Sentence examples for bean waste from inspiring English sources

"But grinding our coffee meant we were generating a sizable amount of coffee grounds – ground coffee bean waste.

Pelleted OF contains 55%% caster bean waste, 40%% rice bran and 5%% palm waste with the nutrient content of 45%% N, 1.5 % P and 1.0 % K.

Similarly, coffee bean waste [18], napkin paper [19], and soya [20] have been used as precursors to synthesize PCM with 1213, 1839, and 1072 m2g−1 surface area, respectively.

The qm of the WL, TP and CP are 24.5, 10.5, 21.2 mg g−1, respectively, which are of similar levels with other adsorbents that were reported in the literature: diatomite (21.4) (Badii et al. 2010) and wood dust (24.4 mg g−1) (Hanafiah et al. 2012), but lower than soya bean waste (38.5 mg g−1) (Dahri et al. 2016) and water fern (50.5 mg g−1) (Dahri et al. 2016).

Figure  9 illustrates the yield of aromatics for the catalytic pyrolysis of the residue from the sequential biochemical processing of coffee bean waste, as described in this review.

The pyrolysis of thermally thick (approximately 75 g) biomass residues samples (i.e. brewer spent grains, fibreboard and coffee beans waste) has been investigated in an in-house designed and fabricated macro-TGA both by rapid sample introduction at reactor temperatures from 600 to 900 °C and by applying a constant heating rate of 10 K/min.

Some researchers suggested that the utilization of soya bean milk waste produced a better tempeh and it also made an alternative substrate or raw material for the production of cost effective as well as nutritionally enhanced tempeh.

No fragment of the bean is wasted.

The bean plant wastes no time or energy "looking" — that is, growing — anywhere but in the direction of the pole.

These studies also showed that the protein content of tempeh improved significantly after using soya bean milk wastes.

Thus, soya bean milk wastes can used as a substitute of raw material for making a protein-rich human food instead of being thrown out.