strategy for WB valorization and supporting the circular bioeconomy.

40 lications including synthetic chemistry, gas valorization, and greenhouse gas remediation.

41 c focusing on process intensification, waste valorization, and retention of highly stable bioactive p

42 This work presents an integrated lignin valorization approach for upgrading existing lignin stre

43 ore, opportunities for resource recovery and valorization are differentiated, while economic techniqu

44 um conditions of the different Citrus seeds' valorization are discussed to improve extraction yield a

45 3 different locations in Kenya for potential valorization as porridge.

46 The hypothesis was that hemp biomass valorization can be achieved through distillation and pr

47 drodeoxygenation (HDO) reactions for biomass valorization, contrasting the undesired aromatic hydroge

48 we highlight recent advances in this lignin valorization effort.

49 s) are developed to generate in silico waste valorization experimental results and ex-ante model the

50 This comprehensive review of coffee waste valorization focuses on its transformation into safe, hi

51 saccharides in aquafaba, helping promote its valorization, food system sustainability, and future hea

52 y Supercritical Fluid Extraction, aiming its valorization for nutraceutical applications.

53 able solution for the above waste can be its valorization for the recovery of PA, often used as natur

54 The interest in shrimp shell valorization has been growing in line with sustainabilit

55 Biological lignin valorization has emerged as a major solution for sustain

56 competitive despite the fact that food waste valorization has the potential to satisfy the EU demand

57 Frass valorization hinges on basic agronomic research prior to

58 tain enriched extract with high potential of valorization in food and pharmaceutical sectors.

59 e lipid profiling and paving the way for SCG valorization in health-focused applications.

60 The growing interest in lignin valorization in the past decades calls for analytical te

61 roach opens up new avenues for sewage sludge valorization, including potential applications in emulsi

62 tion emerges as a promising solution for its valorization into biogas.

63 the phenolic mapping of SML in favor of its valorization into functional food ingredients.

64 n followed by repolymerization or conversion/valorization into other products(6-10).

65 full-scale realization of biorefinery wastes valorization is not straightforward because several micr

66 0 for NH(3)(g) mitigation include wastewater valorization, minimal synthesis, low heat treatment, and

67 In the present study, and for the waste valorization, Moringa oleifera seeds-removed ripened pod

68 However, the electrochemical valorization of 1,2-dichloroethane (DCA) is currently ch

69 sustainable bioprocess was developed for the valorization of a no/low value substrate, i.e. waste fry

70 but provides a sustainable approach for the valorization of a waste product, promoting the better ut

71 Valorization of agricultural byproducts to biodegradable

72 This underscores the potential valorization of Ayurvedic industry spent materials for d

73 d be used in many applications, ranging from valorization of bark-rich side streams to plastic recycl

74 The catalytic valorization of biomass into high-value chemicals and su

75 catalyst for simultaneous H(2) evolution and valorization of biomass-derived alcohols.

76 nable approach for organic synthesis and the valorization of biomass-derived chemicals.

77 d to provide a novel molecular basis for the valorization of black caviar and production wastes there

78 dosage for pH adjustment, resource recovery, valorization of brines, and carbon capture.

79 thin the sugarcane industry by promoting the valorization of by-products, contributing to resource ef

80 Valorization of byproducts generated during food process

81 The valorization of carbon dioxide (CO(2) ) to fine chemical

82 If this approach to utilization and valorization of carbon dioxide could be developed at ind

83 The study demonstrated a simple method for valorization of CBD-hemp through the production of two h

84 This investigation evaluates the valorization of citrus peels (lemon, tangerine, and oran

85 of alkenes, providing a path for the domino valorization of CO(2) and waste toward bulk and fine che

86 The valorization of CO(2) to chemicals beyond C(1-2) product

87 a C1 synthon, is critical for the successful valorization of CO(2) to selective carboxylation reactio

88 The valorization of co-products may be a promising way to me

89 The valorization of cocoa by-products can enhance the income

90 These findings sustain the valorization of CS extract as a promising nutraceutical

91 redients (paste and flour) obtained from the valorization of date fruit coproducts on the nutritional

92 esearch provides a knowledge-base for onward valorization of date fruit soluble and insoluble fibers

93 opportunities and challenges for integrated valorization of desalination brine through NaOH and HCl

94 a technological opportunity to increase the valorization of elemental sulfur by the creation of high

95 a technological opportunity to increase the valorization of elemental sulfur by the synthesis of hig

96 Direct valorization of ethane, a substantial component of shale

97 Valorization of food byproducts has attracted recently c

98 Valorization of fruit by-products is a crucial area of r

99 The aim of this work is the valorization of grape pomace as a waste product of agrif

100 The valorization of greenhouse gases CO(2) and N(2)O into va

101 armaceutical industries, contributing to the valorization of halophytes produced under sustainable aq

102 velopment by providing new insights into the valorization of horseradish leaves, as a promising alter

103 s application to a two-step protocol for the valorization of hydrocarbon feedstocks, the late-stage C

104 Valorization of industrial residues curbs issues related

105 Valorization of industrial residues facilitates the prod

106 thocyanin stabilization, contributing to the valorization of Jucara as a source of natural dye.

107 Recent interest in the valorization of lignin has led to reactions involving th

108 The valorization of lignin provides an important means to ac

109 per, biofuels, and high-value chemicals, the valorization of lignin to fuels, chemicals, and material

110 potential as industrial biocatalysts for the valorization of lignin, a major component of plant-deriv

111 radation of polychlorinated biphenyls to the valorization of lignin, an underutilized component of bi

112 ides in a lignin matrix is also relevant for valorization of lignin, which is an important biomass co

113 i would expand our knowledge and improve the valorization of lignin-derived compounds.

114 tential for informing ongoing studies on the valorization of lignin.

115 opens a promising approach to the efficient valorization of lignocellulose.

116 Therefore, the valorization of millet by-products offers sustainable ap

117 In this study a valorization of non-commercial spinach to obtain lutein

118 nitrogen balance and use efficiency, and the valorization of organic residues within integrated syste

119 These findings demonstrated the valorization of OSP in a zero waste approach using gamma

120 Optimizing solvent recovery and valorization of other constituents as added-value produc

121 his work focuses on the characterization and valorization of peanut hulls through the generation of g

122 etabolic engineering of GalOA production and valorization of pectin-rich biomass in general.

123 supporting future quality classification and valorization of pink pepper as a complex natural product

124 ctic acid fermentation may be a strategy for valorization of plant matrices such as murta (Ugni molin

125 and microbial pathways for the recycling and valorization of plastic waste.

126 importantly demonstrates benign methods for valorization of polymeric lignin that is inherently hete

127 set goals via mapping the potential ways for valorization of polyphenols from the agri-food by-produc

128 A versatile approach to the valorization of propargylic alcohols is reported, enabli

129 luidization is an effective strategy for the valorization of PSF, significantly enhancing its functio

130 a dubia), giving suggestions to maximize the valorization of raw materials, demonstrating new product

131 catalysis is a promising technology for the valorization of renewable biomass to sustainable advance

132 anging from natural product synthesis to the valorization of renewable feedstocks.

133 The present research focuses on the valorization of residues from the treatment of colored w

134 findings will play an important role on the valorization of Serra da Estrela cheese, as well as on o

135 rk demonstrates the synergistic solar-driven valorization of solid and gaseous waste streams using a

136 The valorization of such wastes has drawn considerable atten

137 The valorization of the brewer's spent grain (BSG) generated

138 By valorization of the generated side products, this techno

139 rarily, pearling could be more useful in the valorization of the health potential of anthocyanin-pigm

140 s, fatty acids, amino acids and polyphenols) valorization of the invasive macroalgae Ascophyllum nodo

141 dentified by HPLC, contributing to a greater valorization of the pequi peel flours.

142 ds is an emerging and promising strategy for valorization of the plant biopolymer lignin.

143 However, low valorization of the waste lignin severely limits the sus

144 he pharmacological, nutritional and economic valorization of the wild O. stricta for functional foods

145 econdary alcohol group is beneficial for the valorization of these intermediates.

146 s, providing opportunity for remediation and valorization of these materials.

147 coffee pulp are responsible from the limited valorization of this by-product.

148 edures applied to guarana contributed to the valorization of this plant crop by providing antioxidant

149 ents was evaluated, looking for the integral valorization of this resource towards the zero-waste.

150 roving the carob-crop sustainability through valorization of this untapped co-product.

151 Herein, we present the valorization of tomato leaves to obtain biologically act

152 ht ulvan, hold significant potential for the valorization of Ulva biomass.

153 w temperatures, opening new pathways for the valorization of underutilized feedstocks such as methane

154 s a reliable tool for the authentication and valorization of unifloral honeys from arid and Mediterra

155 catalysts for the sustainable recycling and valorization of waste polyolefin materials.

156 Valorization of wet biowaste into sustainable aviation f

157 tudy opens new possibilities for the cascade valorization of wheat bran into enriched protein and non

158 This study explores the valorization of whey from cows affected by mastitis, thr

159 o optimize processes focused on its chemical valorization, one needs detailed information about the e

160 In this review we considered valorization options for cereals based biorefineries was

161 The current valorization paradigms aim to avoid the formation of new

162 ategies were evaluated for 13 streams and 31 valorization pathways targeting nutrient, food, feed, po

163 This work unleashes the valorization potential of lignin by a relatively green a

164 e underutilized by-products with sustainable valorization potential under Green Chemistry principles.

165 om the products generated by BMS, which have valorization potential.

166 This review presents the best valorization practices for one of the largest cultivated

167 eover, the review recapitulates on different valorization practices of citrus bio-wastes and utilizat

168 comprehensive review shall provide the best valorization practices of pomegranate biowastes and its

169 This study has developed a new valorization process based on the ionic liquid (IL) beta

170 e Geosystems identification, evaluation, and valorization processes for the benefit of local inhabita

171 10,000 BSF larvae life history traits, waste valorization, protein and lipid profiles were measured f

172 fficiency in treatment and explore potential valorization, recent developments have introduced novel

173 product formation and coupling to downstream valorization remains a challenge.

174 Nevertheless, broad wastewater valorization remains elusive.

175 Many valorization schemes rely on lignin depolymerization, wi

176 Chemocatalytic lignin valorization strategies are critical for a sustainable b

177 e French context, findings show that optimal valorization strategies are more sensitive to the scope

178 e products and services, identifying optimal valorization strategies becomes a high-dimensional probl

179 could further be used in development of new valorization strategies for renewable plant biomass.

180 tal performances of optimal residual biomass valorization strategies were evaluated for 13 streams an

181 an important starting point for many lignin valorization strategies, because it could generate valua

182 Due to the lack of innovative valorization strategies, berry pomaces are a poorly util

183 ctive compounds, fermentation is a potential valorization strategy for certain applications such as e

184 re sensitive to the scope and performance of valorization technologies than to background scenario va

185 nd discuss the advances necessary for lignin valorization to become a feature of advanced biorefining

186 ey offer tremendous opportunities for lignin valorization to high value products.

187 progress in metal-free catalysis for biomass valorization, uniquely integrating and comparing thermal

188 catalyst precursors for the dichloromethane valorization via transformation into high added value pr

189 to give an order of magnitude regarding CO2 valorization, we critically assess economical aspects of

190 g strengths in solvent selection and biomass valorization, while indicating opportunities to improve

191 To that end, effective lignin valorization will require the integration of plant biolo

192 Electrochemical coupling of biomass valorization with carbon dioxide (CO(2)) conversion prov

193 des a promising approach for improved lignin valorization with general applicability.

194 ingredients and advancing their sustainable valorization within a circular bioeconomy.

195 ve dual-fiber design enables efficient CO(2) valorization without the use of platinum group metals or