Title:
The Development of Recycled Oyster Waste in Modified Concrete Towards Enhanced
Mechanical Properties and Environmental Benefits

There are two parts:


1. Project Objectives and Pathways to Impact Statement

(a) Project Objectives (1000 words)
1. Study the viability of utilising recycled oyster waste to change the qualities of concrete
and roads;
2. Assess the physical and mechanical properties of the transformed concrete, including
penetration, softening point, flash and fire point, viscosity, specific gravity and
rheological properties;
3. Examine the oyster waste model planning and pre-treatment approaches and
enhancement of the reused oyster waste binders;
4. Examine the mechanical properties of the changed concrete, including ductility,
flexibility, strength, and impact resistance in building construction and roadways;
5. Define the optimum combination of the mixture of reused oyster waste and cement;
6. Compare and analyse the mechanical properties of the modified concrete with the
conventional concrete.

(b) Pathways to Impact Statement (1000 words)
(i) Short-Term Impact


(ii) Mid-Term Impact


(iii) Long-Term Impact

2. Background of Research, Research Plan and Methodology (2000 words)

(a) Background of Research

(b) Research Plan

(c) Methodology

Total word count: around 4000 words

References
https://www.sciencedirect.com/science/article/pii/S0956053X02001599#
aep-section-id17
https://www.koreascience.or.kr/article/JAKO201433150757248.pdf
file:///C:/Users/LC03EW10/Downloads/Recycling%20of%20seashell%2
0waste%20in%20concrete.pdf