Svt Engineering Consultants
Consultants in Cambridge

Commotion emissions can increase the risk of noise induced hearing loss (NHL), intrude into work store buildings, cause neighborhood annoyance, and even affect the integrity of critical plant. Control of noise can have a meaningful effect on project designs and costs, particularly if potential issues are not identified premature in the design process. Design teams are capable to produce designs which satisfy production and process requirements but do not fully grasp the impacts that their designs can have on noise emissions. Commotion problems are reviewed in isolation without considering cumulative effects. Differing requirements for occupational noise, environmental noise and racket within buildings. SAT has a riches of experience in optimizing designs to minimize noise impacts for resource projects including mining operations, onshore and offshore oil and gas processing facilities and transportation infrastructure. Our engineers regularly visit similar facilities and consequently have firsthand knowledge of the normal plant and equipment which is encountered and the noise problems which can arise. We have worked closely with Engineering Procurement Construction and Management (EPCM) design teams on many projects and understand the conflicting pressures experienced by these teams. Our hand son experience and knowledge of pertinent legislation allows us to provide possible advice which is highly valued. Specific areas where SAT can aid in the design process include: Our Noise group specialism in providing a wide range of environmental and occupational disturbance solutions focused on improving the health, safety and environmental performance of your operations. Our Integrity Engineering group are experts in resolving the causes and effects of vibration and are focused on helping you solve the toughest technical design and operational challenges. Our Corrosion and Materials group focus on the integrity of fresh and existing structures to mitigate the impacts of corrosion and materials failure. Our expertise includes: cathodic protection soil corrosiveness induced voltage material integrity, abrasion and wear strain gauging mechanical testing and both thermal and mechanical tire assessment. Equipment owners can face a dilemma when a defect is detected either during service or scheduled shutdown. FitnessforService (FSF) can manage this situation by assessment of the ruin and the application of quantitative engineering to aid determine whether the equipment can remain to operate safely, typically until the next shutdown. Corrosion devastate in pipelines, pressure vessels and above ground tanks. Boiler and heat recovery headers sustaining creep and creep fatigue damage. Oil and gas pipelines and headers sustaining hydrogen induced damage. SAT also have experience in non destructively evaluating the micro structure around and at the flaw. Such assessment minimizes the number of unknowns in conducting FSF by enabling better estimation of material property, verification of the ruin mechanism, assessment of the glossy of damage in micro scale (which can't be revealed by standard DE techniques), as healthy as revealing whether or not a crack like defect is active. In addition to substantial capability in break mechanics and mechanical testing, SAT has expertise in computational stress analysis (elastic plastic), strain gauging, and attainable knowledge for coordination of nondestructive examinations. Our team's knowledge comes from both theory and practice. We are hand son engineers so when you are in the heat, dust and grease and in trouble we are there with you.