Abstract:
The demand for Ice cream(IC) in the Sri Lankan market has increased
tremendously over the recent years. Mangrove apple {YJndX^Sonneratia
caseolaris), which is not yet exposed to the commercial market, has a large
potential to be used as a fruity base due high nutritional value, medicinal value,
cheese like taste and year-round bearing habit. In addition Mangroves are
highly productive ecosystems, but are on the verge of destruction, as they do
not yield direct economic benefits to people. Therefore the objectives of this
study were to conserve mangroves indirectly by adding an economic value to
mangrove products through formulation of a value added mangrove apple IC
using different treatments.
Four treatments were used for the experiment; kirala flavoured IC (Trt
C) according to the recipe of a commercially available IC (Ingredients - Sugar,
Skim milk powder, Whey powder, • Vegetable Fat, Stabilizer, Vanilla,
Colouring and Water). And three types of Kirala ripple IC - with 45 Brix
brown sauce (Trt A), with 50 Brix brown sauce (Trt B) and with 50 Brix green
sauce (Trt D). They were tested to comply with SLS requirements (SLS 223:
1989) and their storage stability were tested with respect to physicochemical
and microbiological aspects for two months. Sensory evaluation was done to
find out the best formulation and organoleptic quality of the product.
The results of the sensory evaluation revealed that Trt D had
significant difference in preference when analysed for sensory attributes
(Flavour, body and texture, melting quality, overall acceptability) and Trt C
had the highest preference where the flavour was concerned. It was also found
that the green colour sauce had improved the appearance of the ripple ice
cream than the natural brown colour. From sensory evaluation combined with
the physicochemical and microbiological evaluations after the initial storage
period, it could be concluded that all treatments comply with the SLS
standards. Milk and Mangrove apple flavour had a complementary effect on
the flavour of IC. This study reveals that the mangrove apple can be utilized to
make a high value ripple IC. Further development is necessary not only in the production process but also in environmentally safe harvesting of mangrove
apples and in constant supply of quality fruit.
