Safeguard Europe Ltd

This presentation offers a detailed insight into the causes and effects of condensation and the wide range of preventative and remedial strategies available. It also explores the relationship between condensation and the growth of mould, as well as the potential health risks to occupants and users of the building from mould.The benefits and drawbacks of different treatment methods in relation to the severity of individual condensation cases are discussed. By the end of the presentation you will have learned how to identify the causes of condensation and mould growth, and will have an understanding of:- The relationships between water, air, temperature and materials- Estimating and measuring condensation risk- The potential consequences of condensation and mould on health- The visual signs and effects of condensation and mould growth- How to identify and remediate sources of moisture within a property- How to develop an appropriate plan for the building occupants to limit moisture production through lifestyle changes- Appropriate methods and materials to maintain a condensation and mould free environment - Appropriate materials and products to remove existing mould and maintain a damp and mould free environment

This webinar provides a thorough overview of the types of dampness found in existing properties with a particular emphasis on the three most common forms of dampness (condensation, penetrating damp and rising damp), which can all lead to damage to the structure and it's decorative finishes, and to the formation of mould and potential health issues for occupants and users of the building.It also explores the relationship between condensation, rising damp and penetrating damp and the importance of the correct identification and remediation of all vectors for moisture ingress into the building.The benefits and drawbacks of different remedial treatment methods are discussed in detail. The presentation looks at methods of diagnosis, causes, and a wide variety of treatments for these forms of dampness.By the end of the CPD you will have:- An understanding of how to identify the different types of dampness commonly encountered in buildings- An understanding of what dampness is and why it is a problem- An understanding of the main causes of dampness- An understanding of how to differentiate between the different forms of dampness- An understanding of the problems that can be caused if dampness is not investigated and remediated- An understanding of the advantages and disadvantages of different treatment strategiesPLEASE NOTE: This presentation only explores dampness in buildings above ground. Dampness and moisture penetration in structures below ground is covered in our separate CPD entitled: 'Structural waterproofing of basements and underground structures in both newbuild and refurbishment projects'

This presentation provides a detailed insight into the causes and effects of rising damp due to the capillary movement of moisture through building materials, and the wide range of preventative and remedial strategies available. It also explores the relationship between rising damp and the deposition of salts, as well as how to differentiate between rising damp and hygroscopic dampness.The benefits and drawbacks of different remedial treatment methods are discussed in detail. By the end of the CPD you will have:- An understanding of the physics behind rising damp- An understanding of how to differentiate between rising damp and other forms of dampness- An understanding of the problems that can be caused if rising damp is not dealt with- An understanding of the advantages and disadvantages of different treatment options- Knowledge of the wide range of different options available for remedial replastering after a rising damp treatment- The advantages and disadvantages of tanking and membranes as a strategy for remediating rising damp- An understanding of how to apply the principles contained within British Standard BS6576: 2005 + A1:2012: The Code Of Practice For Diagnosis Of Rising Damp In Walls Of Buildings And Installation Of Chemical Damp Proof Courses

Topics covered include types of waterproofing systems, available waterproofing materials and products, relevant Standards, Regulations and guidance documents, basement design considerations and eco-friendly basement waterproofing materials.By the end of the CPD you should have a greater understanding of:- Type A, B and C waterproofing types, cavity drainage systems and pumps- Waterproofing to British Standard BS8102:2022 Protection of below ground structures against water ingress — Code of practice- Relevance of Chapter 5.4 of the NHBC guidelines in below ground waterproofing projects- Basement waterproofing design and implementation process- Working with basement design consultants and specialist waterproofing contractors- How to minimise the environmental impact of structural waterproofing- Waterproofing requirements and standards- The suitability of different waterproofing types for different situations- Use of combined systems to minimise risk- The role of ventilation in structural waterproofing applications