Pros And Cons Of Using Biomass Boilers

Biomass Fuel

Biomass boilers can provide heat and hot water in the same way as a gas boiler. While government has been advocating the use of biomass boilers, this system has its pros and cons. One of the biggest advantages of the boilers is that the cost is minimal as compared to using gas or electricity to keep your home warm.

Many people are not aware of the fact that just 12 meter cube of wood chips can provide heat equivalent to 1000 litres of heating oil. Biomass currently wasted by the forestry industry can be used to provide heat to 1.5 million homes in the UK.

A typical domestic biomass boiler lasts around 18 to 20 years. As far as the payback period of this type of heating system is concerned, it typically depends on your usage and the heating efficiency of your house. It has been observed that a biomass boiler pays back its initial cost in around 5 to 9 years.

As mentioned in the beginning, there are a number of advantages of using biomass for heating needs. Here is a list of some of the advantages.

It is a sustainable fuel source. In simple terms, enough trees can be easily planted to replace the ones used for producing biomass. However, proper planning is needed to ensure that it remains a sustainable fuel source.

Another advantage is that it is environmentally friendly and it is almost carbon neutral. While the wood needs to be cut down, processed and transported for use, the carbon cost involved is much less than the heating systems using oil and electric.

The modern boilers available in the market today produce very little smoke which means that these can also be used in smokeless zones. However, it is important that these are managed in the right manner otherwise your boiler will start producing a lot of smoke and will become a nuisance.

Another advantage of using biomass is that it is one of the best ways of using waste wood. Currently, the waste food is used to fill landfills which mean that using biomass boilers is an excellent way to prevent this useful resource going in to landfills.

The past few years has seen a huge fluctuation in the price of oil and gas. At one time, the prices of oil in the international markets reached above $100 a barrel whereas currently, the prices is languishing at less than $50 a barrel. However, this does not mean that the price won’t go up again. On the other hand, prices of biomass remains almost consistent which means that you do not have to worry about price increases as is the case with the traditional heating fuels such as oil and gas.

Biomass is also extremely environmentally friendly. It is estimated that you can reduce your annual carbon output by approximately 9.5 t by using biomass when compared with electric or coal-based heating system.

While using biomass has its advantages, it also has quite a few disadvantages. One of the biggest disadvantages is that these boilers need a lot of space as these are usually bigger than gas or oil boilers. Also, the fuel needs a lot of storage space.

The initial cost of installing a boiler is high as compared to traditional oil or gas boilers. Also, it is more labour-intensive as compared to the traditional heating systems.

Overall, biomass boilers are a great way of keeping your home warm in an environmentally friendly way. While it is true that there are some disadvantages such as the high initial cost, these tend to be cheaper over the lifetime of the boiler.

List Of C.O.S.H.H. regulations

C.O.S.H.H. is a law that is issued by the government to keep employees safe. It is a law that ensures that employers provide safe working enviroments for their employees. If, they fail to do so they will be liable and will have to face legal consequences.  It is advisable to employ health and safety consultants to carry out a health and safety audit to uncover your C.O.S.H.H. requirements.This is law is put into places, so that workers have the right to safe working environment that will not risk their health in any sort of way without their permission. This is important as it also creates trust between the employer and employee. If, such law’s were not put into place a lot of times the lives of workers would be risked as it could save money and form more profit. This is why taking such legal actions and issuing such laws is important to make things run in an order.
Usually the industries that need to really follow C.O.S.H.H are factories, shops, farms and offices. These are places were hazardous substances can be found and can even harm employees, such risks cannot be taken which is why C.O.S.H.H has put extra enforcement laws on those places and they have stricter regulations that they have to follow to ensure that their working space is not harmful in any way.

Effects that can be from an hazardous substance, is burning of your skin your skin may start to heat up and start to turn red. If, you feel this is due to the place you are working it is important to report the matter right away. As not only can it risk your life, but the lives of your peer workers as well, which is not worth it. Your skin also may start to itch and you get a really bad rash. It is important not to ignore this rash and report it right away and seek medical help. Try not to take matters into your hand by fixing the rash with lotion or simply ignoring it. Rashes due to substances often need medical attention right away or they can worsen or transform into other dangerous health issues. These risks at any matter should not be taken, which is why one should go to a nearby doctor or hospital right away. These are just a few of the effects one may face after being exposed to a substance. However, there are many more, so it is important that if you notice anything unfamiliar on your skin while at work you report it and take a second opinion form the doctor. It is important you assess the risk and as an employer you are disclosing any type of risks to your the workers that will be working at the sight. Keeping any information from them can get your in a legal battle, which can be very time consuming and not great for your factory, shops or lab as it can result in a fine, jail time and even the shutting down of your factory. This is why it is important all the regulations of C.O.S.H.H are followed.

Electronic Engineering Careers

Electronic engineering forms a branch of engineering that is concerned with the study as well as application of electrical components for use in various technological applications and devices. These components include electron tubes like transistors, diodes, as well as integrated circuits. In this discipline, these components are used to design several things like circuit boards and a wide range of electronics.

Presently, there is an ever growing demand for electronic engineering professionals, which can be explained by the fact that each industry today including telecommunication, medical equipment, automotive systems, domestic appliances, mobile phones, and navigation systems, all require proficient knowledge in electrical engineering like the electricians employed at All Electricians.

To pursue this field of study, you require some basic knowledge and understanding of physics. There are certain qualifications that need to be met when applying for this course depending on the state as well as the school. However, you need to be proficient in mathematics and physics, and have a creative and dynamic mind if you are considering pursuing this field. Since this is a broad and varied subject with several sub-categories, you will find that there are several paths available.

In addition, you can also reach different levels of education. These include a diploma and bachelor’s degree in electronic engineering, but you can go higher, depending on your interests, and the qualification standards that are specific to each course. You can also begin by studying for a diploma and then advance to a degree.

Masters courses in the field also exist. Normally, when studying for a master’s degree, the student needs to take into account some aspects. It will involve specialization in more specific topics, which will depend on the institution as well as your performance in the previous years.

Below are some of the most common careers in electronic engineering:

1. Prototype Engineering

This is a specialized field of prototype engineers. Their work is to create prototypes for the purposes of demonstrating the function of an electric device, before the final product is made. They are crucial as they ensure that the precision components and or systems are working and fit for purpose before final production. In this case, prototype engineers need sufficient skills in communication and troubleshooting for them to give a detailed written report on the operation of the prototype.

2. Repair And Installation

You will find most electronic engineers in this field. Here, the ability to gain an in-depth knowledge and understanding of practical as well as theoretical aspects of electronics is needed. The reason for this is that they need to make sure that an equipment is repaired and installed in very high standards. In this case, these engineers work in places such as a workshop, a floor of a factory, or any other firms that use electrical equipment extensively.

3. Electro-Mechanical Engineers

This is a smaller subset of the electronic engineering industry. They usually work in the different computerized mechanical systems. Some of the common systems that are controlled by computers are popularly related to robotics. In addition, this is a field that is based on multiple disciplines – electronic, mechanical, and electrical engineering.

4. Research Engineers

Research is another option in the electronic engineering field. This role is aimed at investigating the practical and experimental ways in engineering. Here, a more hands-on role of the research and development area mostly appeals to those professionals with a more solid theoretical viewpoint. Most of the professionals in this field end up as instructors of the future electronic and electrical professionals.

Electronic engineering career path surely offers a range of choices, regardless of whether it’s research, nuts-and-bolts, or hands-on, for those who want to pursue it as a career.

Reasons Why You Should Have Fume and Dust Control

Controlling the amount fumes and the dust in the air is essential and can go a long way in helping people avoid lungs and chest related diseases. If you are working in a wood workshop, spice and foodstuff mixing plant, powdered chemical processing unit, ceramic making & cutting, grinding and other applications that emit fumes and dust, you need to control the fumes and the dust in those areas. This article focuses on why you fume and dust control is essential. The inspiration for this articles came from an amazing company with have been working with who are specialist in controlling fumes and dust. Book your appointment today for a dust extraction installation with Dust Extraction Online, or contact them via their Twitter page.

For Safety Reasons

Dust or fumes suspended in air can be a big problem and can easily reduce the quality of air in your neighbourhood. It is a delicate matter that needs to be handled with care.
Particulate generated from grinding and mixing can be dangerous especially if they settle on the surfaces of your furniture, window, floors and many other places. Uncontrolled particulate can spoil or degrade raw materials especially if you are dealing in food processing.

In some places the trapped fumes and particulate can become highly inflammable and can easily cause fire. A concentration of fumes and dust in the can be ignited and become and cause an accident.

Airborne dust can become a healthy hazard to the employees and can cause skin, eye and bronchial irritation and cause even more serious health issues such as asthma. Currently, the particles are considered the number one course of lung diseases such as cancer and hence dust control is essential in reducing such risks.

The Following Are Some Of The Methods That Are Used To Control Dust

Local exhaust
This is a system that is constructed to capture particles at the point at which their point of release and redirect them elsewhere.

Filtration Exhausts
It is airflow stream that captures and re-circulates particles in filtration medium where all the particles are removed from the air.

Area Exhaust

This is A high volume exhaust fan that draws air from a room and vents it out so that it can re-circulate through the filtration or separation device.

Barrier Separation

This refers to a wall partition between affected areas that separates them to stop the particulates from flying to other areas.

How A Curtain Can Help Control Dust

The use of exhaust fans and ducts can limit and control the dust particles and may direct them into exhaust ductwork. However, the use of curtains can increase the effectiveness of the system. It is economical and saves on both time and the initial cost of the equipment. Partitioning around the source of dust using curtains can effectively reduce the space that must be exhausted. It allows for one to use smaller fans with less total air movement and lowers air filters to increase particle separation.

Curtain separation walls comes with several levels of insulation and can play a great role in maintaining a product integrity and ensuring that the employees are comfortable in their working place. It also reduces the space to be to work on. The curtain walls are effective barriers and can easily block the transfer of dust particles from one space to the other. They can be fitted with visual panels that allow communication to take place between the spaces.

The curtains are not just cheap, but they are durable and can withstand contacts from machines . They can easily be bent without breaking and are relatively easy to re-configure. If you want to enlarge or reduce the space, it can easily be done. You really do not have to de-construct the building if you want to make use of the curtains. They can easily be installed and trimmed to the required size. The curtains can also be suspended from the ceiling of the room or you can hang them on a stand.

Where Fume Controls Are Needed

Industrial and chemical processes that deal in flammable liquids must have fume controls to help limit the amount of fumes that are released into the atmosphere. Some of the processes may mixing batches, solvents, adhesive, industrial parts and many others. Solvent sprays and paint application requires fume controls to reduce the fumes associated with the paints. Generally, fume control units are vital in reducing accidents. When fumes are left without control, they can result into explosions and can easily cause fire.

The Engineering Career and The Engineering Council

Engineering is one of the most exciting careers in the world. This is due to the fact that this field is becoming one of the marketable fields in the world due to the direction the world is heading technologically. This career is also regarded as one of the hardest ones in the world making only a few people being able to take the engineering degrees in universities.

Job opportunities are often observed to be reasonable but widely vary with the specialty of the field. This is due to the fact that the engineering field is very large and breaks up to distinct fields below it such as Mechanical Engineering, Electrical and Electronic Engineering, Civil Engineering, Computer Engineering, Software Engineering, Biomedical Engineering, Chemical Engineering, Aerospace Engineering, Genetic Engineering and many more others.
Most engineering jobs require a minimum of a bachelor’s degree except for the technicians who may be employed even if they have a Diploma. Engineering has the highest starting salary among all college graduates. However engineers are advised to engage in further learning so that they avoid being made irrelevant by the ever changing and evolving technology.
Engineers are mostly required to use the principles of mathematics and science to develop efficient solutions for technical problems. They also have the task of linking their scientific and technical knowledge with the modern day applications.
Over the years the quality of engineering courses offered in learning institutions has been under scrutiny. This has been brought about by the establishment of new schools who start offering engineering courses when they are not ready to do so. Engineering is a very serious course and the quality of what students learn in their five or so years during when taking the course should be up to scratch. Students should be lectured by lecturers who have the right skills, and since it is a very practical course students should also be able to have sufficient exposure on the machinery and equipment they expect to come to interact with when they are eventually employed.
This therefore led to the formation of the Engineering Council. Different countries have different names of engineering regulatory boards but the one in the United Kingdom is called the Engineering Council.
The Engineering Council was previously known as The Engineering Council UK. This board is the engineering regulatory board in Britain. The board is responsible for registration and authorization of qualified and incorporated engineers in Britain. The board does not only deal with the engineers but also regulates the institutions that offer the engineering courses. It does this by setting the standards for registration and the respective terms for registration of engineering institutions. Qualified institutions are therefore accredited and are allowed to offer the respective engineering course.
This Engineering Council is recognized by the British government as the sole national body governing the engineering profession. It works s with other engineering councils to ensure high standards are kept in engineering.
The origin of this council traces back to the year 1818 where the institution called the Institution of Civil Engineers was the pioneer institution. As the years moved towards the early 1840’s the Institute of Mechanical Engineering was formed and the Institute of Electrical Engineering was later formed in the early 1870’s.
However these institutions were regulating specific engineering fields and in the year 1965 the Joint Council of Engineering Institutions was formed. This name was however short lived since later that year it was changed to the Council of Engineering Students. This new board boasted a royal charter and had full authorization to regulate the engineering standards.