Safety of New Workers on the Job – K. D’Silva
Published: August 11, 2018
Workers new to the job are three times as likely to injure themselves during the first month of the job than experienced workers. New workers may be at a greater risk on the job due to several things, including a lack of experience, a lack of understanding and preparation for the workplace, being hesitant to ask questions when needed, and not being aware of their rights as a worker. Whether young or old, new workers may not be aware of the hazards in their workplace and they may feel pressured to work quickly to keep up with experienced workers or to adapt to their new work environment with little guidance.
To address these risks, supervisors and employers must spend ample time training and supervising new workers, provide safety training before any work is assigned, pair them with experienced, safety-conscious workers, instruct and encourage new workers to report dangerous work and health concerns, and encourage young workers to ask questions and talk with their supervisors. Additionally, allow new workers to fill out pre-job safety sheets to familiarize themselves with the potential hazards on site. The most important aspect is to lead by example such as wearing protective equipment and demonstrating safe work habits around new workers. By doing so we can create a safety-conscious habitat not only for the new workers but every employee
Field Safety Tickets - D. Nuell
Published: July 04, 2018
Safety tickets (i.e., H2S, First Aid, TDG, WHMIS, Ground Disturbance, etc.) should not be considered a shield against potential risk. Certification for many safety tickets is every three years; can you remember everything you learned one month ago - let alone three years ago? Do you take opportunities to review or practice what you’ve learned ahead of planning your field activities?
At July’s H&S meeting, we conducted a short quiz to demonstrate not what is learned, but what can be forgotten with time. Continued learning and review of safety is a pillar at Nichols Environmental so that our staff can complete their programs safely.
Conceptual Site Models - L. Baer
Published: June 11, 2018
Although our work often pulls us in different directions on a regular basis, our professional mandate will always be to protect human health and the environment. Our June staff meeting presentation focused on the design and implementation of Conceptual Site Models (CSMs).
For those who do not know, a CSM is pictorial story of the biological, chemical, and physical processes which govern contaminant transport from a Site towards sensitive receptors. These models are as dynamic as a Site itself, continuing to evolve as more information becomes available. They consider not only the current and historical uses of the Site and surrounding area, but the future uses as well. A CSM can be used to determine sensitive migration pathways, identify data gaps, or predict what could occur should contaminant management not be implemented or fail. CSMs are not a new tool, but their popularity has increased in recent years as it’s simple presentation can reach a range of stakeholders, including the public.
If a picture is worth 1,000 words, a CSM would be priceless.
One of Nichols Environmental's Best-Kept Secrets - M. Hansen
Published: May 08, 2018
It’s no secret that we have been utilizing some of the most advanced GPS surveying technology the commercial industry has to offer. But what most people don’t know is that we’re able to do it at a fraction of the cost of most traditional methods. How?? Photogrammetry – the next step in aerial surveying!
Photogrammetry is the science of taking measurements from photographs, especially for recovering the exact positions of surface points. Utilizing our robust drone/UAV fleet and our highly trained and certified pilots, we are capable of surveying large and dynamic sites and creating 3D CG representations of a terrain’s surface, producing contour lines and topographic maps, analyzing stockpile/volume calculations, and evaluating drainage/irrigation impacts. But that’s not all; photogrammetry is used in fields such as architecture, engineering, manufacturing, quality control, and geology. The environmental, civil and geotechnical projects that we undertake require the most accurate and efficient surveying and monitoring equipment, and the technical capabilities of photogrammetry are endless. It may not be wise to reveal all our technical secrets, but if using this service increases our productivity and better serves our client’s needs, then it’s well worth getting the information out there.
Don’t let your project be grounded – utilize our efficient onsite, in-field services and take off with Nichols Environmental’s advanced aerial surveying technology. Contact us today to learn more. The sky’s the limit!
A Perfect Score
Published: May 01, 2018
A regulatory administrator has provided the following positive feedback with respect to documents we prepared for a confidential client:
"Ready to fall off your chair? I have no comments. These reports were well-written, clear and address all the questions I would have had".
We are always striving to make our clients’ experience and our products better than they have been before…it’s part of our corporate philosophy! Comments like these validate the efforts put forward by our team!
Hydraulics - T. Anderson
Published: April 05, 2018
Have you considered hydraulics?
Today during our April Health and Safety Meeting, we dissected the topic of hydraulic hoists and elevators that we may come across as a part of Phase I Environmental Site Assessments (ESAs). During Phase I ESAs our goal is to find current or historical potential environmental risks to a property, which is like making a map for more intrusive assessment methods. The clearer the information for that map, the better.
This is where the hydraulic hoists and elevators come in, both old (removed) ones and new. Hydraulic hoists can be above- or in-ground and the location of the hydraulic fluid tank (which contains oil) can vary, which affects the risk level. Similar to a buried fuel tank, buried hydraulic reservoirs and hydraulic pistons have the potential to leak. Similarly, hydraulic elevators come in multiple forms where the depth of potential impact varies with the depth that the elevator piston can reach. As you might guess, it can take some sleuthing to find all the facts! During our site inspections we look for evidence of old hoists in the form of cutout and re-poured concrete, and we ask a lot of weird questions - but we promise there is a reason we’re asking them.